TSTP Solution File: SYN723+1 by Goeland---1.0.0
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- Process Solution
%------------------------------------------------------------------------------
% File : Goeland---1.0.0
% Problem : SYN723+1 : TPTP v8.1.0. Released v2.5.0.
% Transfm : none
% Format : tptp:raw
% Command : goeland -dmt -presko -proof %s
% Computer : n010.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 : 300s
% DateTime : Thu Sep 29 22:24:26 EDT 2022
% Result : Theorem 251.95s 36.36s
% Output : Proof 251.95s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.07/0.13 % Problem : SYN723+1 : TPTP v8.1.0. Released v2.5.0.
% 0.07/0.13 % Command : goeland -dmt -presko -proof %s
% 0.13/0.35 % Computer : n010.cluster.edu
% 0.13/0.35 % Model : x86_64 x86_64
% 0.13/0.35 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.13/0.35 % Memory : 8042.1875MB
% 0.13/0.35 % OS : Linux 3.10.0-693.el7.x86_64
% 0.13/0.35 % CPULimit : 300
% 0.13/0.35 % WCLimit : 300
% 0.13/0.35 % DateTime : Mon Sep 5 06:38:42 EDT 2022
% 0.13/0.35 % CPUTime :
% 0.13/0.35 [DMT] DMT loaded with preskolemization
% 0.13/0.35 [EQ] equality loaded.
% 0.13/0.35 [0.000055s][1][MAIN] Problem : theBenchmark.p
% 0.13/0.35 Start search
% 0.13/0.35 nb_step : 1 - limit : 16
% 0.13/0.35 Launch Gotab with destructive = true
% 250.52/35.59 % SZS output start Proof for theBenchmark.p
% 251.89/36.11 [0] BETA_NOT_EQUIV : ~(? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3)))) <=> ((? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5))) <=> ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))))
% 251.89/36.11 -> [1] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3)))), ((? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5))) <=> ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))))
% 251.89/36.11 -> [2] ? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3)))), ~((? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5))) <=> ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))))
% 251.89/36.11
% 251.89/36.11 [1] BETA_EQUIV : ((? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5))) <=> ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))))
% 251.89/36.11 -> [6] ~(? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5))), ~((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.89/36.11 -> [7] (? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5))), ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.89/36.11
% 251.89/36.11 [7] BETA_EQUIV : (? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5)))
% 251.89/36.11 -> [16] ~? [X4_4] : (q(X4_4)), ~! [Y5_5] : (r(Y5_5))
% 251.89/36.11 -> [17] ? [X4_4] : (q(X4_4)), ! [Y5_5] : (r(Y5_5))
% 251.89/36.11
% 251.89/36.11 [17] DELTA_EXISTS : ? [X4_4] : (q(X4_4))
% 251.89/36.11 -> [24] q(skolem_X44)
% 251.89/36.11
% 251.89/36.11 [24] BETA_EQUIV : ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.89/36.11 -> [31] ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.89/36.11 -> [32] (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.89/36.11
% 251.89/36.11 [32] BETA_EQUIV : (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.89/36.11 -> [42] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.89/36.11 -> [43] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.89/36.11
% 251.89/36.11 [42] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.89/36.11 -> [97] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.89/36.11 -> [98] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.89/36.11
% 251.89/36.11 [98] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.89/36.11 -> [114] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.89/36.11
% 251.89/36.11 [114] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.89/36.11 -> [119] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.89/36.11 -> [120] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.89/36.11
% 251.89/36.11 [119] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.89/36.11 -> [15002] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.89/36.11 -> [15003] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.89/36.11
% 251.89/36.11 [15002] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.89/36.11 -> [15377] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.89/36.11 -> [15378] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.89/36.11
% 251.89/36.11 [15377] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.89/36.11 -> [15698] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.89/36.11 -> [15699] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.89/36.11
% 251.89/36.11 [15699] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.89/36.11 -> [15701] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.89/36.11
% 251.89/36.11 [15701] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.89/36.11 -> [15702] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.89/36.11 -> [15703] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.89/36.11
% 251.89/36.11 [15703] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.89/36.11 -> [15704] p(skolem_X1616)
% 251.89/36.11
% 251.89/36.11 [15704] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.89/36.11 -> [16596] ~q(skolem_Y1717)
% 251.89/36.11
% 251.89/36.11 [16596] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.89/36.11 -> [36913] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.89/36.11
% 251.89/36.11 [36913] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.89/36.11 -> [36914] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.89/36.11
% 251.89/36.11 [36914] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.89/36.11 -> [36915] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.89/36.11 -> [36916] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.89/36.11
% 251.89/36.11 [36915] CLOSURE : ~p(skolem_X1616)
% 251.89/36.11
% 251.89/36.11 [36916] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.89/36.11 -> [37142] r(skolem_X1010)
% 251.89/36.11
% 251.89/36.11 [37142] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.89/36.11 -> [37186] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.89/36.11
% 251.89/36.11 [37186] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.89/36.11 -> [37187] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.89/36.11
% 251.89/36.11 [37187] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.89/36.11 -> [37188] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.89/36.11 -> [37189] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.89/36.11
% 251.89/36.11 [37189] CLOSURE : q(skolem_Y1717)
% 251.89/36.11
% 251.89/36.11 [37188] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.89/36.11 -> [37372] (r(skolem_X1010) <=> r(Y11_988_3))
% 251.89/36.11
% 251.89/36.11 [37372] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_988_3))
% 251.89/36.11 -> [37373] ~r(skolem_X1010), ~r(Y11_988_3)
% 251.89/36.11 -> [37374] r(skolem_X1010), r(Y11_988_3)
% 251.89/36.11
% 251.89/36.11 [37373] CLOSURE : ~r(Y11_988_3)
% 251.89/36.11
% 251.89/36.11 [37374] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.89/36.11 -> [37382] ~r(X8_1036_4)
% 251.89/36.11
% 251.89/36.11 [37382] CLOSURE : ~r(X8_1036_4)
% 251.89/36.11
% 251.89/36.11 [15702] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.89/36.11 -> [16130] ~! [Y3_3] : ((p(X2_663_0) <=> p(Y3_3)))
% 251.89/36.11
% 251.89/36.11 [16130] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_663_0) <=> p(Y3_3)))
% 251.89/36.11 -> [16131] ~(p(X2_663_0) <=> p(skolem_Y33(X2_663_0)))
% 251.89/36.11
% 251.89/36.11 [16131] BETA_NOT_EQUIV : ~(p(X2_663_0) <=> p(skolem_Y33(X2_663_0)))
% 251.89/36.11 -> [16132] ~p(X2_663_0), p(skolem_Y33(X2_663_0))
% 251.89/36.11 -> [16133] p(X2_663_0), ~p(skolem_Y33(X2_663_0))
% 251.89/36.11
% 251.89/36.11 [16133] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.89/36.11 -> [37028] r(skolem_X1010)
% 251.89/36.11
% 251.89/36.11 [37028] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.89/36.11 -> [37052] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.89/36.11
% 251.89/36.11 [37052] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.89/36.11 -> [37053] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.89/36.11
% 251.89/36.11 [37053] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.89/36.11 -> [37054] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.89/36.11 -> [37055] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.89/36.11
% 251.89/36.11 [37054] CLOSURE : ~q(skolem_X44)
% 251.89/36.11
% 251.89/36.11 [37102] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_969_3))
% 251.89/36.11 -> [37463] ~r(skolem_X1010), ~r(Y11_969_3)
% 251.89/36.11 -> [37464] r(skolem_X1010), r(Y11_969_3)
% 251.89/36.11
% 251.89/36.11 [37463] CLOSURE : ~r(Y11_969_3)
% 251.89/36.11
% 251.89/36.11 [37464] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.89/36.11 -> [37483] ~r(X8_1042_4)
% 251.89/36.11
% 251.89/36.11 [37483] CLOSURE : ~r(X8_1042_4)
% 251.89/36.11
% 251.89/36.11 [16132] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.89/36.11 -> [36917] r(skolem_X1010)
% 251.89/36.11
% 251.89/36.11 [36917] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.89/36.11 -> [36948] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.89/36.11
% 251.89/36.11 [36948] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [36949] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [36949] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [36950] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [36951] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [36950] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37130] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_970_3))
% 251.92/36.11 -> [37393] ~r(skolem_X1010), ~r(Y11_970_3)
% 251.92/36.11 -> [37394] r(skolem_X1010), r(Y11_970_3)
% 251.92/36.11
% 251.92/36.11 [37393] CLOSURE : ~r(Y11_970_3)
% 251.92/36.11
% 251.92/36.11 [37394] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37472] ~r(X8_1040_4)
% 251.92/36.11
% 251.92/36.11 [37472] CLOSURE : ~r(X8_1040_4)
% 251.92/36.11
% 251.92/36.11 [15698] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [16126] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [16127] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.11
% 251.92/36.11 [16126] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [16578] ~q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [16578] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [16579] ~! [Y3_3] : ((p(X2_687_0) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [16579] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_687_0) <=> p(Y3_3)))
% 251.92/36.11 -> [16580] ~(p(X2_687_0) <=> p(skolem_Y33(X2_687_0)))
% 251.92/36.11
% 251.92/36.11 [16580] BETA_NOT_EQUIV : ~(p(X2_687_0) <=> p(skolem_Y33(X2_687_0)))
% 251.92/36.11 -> [16582] ~p(X2_687_0), p(skolem_Y33(X2_687_0))
% 251.92/36.11 -> [16583] p(X2_687_0), ~p(skolem_Y33(X2_687_0))
% 251.92/36.11
% 251.92/36.11 [16583] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [22497] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [22497] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [22790] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [22790] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11 -> [22791] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11
% 251.92/36.11 [22791] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11 -> [22792] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.11 -> [22793] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.11
% 251.92/36.11 [22793] CLOSURE : q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [22792] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [23878] (r(skolem_X1010) <=> r(Y11_482_3))
% 251.92/36.11
% 251.92/36.11 [23878] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_482_3))
% 251.92/36.11 -> [23879] ~r(skolem_X1010), ~r(Y11_482_3)
% 251.92/36.11 -> [23880] r(skolem_X1010), r(Y11_482_3)
% 251.92/36.11
% 251.92/36.11 [23879] CLOSURE : ~r(Y11_482_3)
% 251.92/36.11
% 251.92/36.11 [23880] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [24128] ~r(X8_392_4)
% 251.92/36.11
% 251.92/36.11 [24128] CLOSURE : ~r(X8_392_4)
% 251.92/36.11
% 251.92/36.11 [16582] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [22586] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [22586] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [22884] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [22884] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11 -> [22885] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11
% 251.92/36.11 [22885] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11 -> [22886] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.11 -> [22887] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.11
% 251.92/36.11 [22887] CLOSURE : q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [22886] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [23980] (r(skolem_X1010) <=> r(Y11_489_3))
% 251.92/36.11
% 251.92/36.11 [23980] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_489_3))
% 251.92/36.11 -> [23981] ~r(skolem_X1010), ~r(Y11_489_3)
% 251.92/36.11 -> [23982] r(skolem_X1010), r(Y11_489_3)
% 251.92/36.11
% 251.92/36.11 [23981] CLOSURE : ~r(Y11_489_3)
% 251.92/36.11
% 251.92/36.11 [23982] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [24248] ~r(X8_409_4)
% 251.92/36.11
% 251.92/36.11 [24248] CLOSURE : ~r(X8_409_4)
% 251.92/36.11
% 251.92/36.11 [16127] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.11 -> [16129] p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [16129] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [36912] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [36912] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11 -> [36953] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11
% 251.92/36.11 [36953] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11 -> [36955] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.11 -> [36956] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.11
% 251.92/36.11 [36955] CLOSURE : ~p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [36956] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37332] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37332] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37361] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37361] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [37362] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [37362] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [37363] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [37364] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [37363] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37447] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_992_3))
% 251.92/36.11 -> [37632] ~r(skolem_X1010), ~r(Y11_992_3)
% 251.92/36.11 -> [37633] r(skolem_X1010), r(Y11_992_3)
% 251.92/36.11
% 251.92/36.11 [37632] CLOSURE : ~r(Y11_992_3)
% 251.92/36.11
% 251.92/36.11 [37633] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37678] ~r(X8_1060_4)
% 251.92/36.11
% 251.92/36.11 [37678] CLOSURE : ~r(X8_1060_4)
% 251.92/36.11
% 251.92/36.11 [15378] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.11 -> [15382] s(skolem_X1212)
% 251.92/36.11
% 251.92/36.11 [15382] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.11 -> [16145] ~p(skolem_Y1313)
% 251.92/36.11
% 251.92/36.11 [16145] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.11 -> [37021] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [37022] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11
% 251.92/36.11 [37021] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [37194] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [37195] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.11
% 251.92/36.11 [37194] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [37215] ~q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [37215] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [37268] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [37268] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11 -> [37336] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11
% 251.92/36.11 [37336] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11 -> [37337] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.11 -> [37338] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.11
% 251.92/36.11 [37338] CLOSURE : p(skolem_Y1313)
% 251.92/36.11
% 251.92/36.11 [37337] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37349] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37349] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37377] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37377] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [37378] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [37378] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [37379] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [37380] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [37379] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37380] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [37497] (r(skolem_X1010) <=> r(Y11_996_3))
% 251.92/36.11
% 251.92/36.11 [37497] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_996_3))
% 251.92/36.11 -> [37498] ~r(skolem_X1010), ~r(Y11_996_3)
% 251.92/36.11 -> [37499] r(skolem_X1010), r(Y11_996_3)
% 251.92/36.11
% 251.92/36.11 [37498] CLOSURE : ~r(Y11_996_3)
% 251.92/36.11
% 251.92/36.11 [37499] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37542] ~r(X8_1046_4)
% 251.92/36.11
% 251.92/36.11 [37542] CLOSURE : ~r(X8_1046_4)
% 251.92/36.11
% 251.92/36.11 [37195] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.11 -> [37196] p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [37196] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [37235] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [37235] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11 -> [37236] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11
% 251.92/36.11 [37236] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11 -> [37237] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.11 -> [37238] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.11
% 251.92/36.11 [37237] CLOSURE : ~p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [37238] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37485] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37485] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37500] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37500] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [37501] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [37501] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [37502] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [37503] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [37502] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37610] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1004_3))
% 251.92/36.11 -> [37725] ~r(skolem_X1010), ~r(Y11_1004_3)
% 251.92/36.11 -> [37726] r(skolem_X1010), r(Y11_1004_3)
% 251.92/36.11
% 251.92/36.11 [37725] CLOSURE : ~r(Y11_1004_3)
% 251.92/36.11
% 251.92/36.11 [37726] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37741] ~r(X8_1067_4)
% 251.92/36.11
% 251.92/36.11 [37741] CLOSURE : ~r(X8_1067_4)
% 251.92/36.11
% 251.92/36.11 [37022] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.11 -> [37297] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.11
% 251.92/36.11 [37297] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [37298] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [37299] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11
% 251.92/36.11 [37298] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [37319] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [37319] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11 -> [37322] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11
% 251.92/36.11 [37322] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11 -> [37323] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.11 -> [37324] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.11
% 251.92/36.11 [37324] CLOSURE : p(skolem_Y1313)
% 251.92/36.11
% 251.92/36.11 [37323] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37395] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37395] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37436] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37436] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [37437] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [37437] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [37438] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [37439] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [37438] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37519] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_999_3))
% 251.92/36.11 -> [37701] ~r(skolem_X1010), ~r(Y11_999_3)
% 251.92/36.11 -> [37702] r(skolem_X1010), r(Y11_999_3)
% 251.92/36.11
% 251.92/36.11 [37701] CLOSURE : ~r(Y11_999_3)
% 251.92/36.11
% 251.92/36.11 [37702] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37730] ~r(X8_1066_4)
% 251.92/36.11
% 251.92/36.11 [37730] CLOSURE : ~r(X8_1066_4)
% 251.92/36.11
% 251.92/36.11 [37299] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.11 -> [37304] p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [37304] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [37342] ~q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [37342] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [37389] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [37389] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11 -> [37390] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11
% 251.92/36.11 [37390] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11 -> [37391] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.11 -> [37392] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.11
% 251.92/36.11 [37392] CLOSURE : p(skolem_Y1313)
% 251.92/36.11
% 251.92/36.11 [37391] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37648] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37648] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37672] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37672] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11 -> [37673] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11
% 251.92/36.11 [37673] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11 -> [37674] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.11 -> [37675] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.11
% 251.92/36.11 [37675] CLOSURE : q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [37674] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [37803] (r(skolem_X1010) <=> r(Y11_1016_3))
% 251.92/36.11
% 251.92/36.11 [37803] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1016_3))
% 251.92/36.11 -> [37804] ~r(skolem_X1010), ~r(Y11_1016_3)
% 251.92/36.11 -> [37805] r(skolem_X1010), r(Y11_1016_3)
% 251.92/36.11
% 251.92/36.11 [37804] CLOSURE : ~r(Y11_1016_3)
% 251.92/36.11
% 251.92/36.11 [37805] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37811] ~r(X8_1073_4)
% 251.92/36.11
% 251.92/36.11 [37811] CLOSURE : ~r(X8_1073_4)
% 251.92/36.11
% 251.92/36.11 [15003] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.11 -> [15009] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.11 -> [15010] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.11
% 251.92/36.11 [15009] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.11 -> [15385] ~p(skolem_Y1313)
% 251.92/36.11
% 251.92/36.11 [15385] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.11 -> [15387] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [15388] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11
% 251.92/36.11 [15388] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.11 -> [15394] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.11
% 251.92/36.11 [15394] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [15395] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [15396] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.11
% 251.92/36.11 [15395] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [15719] ~q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [15719] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [15720] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [15720] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11 -> [15721] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11
% 251.92/36.11 [15721] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11 -> [15722] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.11 -> [15723] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.11
% 251.92/36.11 [15723] CLOSURE : p(skolem_Y1313)
% 251.92/36.11
% 251.92/36.11 [15722] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [36920] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [36920] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [36938] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [36938] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [36939] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [36939] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [36940] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [36941] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [36940] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [36941] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [37092] (r(skolem_X1010) <=> r(Y11_965_3))
% 251.92/36.11
% 251.92/36.11 [37092] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_965_3))
% 251.92/36.11 -> [37093] ~r(skolem_X1010), ~r(Y11_965_3)
% 251.92/36.11 -> [37094] r(skolem_X1010), r(Y11_965_3)
% 251.92/36.11
% 251.92/36.11 [37093] CLOSURE : ~r(Y11_965_3)
% 251.92/36.11
% 251.92/36.11 [37094] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37139] ~r(X8_1020_4)
% 251.92/36.11
% 251.92/36.11 [37139] CLOSURE : ~r(X8_1020_4)
% 251.92/36.11
% 251.92/36.11 [15396] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.11 -> [15398] p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [15398] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [16164] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [16164] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11 -> [16165] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11
% 251.92/36.11 [16165] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11 -> [16166] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.11 -> [16167] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.11
% 251.92/36.11 [16166] CLOSURE : ~p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [16167] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37167] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37167] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37244] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37244] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [37245] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [37245] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [37247] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [37248] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [37247] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37269] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_981_3))
% 251.92/36.11 -> [37565] ~r(skolem_X1010), ~r(Y11_981_3)
% 251.92/36.11 -> [37566] r(skolem_X1010), r(Y11_981_3)
% 251.92/36.11
% 251.92/36.11 [37565] CLOSURE : ~r(Y11_981_3)
% 251.92/36.11
% 251.92/36.11 [37566] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37649] ~r(X8_1055_4)
% 251.92/36.11
% 251.92/36.11 [37649] CLOSURE : ~r(X8_1055_4)
% 251.92/36.11
% 251.92/36.11 [15387] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [15716] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [15717] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11
% 251.92/36.11 [15717] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.11 -> [15718] p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [15718] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [16606] ~q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [16606] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [37193] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [37193] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11 -> [37547] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11
% 251.92/36.11 [37547] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11 -> [37548] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.11 -> [37549] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.11
% 251.92/36.11 [37549] CLOSURE : p(skolem_Y1313)
% 251.92/36.11
% 251.92/36.11 [37548] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37593] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37593] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37605] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37605] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11 -> [37606] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11
% 251.92/36.11 [37606] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11 -> [37607] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.11 -> [37608] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.11
% 251.92/36.11 [37608] CLOSURE : q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [37607] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [37651] (r(skolem_X1010) <=> r(Y11_1006_3))
% 251.92/36.11
% 251.92/36.11 [37651] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1006_3))
% 251.92/36.11 -> [37652] ~r(skolem_X1010), ~r(Y11_1006_3)
% 251.92/36.11 -> [37653] r(skolem_X1010), r(Y11_1006_3)
% 251.92/36.11
% 251.92/36.11 [37652] CLOSURE : ~r(Y11_1006_3)
% 251.92/36.11
% 251.92/36.11 [37653] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37668] ~r(X8_1056_4)
% 251.92/36.11
% 251.92/36.11 [37668] CLOSURE : ~r(X8_1056_4)
% 251.92/36.11
% 251.92/36.11 [15716] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [16146] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [16146] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.11 -> [16147] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11
% 251.92/36.11 [16147] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.11 -> [16148] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.11 -> [16149] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.11
% 251.92/36.11 [16149] CLOSURE : p(skolem_Y1313)
% 251.92/36.11
% 251.92/36.11 [16148] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [36918] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [36918] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [36972] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [36972] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [36973] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [36973] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [36974] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [36975] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [36974] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37401] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_989_3))
% 251.92/36.11 -> [37615] ~r(skolem_X1010), ~r(Y11_989_3)
% 251.92/36.11 -> [37616] r(skolem_X1010), r(Y11_989_3)
% 251.92/36.11
% 251.92/36.11 [37615] CLOSURE : ~r(Y11_989_3)
% 251.92/36.11
% 251.92/36.11 [37616] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37670] ~r(X8_1058_4)
% 251.92/36.11
% 251.92/36.11 [37670] CLOSURE : ~r(X8_1058_4)
% 251.92/36.11
% 251.92/36.11 [15010] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.11 -> [15014] s(skolem_X1212)
% 251.92/36.11
% 251.92/36.11 [15014] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.11 -> [15730] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [15731] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11
% 251.92/36.11 [15731] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.11 -> [15737] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.11
% 251.92/36.11 [15737] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [15738] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [15739] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.11
% 251.92/36.11 [15739] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.11 -> [15740] p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [15740] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [16644] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [16644] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11 -> [16645] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11
% 251.92/36.11 [16645] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11 -> [16646] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.11 -> [16647] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.11
% 251.92/36.11 [16646] CLOSURE : ~p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [16647] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37051] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37051] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37076] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37076] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [37077] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [37077] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [37078] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [37079] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [37078] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37150] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_971_3))
% 251.92/36.11 -> [37334] ~r(skolem_X1010), ~r(Y11_971_3)
% 251.92/36.11 -> [37335] r(skolem_X1010), r(Y11_971_3)
% 251.92/36.11
% 251.92/36.11 [37334] CLOSURE : ~r(Y11_971_3)
% 251.92/36.11
% 251.92/36.11 [37335] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37351] ~r(X8_1034_4)
% 251.92/36.11
% 251.92/36.11 [37351] CLOSURE : ~r(X8_1034_4)
% 251.92/36.11
% 251.92/36.11 [15738] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [16176] ~q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [16176] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [36954] ~! [Y3_3] : ((p(X2_1016_0) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [36954] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_1016_0) <=> p(Y3_3)))
% 251.92/36.11 -> [36957] ~(p(X2_1016_0) <=> p(skolem_Y33(X2_1016_0)))
% 251.92/36.11
% 251.92/36.11 [36957] BETA_NOT_EQUIV : ~(p(X2_1016_0) <=> p(skolem_Y33(X2_1016_0)))
% 251.92/36.11 -> [36958] ~p(X2_1016_0), p(skolem_Y33(X2_1016_0))
% 251.92/36.11 -> [36959] p(X2_1016_0), ~p(skolem_Y33(X2_1016_0))
% 251.92/36.11
% 251.92/36.11 [36958] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37029] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37029] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37032] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37032] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11 -> [37033] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11
% 251.92/36.11 [37033] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11 -> [37034] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.11 -> [37035] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.11
% 251.92/36.11 [37035] CLOSURE : q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [37034] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [37098] (r(skolem_X1010) <=> r(Y11_967_3))
% 251.92/36.11
% 251.92/36.11 [37098] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_967_3))
% 251.92/36.11 -> [37099] ~r(skolem_X1010), ~r(Y11_967_3)
% 251.92/36.11 -> [37100] r(skolem_X1010), r(Y11_967_3)
% 251.92/36.11
% 251.92/36.11 [37099] CLOSURE : ~r(Y11_967_3)
% 251.92/36.11
% 251.92/36.11 [37100] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37140] ~r(X8_1021_4)
% 251.92/36.11
% 251.92/36.11 [37140] CLOSURE : ~r(X8_1021_4)
% 251.92/36.11
% 251.92/36.11 [36959] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37030] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37030] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37064] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37064] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11 -> [37065] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11
% 251.92/36.11 [37065] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11 -> [37066] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.11 -> [37067] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.11
% 251.92/36.11 [37067] CLOSURE : q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [37066] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [37625] (r(skolem_X1010) <=> r(Y11_1005_3))
% 251.92/36.11
% 251.92/36.11 [37625] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1005_3))
% 251.92/36.11 -> [37626] ~r(skolem_X1010), ~r(Y11_1005_3)
% 251.92/36.11 -> [37627] r(skolem_X1010), r(Y11_1005_3)
% 251.92/36.11
% 251.92/36.11 [37626] CLOSURE : ~r(Y11_1005_3)
% 251.92/36.11
% 251.92/36.11 [37627] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37704] ~r(X8_1062_4)
% 251.92/36.11
% 251.92/36.11 [37704] CLOSURE : ~r(X8_1062_4)
% 251.92/36.11
% 251.92/36.11 [15730] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [16171] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [16172] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11
% 251.92/36.11 [16172] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.11 -> [16629] p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [16629] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [36970] ~q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [36970] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [37042] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [37042] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11 -> [37043] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11
% 251.92/36.11 [37043] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11 -> [37044] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.11 -> [37045] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.11
% 251.92/36.11 [37044] CLOSURE : ~p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [37045] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [37082] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [37082] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37120] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37120] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [37121] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [37121] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [37122] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [37123] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [37122] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37123] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [37281] (r(skolem_X1010) <=> r(Y11_984_3))
% 251.92/36.11
% 251.92/36.11 [37281] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_984_3))
% 251.92/36.11 -> [37283] ~r(skolem_X1010), ~r(Y11_984_3)
% 251.92/36.11 -> [37284] r(skolem_X1010), r(Y11_984_3)
% 251.92/36.11
% 251.92/36.11 [37283] CLOSURE : ~r(Y11_984_3)
% 251.92/36.11
% 251.92/36.11 [37284] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37366] ~r(X8_1035_4)
% 251.92/36.11
% 251.92/36.11 [37366] CLOSURE : ~r(X8_1035_4)
% 251.92/36.11
% 251.92/36.11 [16171] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [16621] ~! [Y3_3] : ((p(X2_689_0) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [16621] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_689_0) <=> p(Y3_3)))
% 251.92/36.11 -> [16622] ~(p(X2_689_0) <=> p(skolem_Y33(X2_689_0)))
% 251.92/36.11
% 251.92/36.11 [16622] BETA_NOT_EQUIV : ~(p(X2_689_0) <=> p(skolem_Y33(X2_689_0)))
% 251.92/36.11 -> [16623] ~p(X2_689_0), p(skolem_Y33(X2_689_0))
% 251.92/36.11 -> [16624] p(X2_689_0), ~p(skolem_Y33(X2_689_0))
% 251.92/36.11
% 251.92/36.11 [16624] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [36960] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [36960] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [37046] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [37046] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [37047] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [37047] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [37048] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [37049] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [37048] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37095] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_966_3))
% 251.92/36.11 -> [37217] ~r(skolem_X1010), ~r(Y11_966_3)
% 251.92/36.11 -> [37218] r(skolem_X1010), r(Y11_966_3)
% 251.92/36.11
% 251.92/36.11 [37217] CLOSURE : ~r(Y11_966_3)
% 251.92/36.11
% 251.92/36.11 [37218] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37252] ~r(X8_1027_4)
% 251.92/36.11
% 251.92/36.11 [37252] CLOSURE : ~r(X8_1027_4)
% 251.92/36.11
% 251.92/36.11 [16623] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [36946] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [36946] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [36980] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [36980] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [37013] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [37013] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [37014] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [37015] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [37014] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [37530] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1000_3))
% 251.92/36.11 -> [37849] ~r(skolem_X1010), ~r(Y11_1000_3)
% 251.92/36.11 -> [37850] r(skolem_X1010), r(Y11_1000_3)
% 251.92/36.11
% 251.92/36.11 [37849] CLOSURE : ~r(Y11_1000_3)
% 251.92/36.11
% 251.92/36.11 [37850] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [37882] ~r(X8_1079_4)
% 251.92/36.11
% 251.92/36.11 [37882] CLOSURE : ~r(X8_1079_4)
% 251.92/36.11
% 251.92/36.11 [120] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.11 -> [133] r(skolem_X88)
% 251.92/36.11
% 251.92/36.11 [133] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.11 -> [12854] ~s(skolem_Y99)
% 251.92/36.11
% 251.92/36.11 [12854] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.11 -> [14311] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.11 -> [14312] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.11
% 251.92/36.11 [14311] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.11 -> [14643] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.11 -> [14644] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.11
% 251.92/36.11 [14643] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.11 -> [14936] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [14937] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11
% 251.92/36.11 [14937] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.11 -> [14938] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.11
% 251.92/36.11 [14938] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [14939] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [14940] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11
% 251.92/36.11 [14939] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [15273] ~! [Y3_3] : ((p(X2_626_0) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [15273] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_626_0) <=> p(Y3_3)))
% 251.92/36.11 -> [15274] ~(p(X2_626_0) <=> p(skolem_Y33(X2_626_0)))
% 251.92/36.11
% 251.92/36.11 [15274] BETA_NOT_EQUIV : ~(p(X2_626_0) <=> p(skolem_Y33(X2_626_0)))
% 251.92/36.11 -> [15275] ~p(X2_626_0), p(skolem_Y33(X2_626_0))
% 251.92/36.11 -> [15276] p(X2_626_0), ~p(skolem_Y33(X2_626_0))
% 251.92/36.11
% 251.92/36.11 [15275] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [17221] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [17221] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [17992] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [17992] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [17993] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [17993] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [17994] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [17995] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [17994] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [19649] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_327_3))
% 251.92/36.11 -> [23243] ~r(skolem_X1010), ~r(Y11_327_3)
% 251.92/36.11 -> [23244] r(skolem_X1010), r(Y11_327_3)
% 251.92/36.11
% 251.92/36.11 [23243] CLOSURE : ~r(Y11_327_3)
% 251.92/36.11
% 251.92/36.11 [23244] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.11 -> [23636] ~s(X12_173_4)
% 251.92/36.11
% 251.92/36.11 [23636] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.11 -> [23920] p(Y13_129_5)
% 251.92/36.11
% 251.92/36.11 [23920] CLOSURE : p(Y13_129_5)
% 251.92/36.11
% 251.92/36.11 [15276] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [16968] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [16968] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [17766] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [17766] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.11 -> [17768] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11
% 251.92/36.11 [17768] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.11 -> [17769] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.11 -> [17770] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.11
% 251.92/36.11 [17769] CLOSURE : ~q(skolem_X44)
% 251.92/36.11
% 251.92/36.11 [19078] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_310_3))
% 251.92/36.11 -> [36876] ~r(skolem_X1010), ~r(Y11_310_3)
% 251.92/36.11 -> [36877] r(skolem_X1010), r(Y11_310_3)
% 251.92/36.11
% 251.92/36.11 [36876] CLOSURE : ~r(Y11_310_3)
% 251.92/36.11
% 251.92/36.11 [36877] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.11 -> [36885] ~s(X12_559_4)
% 251.92/36.11
% 251.92/36.11 [36885] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.11 -> [36891] p(Y13_486_5)
% 251.92/36.11
% 251.92/36.11 [36891] CLOSURE : p(Y13_486_5)
% 251.92/36.11
% 251.92/36.11 [14940] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.11 -> [14942] p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [14942] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [15640] ~q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [15640] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [16973] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [16973] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11 -> [16974] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11
% 251.92/36.11 [16974] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11 -> [16975] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.11 -> [16976] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.11
% 251.92/36.11 [16975] CLOSURE : ~p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [16976] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [18009] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [18009] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [18771] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [18771] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11 -> [18772] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11
% 251.92/36.11 [18772] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11 -> [18773] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.11 -> [18774] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.11
% 251.92/36.11 [18774] CLOSURE : q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [18773] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [36952] (r(skolem_X1010) <=> r(Y11_957_3))
% 251.92/36.11
% 251.92/36.11 [36952] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_957_3))
% 251.92/36.11 -> [36968] ~r(skolem_X1010), ~r(Y11_957_3)
% 251.92/36.11 -> [36969] r(skolem_X1010), r(Y11_957_3)
% 251.92/36.11
% 251.92/36.11 [36968] CLOSURE : ~r(Y11_957_3)
% 251.92/36.11
% 251.92/36.11 [36969] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.11 -> [37061] ~s(X12_563_4)
% 251.92/36.11
% 251.92/36.11 [37061] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.11 -> [37075] p(Y13_488_5)
% 251.92/36.11
% 251.92/36.11 [37075] CLOSURE : p(Y13_488_5)
% 251.92/36.11
% 251.92/36.11 [14936] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.11 -> [15265] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [15266] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.11
% 251.92/36.11 [15265] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.11 -> [15630] ~q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [15630] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [16941] ~! [Y3_3] : ((p(X2_700_0) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [16941] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_700_0) <=> p(Y3_3)))
% 251.92/36.11 -> [16942] ~(p(X2_700_0) <=> p(skolem_Y33(X2_700_0)))
% 251.92/36.11
% 251.92/36.11 [16942] BETA_NOT_EQUIV : ~(p(X2_700_0) <=> p(skolem_Y33(X2_700_0)))
% 251.92/36.11 -> [16943] ~p(X2_700_0), p(skolem_Y33(X2_700_0))
% 251.92/36.11 -> [16944] p(X2_700_0), ~p(skolem_Y33(X2_700_0))
% 251.92/36.11
% 251.92/36.11 [16944] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [17989] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [17989] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [18746] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [18746] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11 -> [18747] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11
% 251.92/36.11 [18747] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11 -> [18748] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.11 -> [18749] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.11
% 251.92/36.11 [18749] CLOSURE : q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [18748] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [38719] (r(skolem_X1010) <=> r(Y11_1055_3))
% 251.92/36.11
% 251.92/36.11 [38719] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1055_3))
% 251.92/36.11 -> [38720] ~r(skolem_X1010), ~r(Y11_1055_3)
% 251.92/36.11 -> [38721] r(skolem_X1010), r(Y11_1055_3)
% 251.92/36.11
% 251.92/36.11 [38720] CLOSURE : ~r(Y11_1055_3)
% 251.92/36.11
% 251.92/36.11 [38721] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.11 -> [38748] ~s(X12_615_4)
% 251.92/36.11
% 251.92/36.11 [38748] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.11 -> [38762] p(Y13_547_5)
% 251.92/36.11
% 251.92/36.11 [38762] CLOSURE : p(Y13_547_5)
% 251.92/36.11
% 251.92/36.11 [16943] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.11 -> [18237] r(skolem_X1010)
% 251.92/36.11
% 251.92/36.11 [18237] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.11 -> [19070] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11
% 251.92/36.11 [19070] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.11 -> [19071] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11
% 251.92/36.11 [19071] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.11 -> [19072] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.11 -> [19073] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.11
% 251.92/36.11 [19073] CLOSURE : q(skolem_Y1717)
% 251.92/36.11
% 251.92/36.11 [19072] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.11 -> [38766] (r(skolem_X1010) <=> r(Y11_1058_3))
% 251.92/36.11
% 251.92/36.11 [38766] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1058_3))
% 251.92/36.11 -> [38767] ~r(skolem_X1010), ~r(Y11_1058_3)
% 251.92/36.11 -> [38768] r(skolem_X1010), r(Y11_1058_3)
% 251.92/36.11
% 251.92/36.11 [38767] CLOSURE : ~r(Y11_1058_3)
% 251.92/36.11
% 251.92/36.11 [38768] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.11 -> [38799] ~s(X12_617_4)
% 251.92/36.11
% 251.92/36.11 [38799] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.11 -> [38810] p(Y13_548_5)
% 251.92/36.11
% 251.92/36.11 [38810] CLOSURE : p(Y13_548_5)
% 251.92/36.11
% 251.92/36.11 [15266] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.11 -> [15267] p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [15267] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.11 -> [16031] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11
% 251.92/36.11 [16031] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.11 -> [16032] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11
% 251.92/36.11 [16032] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.11 -> [16033] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.11 -> [16034] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.11
% 251.92/36.11 [16033] CLOSURE : ~p(skolem_X1616)
% 251.92/36.11
% 251.92/36.11 [16034] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [17451] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [17451] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [18243] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [18243] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [18244] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [18244] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [18245] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [18246] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [18245] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [19643] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_326_3))
% 251.92/36.12 -> [38814] ~r(skolem_X1010), ~r(Y11_326_3)
% 251.92/36.12 -> [38815] r(skolem_X1010), r(Y11_326_3)
% 251.92/36.12
% 251.92/36.12 [38814] CLOSURE : ~r(Y11_326_3)
% 251.92/36.12
% 251.92/36.12 [38815] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [39094] ~s(X12_623_4)
% 251.92/36.12
% 251.92/36.12 [39094] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [39157] p(Y13_557_5)
% 251.92/36.12
% 251.92/36.12 [39157] CLOSURE : p(Y13_557_5)
% 251.92/36.12
% 251.92/36.12 [14644] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [14645] s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [14645] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [15286] ~p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [15286] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [16467] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [16468] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [16468] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [16470] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [16470] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [16471] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [16472] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [16472] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [16474] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [16474] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [38031] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38031] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [38098] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [38098] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [38099] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [38099] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [38100] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [38101] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [38101] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [38100] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38287] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [38287] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38301] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38301] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [38302] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [38302] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [38304] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [38305] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [38305] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38304] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [38380] (r(skolem_X1010) <=> r(Y11_1047_3))
% 251.92/36.12
% 251.92/36.12 [38380] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1047_3))
% 251.92/36.12 -> [38381] ~r(skolem_X1010), ~r(Y11_1047_3)
% 251.92/36.12 -> [38382] r(skolem_X1010), r(Y11_1047_3)
% 251.92/36.12
% 251.92/36.12 [38381] CLOSURE : ~r(Y11_1047_3)
% 251.92/36.12
% 251.92/36.12 [38382] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12 -> [38396] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [38396] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.12 -> [38397] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.12 -> [38398] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [38398] CLOSURE : s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [38397] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [38443] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12
% 251.92/36.12 [38443] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [38444] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [38444] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [38445] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [38445] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [38446] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [38447] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [38446] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [38447] : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38483] ! [Y5_5] : (r(Y5_5))
% 251.92/36.12
% 251.92/36.12 [38483] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38484] r(Y5_1234_1)
% 251.92/36.12
% 251.92/36.12 [38484] GAMMA_FORALL : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38494] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12
% 251.92/36.12 [38494] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38495] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38495] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [38496] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [38496] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [38497] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [38498] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [38497] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [38498] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [38537] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [38537] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [38538] (r(skolem_X1010) <=> r(Y11_1053_3))
% 251.92/36.12
% 251.92/36.12 [38538] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1053_3))
% 251.92/36.12 -> [38539] ~r(skolem_X1010), ~r(Y11_1053_3)
% 251.92/36.12 -> [38540] r(skolem_X1010), r(Y11_1053_3)
% 251.92/36.12
% 251.92/36.12 [38539] CLOSURE : ~r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [38540] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12 -> [38550] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [38550] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12 -> [38551] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.12
% 251.92/36.12 [38551] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.12 -> [38552] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.92/36.12 -> [38553] s(skolem_X1414), s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [38553] CLOSURE : s(skolem_X1414)
% 251.92/36.12
% 251.92/36.12 [38552] CLOSURE : ~s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [16471] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [16984] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [16984] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [16985] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [16985] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [16986] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [16987] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [16987] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [16986] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [18263] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [18263] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [19093] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [19093] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [19094] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [19094] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [19095] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [19096] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [19095] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [20541] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_364_3))
% 251.92/36.12 -> [39245] ~r(skolem_X1010), ~r(Y11_364_3)
% 251.92/36.12 -> [39246] r(skolem_X1010), r(Y11_364_3)
% 251.92/36.12
% 251.92/36.12 [39245] CLOSURE : ~r(Y11_364_3)
% 251.92/36.12
% 251.92/36.12 [39246] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12 -> [39301] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [39301] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.12 -> [39302] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.12 -> [39303] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [39303] CLOSURE : s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [39302] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [39524] ~p(X16_182_5)
% 251.92/36.12
% 251.92/36.12 [39524] CLOSURE : ~p(X16_182_5)
% 251.92/36.12
% 251.92/36.12 [16467] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [16981] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [16982] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [16981] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [17234] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [17234] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [18010] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [18010] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [18011] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [18011] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [18012] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [18013] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [18013] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [18012] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [19673] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [19673] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [20970] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [20970] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [20971] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [20971] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [20972] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [20973] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [20973] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [20972] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [37413] (r(skolem_X1010) <=> r(Y11_990_3))
% 251.92/36.12
% 251.92/36.12 [37413] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_990_3))
% 251.92/36.12 -> [37414] ~r(skolem_X1010), ~r(Y11_990_3)
% 251.92/36.12 -> [37415] r(skolem_X1010), r(Y11_990_3)
% 251.92/36.12
% 251.92/36.12 [37414] CLOSURE : ~r(Y11_990_3)
% 251.92/36.12
% 251.92/36.12 [37415] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [37431] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [37431] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12 -> [37432] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12
% 251.92/36.12 [37432] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12 -> [37433] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.12 -> [37434] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [37434] CLOSURE : s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [37433] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [37504] ~p(X16_164_5)
% 251.92/36.12
% 251.92/36.12 [37504] CLOSURE : ~p(X16_164_5)
% 251.92/36.12
% 251.92/36.12 [16982] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [16983] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [16983] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [18023] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [18023] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [18024] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [18024] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [18025] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [18026] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [18026] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [18025] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38800] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [38800] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38842] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38842] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [38843] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [38843] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [38844] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [38845] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [38844] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [38881] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1062_3))
% 251.92/36.12 -> [39627] ~r(skolem_X1010), ~r(Y11_1062_3)
% 251.92/36.12 -> [39628] r(skolem_X1010), r(Y11_1062_3)
% 251.92/36.12
% 251.92/36.12 [39627] CLOSURE : ~r(Y11_1062_3)
% 251.92/36.12
% 251.92/36.12 [39628] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [39662] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [39662] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12 -> [39663] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12
% 251.92/36.12 [39663] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12 -> [39664] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.12 -> [39665] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [39665] CLOSURE : s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [39664] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [39782] q(Y17_148_5)
% 251.92/36.12
% 251.92/36.12 [39782] CLOSURE : q(Y17_148_5)
% 251.92/36.12
% 251.92/36.12 [14312] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.12 -> [14324] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [14325] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.12
% 251.92/36.12 [14324] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [14653] ~p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [14653] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [15650] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [15651] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [15651] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [15653] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [15653] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [15655] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [15656] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [15655] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [16054] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [16054] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [22254] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [22254] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [22255] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [22255] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [22256] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [22257] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [22257] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [22256] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [22845] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [22845] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [23063] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [23063] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [23064] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [23064] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [23065] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [23066] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [23066] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [23065] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [24132] (r(skolem_X1010) <=> r(Y11_500_3))
% 251.92/36.12
% 251.92/36.12 [24132] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_500_3))
% 251.92/36.12 -> [24133] ~r(skolem_X1010), ~r(Y11_500_3)
% 251.92/36.12 -> [24134] r(skolem_X1010), r(Y11_500_3)
% 251.92/36.12
% 251.92/36.12 [24133] CLOSURE : ~r(Y11_500_3)
% 251.92/36.12
% 251.92/36.12 [24134] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [24302] ~s(skolem_X1414)
% 251.92/36.12
% 251.92/36.12 [24302] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12 -> [24404] (s(skolem_X1414) <=> s(Y15_68_5))
% 251.92/36.12
% 251.92/36.12 [24404] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_68_5))
% 251.92/36.12 -> [24406] ~s(skolem_X1414), ~s(Y15_68_5)
% 251.92/36.12 -> [24407] s(skolem_X1414), s(Y15_68_5)
% 251.92/36.12
% 251.92/36.12 [24407] CLOSURE : s(Y15_68_5)
% 251.92/36.12
% 251.92/36.12 [24406] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [24630] ~p(X16_39_6)
% 251.92/36.12
% 251.92/36.12 [24630] CLOSURE : ~p(X16_39_6)
% 251.92/36.12
% 251.92/36.12 [15656] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [15658] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [15658] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [22103] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [22103] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [22104] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [22104] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [22105] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [22106] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [22106] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [22105] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [23359] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [23359] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [23535] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [23535] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [23536] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [23536] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [23537] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [23538] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [23537] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [23745] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_475_3))
% 251.92/36.12 -> [24698] ~r(skolem_X1010), ~r(Y11_475_3)
% 251.92/36.12 -> [24699] r(skolem_X1010), r(Y11_475_3)
% 251.92/36.12
% 251.92/36.12 [24698] CLOSURE : ~r(Y11_475_3)
% 251.92/36.12
% 251.92/36.12 [24699] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [24820] ~s(skolem_X1414)
% 251.92/36.12
% 251.92/36.12 [24820] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12 -> [24898] (s(skolem_X1414) <=> s(Y15_75_5))
% 251.92/36.12
% 251.92/36.12 [24898] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_75_5))
% 251.92/36.12 -> [24900] ~s(skolem_X1414), ~s(Y15_75_5)
% 251.92/36.12 -> [24901] s(skolem_X1414), s(Y15_75_5)
% 251.92/36.12
% 251.92/36.12 [24901] CLOSURE : s(Y15_75_5)
% 251.92/36.12
% 251.92/36.12 [24900] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [25036] q(Y17_32_6)
% 251.92/36.12
% 251.92/36.12 [25036] CLOSURE : q(Y17_32_6)
% 251.92/36.12
% 251.92/36.12 [15650] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [16050] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [16051] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [16050] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [16481] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [16481] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [16482] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [16482] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [16483] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [16484] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [16483] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [22519] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [22519] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [22821] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [22821] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [22822] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [22822] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [22823] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [22824] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [22823] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [23212] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_447_3))
% 251.92/36.12 -> [24854] ~r(skolem_X1010), ~r(Y11_447_3)
% 251.92/36.12 -> [24855] r(skolem_X1010), r(Y11_447_3)
% 251.92/36.12
% 251.92/36.12 [24854] CLOSURE : ~r(Y11_447_3)
% 251.92/36.12
% 251.92/36.12 [24855] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [24948] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [24948] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [25030] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [25030] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12 -> [25031] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12
% 251.92/36.12 [25031] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12 -> [25032] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.12 -> [25033] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [25032] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [25033] CLOSURE : s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [16484] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [16051] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [16052] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [16052] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [38068] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38068] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [38145] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [38145] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [38146] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [38146] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [38147] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [38148] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [38148] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [38147] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38242] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [38242] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38270] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38270] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [38271] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [38271] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [38274] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [38275] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [38275] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38274] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [38399] (r(skolem_X1010) <=> r(Y11_1048_3))
% 251.92/36.12
% 251.92/36.12 [38399] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1048_3))
% 251.92/36.12 -> [38400] ~r(skolem_X1010), ~r(Y11_1048_3)
% 251.92/36.12 -> [38401] r(skolem_X1010), r(Y11_1048_3)
% 251.92/36.12
% 251.92/36.12 [38400] CLOSURE : ~r(Y11_1048_3)
% 251.92/36.12
% 251.92/36.12 [38401] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [38420] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [38420] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [38429] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [38429] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12 -> [38430] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12
% 251.92/36.12 [38430] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12 -> [38431] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.12 -> [38432] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [38431] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [38432] CLOSURE : s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [14325] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [14328] s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [14328] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [14947] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [14948] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [14947] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [15294] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [15295] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [15295] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [15297] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [15297] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [16070] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [16070] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [22375] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [22375] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [22376] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [22376] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [22377] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [22378] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [22377] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [22378] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [22888] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [22888] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [23184] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [23184] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [23185] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [23185] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [23186] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [23187] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [23187] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [23186] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [24250] (r(skolem_X1010) <=> r(Y11_506_3))
% 251.92/36.12
% 251.92/36.12 [24250] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_506_3))
% 251.92/36.12 -> [24251] ~r(skolem_X1010), ~r(Y11_506_3)
% 251.92/36.12 -> [24252] r(skolem_X1010), r(Y11_506_3)
% 251.92/36.12
% 251.92/36.12 [24252] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [24424] p(Y13_152_4)
% 251.92/36.12
% 251.92/36.12 [24424] CLOSURE : p(Y13_152_4)
% 251.92/36.12
% 251.92/36.12 [24251] CLOSURE : ~r(Y11_506_3)
% 251.92/36.12
% 251.92/36.12 [15294] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [15661] ~! [Y3_3] : ((p(X2_638_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [15661] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_638_0) <=> p(Y3_3)))
% 251.92/36.12 -> [15662] ~(p(X2_638_0) <=> p(skolem_Y33(X2_638_0)))
% 251.92/36.12
% 251.92/36.12 [15662] BETA_NOT_EQUIV : ~(p(X2_638_0) <=> p(skolem_Y33(X2_638_0)))
% 251.92/36.12 -> [15663] ~p(X2_638_0), p(skolem_Y33(X2_638_0))
% 251.92/36.12 -> [15664] p(X2_638_0), ~p(skolem_Y33(X2_638_0))
% 251.92/36.12
% 251.92/36.12 [15663] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38156] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [38156] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38194] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38194] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [38196] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [38196] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [38197] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [38198] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [38197] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [38239] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1041_3))
% 251.92/36.12 -> [38293] ~r(skolem_X1010), ~r(Y11_1041_3)
% 251.92/36.12 -> [38294] r(skolem_X1010), r(Y11_1041_3)
% 251.92/36.12
% 251.92/36.12 [38294] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [38297] p(Y13_528_4)
% 251.92/36.12
% 251.92/36.12 [38297] CLOSURE : p(Y13_528_4)
% 251.92/36.12
% 251.92/36.12 [38293] CLOSURE : ~r(Y11_1041_3)
% 251.92/36.12
% 251.92/36.12 [15664] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38165] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [38165] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38188] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38188] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [38189] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [38189] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [38190] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [38191] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [38190] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [38288] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1043_3))
% 251.92/36.12 -> [38364] ~r(skolem_X1010), ~r(Y11_1043_3)
% 251.92/36.12 -> [38365] r(skolem_X1010), r(Y11_1043_3)
% 251.92/36.12
% 251.92/36.12 [38365] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [38395] p(Y13_533_4)
% 251.92/36.12
% 251.92/36.12 [38395] CLOSURE : p(Y13_533_4)
% 251.92/36.12
% 251.92/36.12 [38364] CLOSURE : ~r(Y11_1043_3)
% 251.92/36.12
% 251.92/36.12 [14948] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [14949] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [14949] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [14950] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [14951] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [14950] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [15303] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [15303] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [16513] ~! [Y3_3] : ((p(X2_685_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [16513] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_685_0) <=> p(Y3_3)))
% 251.92/36.12 -> [16514] ~(p(X2_685_0) <=> p(skolem_Y33(X2_685_0)))
% 251.92/36.12
% 251.92/36.12 [16514] BETA_NOT_EQUIV : ~(p(X2_685_0) <=> p(skolem_Y33(X2_685_0)))
% 251.92/36.12 -> [16515] ~p(X2_685_0), p(skolem_Y33(X2_685_0))
% 251.92/36.12 -> [16516] p(X2_685_0), ~p(skolem_Y33(X2_685_0))
% 251.92/36.12
% 251.92/36.12 [16516] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38687] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [38687] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38752] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38752] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [38753] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [38753] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [38754] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [38755] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [38755] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38754] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [38835] (r(skolem_X1010) <=> r(Y11_1061_3))
% 251.92/36.12
% 251.92/36.12 [38835] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1061_3))
% 251.92/36.12 -> [38837] ~r(skolem_X1010), ~r(Y11_1061_3)
% 251.92/36.12 -> [38838] r(skolem_X1010), r(Y11_1061_3)
% 251.92/36.12
% 251.92/36.12 [38837] CLOSURE : ~r(Y11_1061_3)
% 251.92/36.12
% 251.92/36.12 [38838] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [38841] p(Y13_551_4)
% 251.92/36.12
% 251.92/36.12 [38841] CLOSURE : p(Y13_551_4)
% 251.92/36.12
% 251.92/36.12 [16515] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38798] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [38798] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38973] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38973] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [38974] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [38974] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [38975] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [38976] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [38976] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38975] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [39271] (r(skolem_X1010) <=> r(Y11_1077_3))
% 251.92/36.12
% 251.92/36.12 [39271] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1077_3))
% 251.92/36.12 -> [39273] ~r(skolem_X1010), ~r(Y11_1077_3)
% 251.92/36.12 -> [39274] r(skolem_X1010), r(Y11_1077_3)
% 251.92/36.12
% 251.92/36.12 [39274] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [39321] p(Y13_561_4)
% 251.92/36.12
% 251.92/36.12 [39321] CLOSURE : p(Y13_561_4)
% 251.92/36.12
% 251.92/36.12 [39273] CLOSURE : ~r(Y11_1077_3)
% 251.92/36.12
% 251.92/36.12 [14951] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [14956] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [14956] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [15671] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [15671] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [15672] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [15672] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [15673] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [15674] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [15673] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [15674] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38686] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [38686] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38816] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38816] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [38817] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [38817] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [38818] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [38819] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [38818] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [39196] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1072_3))
% 251.92/36.12 -> [39642] ~r(skolem_X1010), ~r(Y11_1072_3)
% 251.92/36.12 -> [39643] r(skolem_X1010), r(Y11_1072_3)
% 251.92/36.12
% 251.92/36.12 [39643] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [39738] p(Y13_573_4)
% 251.92/36.12
% 251.92/36.12 [39738] CLOSURE : p(Y13_573_4)
% 251.92/36.12
% 251.92/36.12 [39642] CLOSURE : ~r(Y11_1072_3)
% 251.92/36.12
% 251.92/36.12 [97] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.12 -> [237] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [238] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.12
% 251.92/36.12 [238] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [249] r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [249] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [13813] ~s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [13813] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.12 -> [14800] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [14801] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12
% 251.92/36.12 [14800] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.12 -> [15192] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [15193] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12
% 251.92/36.12 [15192] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [15522] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [15523] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [15522] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [15864] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [15865] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [15865] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [15866] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [15866] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [16741] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [16741] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [17407] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [17407] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [17408] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [17408] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [17409] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [17410] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [17409] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [17410] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [18411] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [18411] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [19081] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [19081] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [19082] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [19082] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [19083] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [19084] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [19084] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [19083] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [29899] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [29899] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12 -> [29900] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12
% 251.92/36.12 [29900] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [29901] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [29902] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [29901] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [29902] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [15864] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [16298] ~! [Y3_3] : ((p(X2_673_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [16298] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_673_0) <=> p(Y3_3)))
% 251.92/36.12 -> [16299] ~(p(X2_673_0) <=> p(skolem_Y33(X2_673_0)))
% 251.92/36.12
% 251.92/36.12 [16299] BETA_NOT_EQUIV : ~(p(X2_673_0) <=> p(skolem_Y33(X2_673_0)))
% 251.92/36.12 -> [16300] ~p(X2_673_0), p(skolem_Y33(X2_673_0))
% 251.92/36.12 -> [16301] p(X2_673_0), ~p(skolem_Y33(X2_673_0))
% 251.92/36.12
% 251.92/36.12 [16300] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [17676] r(Y5_719_1)
% 251.92/36.12
% 251.92/36.12 [17676] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [18392] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [18392] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [18393] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [18393] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [18394] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [18395] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [18394] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [18395] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [19613] ~! [Y11_11] : ((r(X10_245_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [19613] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_245_3) <=> r(Y11_11)))
% 251.92/36.12 -> [19616] ~(r(X10_245_3) <=> r(skolem_Y1111(X10_245_3)))
% 251.92/36.12
% 251.92/36.12 [19616] BETA_NOT_EQUIV : ~(r(X10_245_3) <=> r(skolem_Y1111(X10_245_3)))
% 251.92/36.12 -> [19617] ~r(X10_245_3), r(skolem_Y1111(X10_245_3))
% 251.92/36.12 -> [19618] r(X10_245_3), ~r(skolem_Y1111(X10_245_3))
% 251.92/36.12
% 251.92/36.12 [19617] CLOSURE : ~r(X10_245_3)
% 251.92/36.12
% 251.92/36.12 [19618] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [29913] ~s(X12_372_4)
% 251.92/36.12
% 251.92/36.12 [29913] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [29924] p(Y13_304_5)
% 251.92/36.12
% 251.92/36.12 [29924] CLOSURE : p(Y13_304_5)
% 251.92/36.12
% 251.92/36.12 [16301] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [17399] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [17399] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [18135] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [18135] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [18136] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [18136] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [18137] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [18138] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [18137] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [19356] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [29936] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [29937] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [29936] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [29937] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [15523] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [15524] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [15524] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [15525] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [15526] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [15526] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [15527] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [15527] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [16311] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [16311] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [16315] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [16315] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [16318] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [16319] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [16318] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [16319] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [17419] r(Y5_706_1)
% 251.92/36.12
% 251.92/36.12 [17419] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [18161] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [18161] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [18162] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [18162] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [18163] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [18164] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [18163] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [18164] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [19373] ~! [Y11_11] : ((r(X10_238_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [19373] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_238_3) <=> r(Y11_11)))
% 251.92/36.12 -> [19374] ~(r(X10_238_3) <=> r(skolem_Y1111(X10_238_3)))
% 251.92/36.12
% 251.92/36.12 [19374] BETA_NOT_EQUIV : ~(r(X10_238_3) <=> r(skolem_Y1111(X10_238_3)))
% 251.92/36.12 -> [19376] ~r(X10_238_3), r(skolem_Y1111(X10_238_3))
% 251.92/36.12 -> [19377] r(X10_238_3), ~r(skolem_Y1111(X10_238_3))
% 251.92/36.12
% 251.92/36.12 [19376] CLOSURE : ~r(X10_238_3)
% 251.92/36.12
% 251.92/36.12 [19377] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [30007] ~s(X12_374_4)
% 251.92/36.12
% 251.92/36.12 [30007] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [30017] p(Y13_306_5)
% 251.92/36.12
% 251.92/36.12 [30017] CLOSURE : p(Y13_306_5)
% 251.92/36.12
% 251.92/36.12 [15525] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [15877] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [15877] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [16988] ~! [Y3_3] : ((p(X2_704_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [16988] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_704_0) <=> p(Y3_3)))
% 251.92/36.12 -> [16990] ~(p(X2_704_0) <=> p(skolem_Y33(X2_704_0)))
% 251.92/36.12
% 251.92/36.12 [16990] BETA_NOT_EQUIV : ~(p(X2_704_0) <=> p(skolem_Y33(X2_704_0)))
% 251.92/36.12 -> [16991] ~p(X2_704_0), p(skolem_Y33(X2_704_0))
% 251.92/36.12 -> [16992] p(X2_704_0), ~p(skolem_Y33(X2_704_0))
% 251.92/36.12
% 251.92/36.12 [16992] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [17942] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [17942] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [18622] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [18622] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [18623] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [18623] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [18624] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [18625] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [18625] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [18624] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [29973] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [29973] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12 -> [29974] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12
% 251.92/36.12 [29974] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [29975] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [29976] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [29976] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [29975] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [16991] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [18155] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [18155] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [18867] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [18867] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [18868] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [18868] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [18869] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [18870] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [18870] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [18869] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [29984] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [29984] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12 -> [29985] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12
% 251.92/36.12 [29985] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [29986] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [29987] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [29986] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [29987] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [15193] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [15194] s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [15194] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [15895] ~p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [15895] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [17004] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [17005] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [17004] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [17215] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [17216] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [17216] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [17220] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [17220] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [17953] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [17953] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [18630] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [18630] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [18631] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [18631] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [18632] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [18633] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [18633] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [18632] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [30170] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [30170] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [30205] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [30205] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [30206] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [30206] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [30207] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [30208] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [30208] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [30207] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [30342] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [30342] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12 -> [30343] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12
% 251.92/36.12 [30343] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [30345] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [30346] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [30346] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [30345] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [17215] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [17420] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [17420] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [17421] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [17421] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [17422] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [17423] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [17423] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [17422] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [18889] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [18889] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [19841] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [19841] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [19842] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [19842] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [19843] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [19844] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [19843] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [21226] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [30435] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [30436] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [30435] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [30436] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [17005] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [17014] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [17014] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [17015] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [17016] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [17016] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [17018] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [17018] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [17706] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [17706] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [17707] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [17707] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [17708] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [17709] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [17709] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [17708] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [21508] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [21508] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [25679] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [25679] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [25680] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [25680] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [25681] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [25682] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [25681] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [25770] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [26084] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [26085] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [26084] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [26085] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [17015] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [17222] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [17222] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [17957] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [17957] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [17958] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [17958] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [17959] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [17960] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [17960] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [17959] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [19389] r(Y5_801_1)
% 251.92/36.12
% 251.92/36.12 [19389] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [20092] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [20092] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [20093] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [20093] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [20094] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [20095] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [20095] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [20094] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [31032] ~! [Y11_11] : ((r(X10_711_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [31032] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_711_3) <=> r(Y11_11)))
% 251.92/36.12 -> [31033] ~(r(X10_711_3) <=> r(skolem_Y1111(X10_711_3)))
% 251.92/36.12
% 251.92/36.12 [31033] BETA_NOT_EQUIV : ~(r(X10_711_3) <=> r(skolem_Y1111(X10_711_3)))
% 251.92/36.12 -> [31034] ~r(X10_711_3), r(skolem_Y1111(X10_711_3))
% 251.92/36.12 -> [31035] r(X10_711_3), ~r(skolem_Y1111(X10_711_3))
% 251.92/36.12
% 251.92/36.12 [31034] CLOSURE : ~r(X10_711_3)
% 251.92/36.12
% 251.92/36.12 [31035] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12 -> [31286] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.12
% 251.92/36.12 [31286] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.12 -> [31287] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.92/36.12 -> [31288] s(skolem_X1414), s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [31287] CLOSURE : ~s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [31288] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [31728] ~p(X16_108_5)
% 251.92/36.12
% 251.92/36.12 [31728] CLOSURE : ~p(X16_108_5)
% 251.92/36.12
% 251.92/36.12 [14801] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.12 -> [14812] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [14813] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.12
% 251.92/36.12 [14812] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [15201] ~p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [15201] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [16332] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [16333] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [16332] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [16762] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [16763] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [16762] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [17021] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [17021] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [17718] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [17718] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [17719] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [17719] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [17720] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [17721] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [17721] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [17720] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [19115] r(Y5_797_1)
% 251.92/36.12
% 251.92/36.12 [19115] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [19859] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [19859] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [19860] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [19860] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [19861] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [19862] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [19861] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [19862] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [31072] ~! [Y11_11] : ((r(X10_715_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [31072] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_715_3) <=> r(Y11_11)))
% 251.92/36.12 -> [31073] ~(r(X10_715_3) <=> r(skolem_Y1111(X10_715_3)))
% 251.92/36.12
% 251.92/36.12 [31073] BETA_NOT_EQUIV : ~(r(X10_715_3) <=> r(skolem_Y1111(X10_715_3)))
% 251.92/36.12 -> [31074] ~r(X10_715_3), r(skolem_Y1111(X10_715_3))
% 251.92/36.12 -> [31075] r(X10_715_3), ~r(skolem_Y1111(X10_715_3))
% 251.92/36.12
% 251.92/36.12 [31074] CLOSURE : ~r(X10_715_3)
% 251.92/36.12
% 251.92/36.12 [31075] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [31129] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [31129] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [31157] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [31157] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.12 -> [31160] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12
% 251.92/36.12 [31160] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.12 -> [31161] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.12 -> [31162] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [31161] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.12
% 251.92/36.12 [31162] CLOSURE : s(skolem_Y99)
% 251.92/36.12
% 251.92/36.12 [16763] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [16764] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [16764] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [17440] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [17440] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [17441] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [17441] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [17442] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [17443] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [17443] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [17442] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [20885] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [20885] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [31098] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [31098] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [31099] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [31099] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [31100] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [31101] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [31100] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [31238] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [32032] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [32033] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [32032] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [32033] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [16333] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [16338] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [16338] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [16339] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [16340] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [16339] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [16767] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [16767] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [16768] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [16768] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [16769] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [16770] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [16769] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [17976] r(Y5_735_1)
% 251.92/36.12
% 251.92/36.12 [17976] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [18644] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [18644] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [18645] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [18645] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [18646] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [18647] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [18646] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [19871] BETA_NOT_EQUIV : ~(r(X10_253_3) <=> r(skolem_Y1111(X10_253_3)))
% 251.92/36.12 -> [32621] ~r(X10_253_3), r(skolem_Y1111(X10_253_3))
% 251.92/36.12 -> [32622] r(X10_253_3), ~r(skolem_Y1111(X10_253_3))
% 251.92/36.12
% 251.92/36.12 [32621] CLOSURE : ~r(X10_253_3)
% 251.92/36.12
% 251.92/36.12 [32622] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [32695] ~s(skolem_X1414)
% 251.92/36.12
% 251.92/36.12 [32695] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12 -> [32704] (s(skolem_X1414) <=> s(Y15_177_5))
% 251.92/36.12
% 251.92/36.12 [32704] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_177_5))
% 251.92/36.12 -> [32705] ~s(skolem_X1414), ~s(Y15_177_5)
% 251.92/36.12 -> [32706] s(skolem_X1414), s(Y15_177_5)
% 251.92/36.12
% 251.92/36.12 [32706] CLOSURE : s(Y15_177_5)
% 251.92/36.12
% 251.92/36.12 [32705] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [32713] ~p(X16_120_6)
% 251.92/36.12
% 251.92/36.12 [32713] CLOSURE : ~p(X16_120_6)
% 251.92/36.12
% 251.92/36.12 [16770] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [16340] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [16345] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [16345] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [38186] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38186] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [38233] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [38233] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [38234] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [38234] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [38235] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [38236] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [38236] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [38235] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38402] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [38402] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38422] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38422] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [38423] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [38423] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [38424] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [38425] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [38425] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38424] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [38462] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [38462] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12 -> [38463] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12
% 251.92/36.12 [38463] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [38464] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [38465] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [38464] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [38465] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [14813] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [14814] s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [14814] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [15532] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [15533] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [15532] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [15909] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [15910] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [15910] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [15911] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [15911] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [38244] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [38244] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [38245] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [38245] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [38246] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [38247] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [38246] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [38247] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38312] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [38312] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38390] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38390] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [38391] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [38391] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [38392] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [38393] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [38392] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [38467] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [38633] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [38634] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [38633] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [38634] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [15909] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [16346] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [16346] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [38216] ~! [Y3_3] : ((p(X2_1030_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [38216] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_1030_0) <=> p(Y3_3)))
% 251.92/36.12 -> [38217] ~(p(X2_1030_0) <=> p(skolem_Y33(X2_1030_0)))
% 251.92/36.12
% 251.92/36.12 [38217] BETA_NOT_EQUIV : ~(p(X2_1030_0) <=> p(skolem_Y33(X2_1030_0)))
% 251.92/36.12 -> [38218] ~p(X2_1030_0), p(skolem_Y33(X2_1030_0))
% 251.92/36.12 -> [38219] p(X2_1030_0), ~p(skolem_Y33(X2_1030_0))
% 251.92/36.12
% 251.92/36.12 [38218] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38285] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [38285] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38343] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38343] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [38344] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [38344] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [38345] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [38346] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [38346] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38345] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [39041] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [39041] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12 -> [39042] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12
% 251.92/36.12 [39042] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [39043] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [39044] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [39044] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [39043] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [38219] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38266] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [38266] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38328] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38328] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [38329] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [38329] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [38330] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [38331] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [38331] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38330] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [38951] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [38951] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.12 -> [38952] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12
% 251.92/36.12 [38952] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [38953] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [38954] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [38953] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [38954] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [15533] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [15538] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [15538] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [15539] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [15540] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [15539] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [15922] ~! [Y3_3] : ((p(X2_650_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [15922] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_650_0) <=> p(Y3_3)))
% 251.92/36.12 -> [15923] ~(p(X2_650_0) <=> p(skolem_Y33(X2_650_0)))
% 251.92/36.12
% 251.92/36.12 [15923] BETA_NOT_EQUIV : ~(p(X2_650_0) <=> p(skolem_Y33(X2_650_0)))
% 251.92/36.12 -> [15924] ~p(X2_650_0), p(skolem_Y33(X2_650_0))
% 251.92/36.12 -> [15925] p(X2_650_0), ~p(skolem_Y33(X2_650_0))
% 251.92/36.12
% 251.92/36.12 [15925] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38394] r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [38394] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38439] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38439] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [38440] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [38440] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [38441] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [38442] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [38441] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [38561] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.12 -> [38637] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.12 -> [38638] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [38637] CLOSURE : ~r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [38638] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.12
% 251.92/36.12 [15924] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38337] r(Y5_1227_1)
% 251.92/36.12
% 251.92/36.12 [38337] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38369] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38369] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [38370] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [38370] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [38371] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [38372] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [38371] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [38451] BETA_NOT_EQUIV : ~(r(X10_954_3) <=> r(skolem_Y1111(X10_954_3)))
% 251.92/36.12 -> [38789] ~r(X10_954_3), r(skolem_Y1111(X10_954_3))
% 251.92/36.12 -> [38790] r(X10_954_3), ~r(skolem_Y1111(X10_954_3))
% 251.92/36.12
% 251.92/36.12 [38789] CLOSURE : ~r(X10_954_3)
% 251.92/36.12
% 251.92/36.12 [38790] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [38813] p(Y13_549_4)
% 251.92/36.12
% 251.92/36.12 [38813] CLOSURE : p(Y13_549_4)
% 251.92/36.12
% 251.92/36.12 [15540] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [15541] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [15541] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [38437] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38437] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [38520] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [38520] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [38521] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [38521] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [38522] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [38523] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [38522] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [38523] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [38593] r(Y5_1237_1)
% 251.92/36.12
% 251.92/36.12 [38593] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [38669] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [38669] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [38670] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [38670] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [38671] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [38672] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [38672] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [38671] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [39773] ~! [Y11_11] : ((r(X10_1025_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [39773] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1025_3) <=> r(Y11_11)))
% 251.92/36.12 -> [39775] ~(r(X10_1025_3) <=> r(skolem_Y1111(X10_1025_3)))
% 251.92/36.12
% 251.92/36.12 [39775] BETA_NOT_EQUIV : ~(r(X10_1025_3) <=> r(skolem_Y1111(X10_1025_3)))
% 251.92/36.12 -> [39776] ~r(X10_1025_3), r(skolem_Y1111(X10_1025_3))
% 251.92/36.12 -> [39777] r(X10_1025_3), ~r(skolem_Y1111(X10_1025_3))
% 251.92/36.12
% 251.92/36.12 [39776] CLOSURE : ~r(X10_1025_3)
% 251.92/36.12
% 251.92/36.12 [39777] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [40173] p(Y13_583_4)
% 251.92/36.12
% 251.92/36.12 [40173] CLOSURE : p(Y13_583_4)
% 251.92/36.12
% 251.92/36.12 [237] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.12 -> [3109] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [3110] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12
% 251.92/36.12 [3110] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.12 -> [3118] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [3119] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.12
% 251.92/36.12 [3118] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [3483] ~p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [3483] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [3486] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [3487] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [3487] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [3493] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [3493] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [3494] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [3495] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [3495] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [3497] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [3497] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [8315] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [8315] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [9170] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [9170] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [9171] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [9171] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [9172] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [9173] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [9173] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [9172] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [33157] r(skolem_Y1111(X10_762_3))
% 251.92/36.12
% 251.92/36.12 [33157] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [33217] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [33217] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [33218] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [33218] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [33219] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [33220] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [33220] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [33219] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [33518] ~! [Y11_11] : ((r(X10_762_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [33518] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_762_3) <=> r(Y11_11)))
% 251.92/36.12 -> [33519] ~(r(X10_762_3) <=> r(skolem_Y1111(X10_762_3)))
% 251.92/36.12
% 251.92/36.12 [33519] BETA_NOT_EQUIV : ~(r(X10_762_3) <=> r(skolem_Y1111(X10_762_3)))
% 251.92/36.12 -> [33520] ~r(X10_762_3), r(skolem_Y1111(X10_762_3))
% 251.92/36.12 -> [33521] r(X10_762_3), ~r(skolem_Y1111(X10_762_3))
% 251.92/36.12
% 251.92/36.12 [33521] CLOSURE : ~r(skolem_Y1111(X10_762_3))
% 251.92/36.12
% 251.92/36.12 [33520] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [33644] ~r(X8_869_4)
% 251.92/36.12
% 251.92/36.12 [33644] CLOSURE : ~r(X8_869_4)
% 251.92/36.12
% 251.92/36.12 [3494] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [3984] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [3984] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [3985] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [3985] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [3986] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [3987] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [3987] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [3986] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [15006] r(Y5_594_1)
% 251.92/36.12
% 251.92/36.12 [15006] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [15707] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [15707] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [15710] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [15710] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [15712] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [15713] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [15713] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [22409] ~! [Y11_11] : ((r(X10_332_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [22409] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_332_3) <=> r(Y11_11)))
% 251.92/36.12 -> [22410] ~(r(X10_332_3) <=> r(skolem_Y1111(X10_332_3)))
% 251.92/36.12
% 251.92/36.12 [22410] BETA_NOT_EQUIV : ~(r(X10_332_3) <=> r(skolem_Y1111(X10_332_3)))
% 251.92/36.12 -> [22411] ~r(X10_332_3), r(skolem_Y1111(X10_332_3))
% 251.92/36.12 -> [22412] r(X10_332_3), ~r(skolem_Y1111(X10_332_3))
% 251.92/36.12
% 251.92/36.12 [22411] CLOSURE : ~r(X10_332_3)
% 251.92/36.12
% 251.92/36.12 [22412] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [23905] ~r(X8_374_4)
% 251.92/36.12
% 251.92/36.12 [23905] CLOSURE : ~r(X8_374_4)
% 251.92/36.12
% 251.92/36.12 [15712] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [3486] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [3973] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [3974] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [3974] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [3975] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [3975] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [8502] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [8502] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [8503] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [8503] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [8504] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [8505] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [8505] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [8504] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [33766] r(Y5_1114_1)
% 251.92/36.12
% 251.92/36.12 [33766] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [33884] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [33884] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [33885] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [33885] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [33886] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [33887] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [33886] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [34089] BETA_NOT_EQUIV : ~(r(X10_791_3) <=> r(skolem_Y1111(X10_791_3)))
% 251.92/36.12 -> [34340] ~r(X10_791_3), r(skolem_Y1111(X10_791_3))
% 251.92/36.12 -> [34341] r(X10_791_3), ~r(skolem_Y1111(X10_791_3))
% 251.92/36.12
% 251.92/36.12 [34340] CLOSURE : ~r(X10_791_3)
% 251.92/36.12
% 251.92/36.12 [34341] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [34538] ~r(X8_901_4)
% 251.92/36.12
% 251.92/36.12 [34538] CLOSURE : ~r(X8_901_4)
% 251.92/36.12
% 251.92/36.12 [3973] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [12713] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [12713] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [12714] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [12714] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [12715] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [12715] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [12717] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [12718] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [12718] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [12717] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [14340] r(skolem_Y1111(X10_939_3))
% 251.92/36.12
% 251.92/36.12 [14340] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [15422] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [15422] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [15423] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [15423] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [15424] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [15425] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [15425] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [15424] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [37998] ~! [Y11_11] : ((r(X10_939_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [37998] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_939_3) <=> r(Y11_11)))
% 251.92/36.12 -> [38000] ~(r(X10_939_3) <=> r(skolem_Y1111(X10_939_3)))
% 251.92/36.12
% 251.92/36.12 [38000] BETA_NOT_EQUIV : ~(r(X10_939_3) <=> r(skolem_Y1111(X10_939_3)))
% 251.92/36.12 -> [38001] ~r(X10_939_3), r(skolem_Y1111(X10_939_3))
% 251.92/36.12 -> [38002] r(X10_939_3), ~r(skolem_Y1111(X10_939_3))
% 251.92/36.12
% 251.92/36.12 [38002] CLOSURE : ~r(skolem_Y1111(X10_939_3))
% 251.92/36.12
% 251.92/36.12 [38001] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [38125] ~r(X8_1099_4)
% 251.92/36.12
% 251.92/36.12 [38125] CLOSURE : ~r(X8_1099_4)
% 251.92/36.12
% 251.92/36.12 [3119] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [3120] s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [3120] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [3992] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [3993] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [3993] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [3994] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [3994] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [3995] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [3996] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [3996] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [3998] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [3998] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [14223] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [14223] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [15148] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [15148] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [15149] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [15149] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [15151] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [15152] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [15151] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [15152] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [16766] r(Y5_672_1)
% 251.92/36.12
% 251.92/36.12 [16766] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [17517] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [17517] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [17518] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [17518] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [17519] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [17520] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [17520] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [17519] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [29634] ~! [Y11_11] : ((r(X10_644_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [29634] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_644_3) <=> r(Y11_11)))
% 251.92/36.12 -> [29635] ~(r(X10_644_3) <=> r(skolem_Y1111(X10_644_3)))
% 251.92/36.12
% 251.92/36.12 [29635] BETA_NOT_EQUIV : ~(r(X10_644_3) <=> r(skolem_Y1111(X10_644_3)))
% 251.92/36.12 -> [29637] ~r(X10_644_3), r(skolem_Y1111(X10_644_3))
% 251.92/36.12 -> [29638] r(X10_644_3), ~r(skolem_Y1111(X10_644_3))
% 251.92/36.12
% 251.92/36.12 [29637] CLOSURE : ~r(X10_644_3)
% 251.92/36.12
% 251.92/36.12 [29638] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [29676] ~r(X8_705_4)
% 251.92/36.12
% 251.92/36.12 [29676] CLOSURE : ~r(X8_705_4)
% 251.92/36.12
% 251.92/36.12 [3995] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [13290] ~! [Y3_3] : ((p(X2_540_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [13290] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_540_0) <=> p(Y3_3)))
% 251.92/36.12 -> [13291] ~(p(X2_540_0) <=> p(skolem_Y33(X2_540_0)))
% 251.92/36.12
% 251.92/36.12 [13291] BETA_NOT_EQUIV : ~(p(X2_540_0) <=> p(skolem_Y33(X2_540_0)))
% 251.92/36.12 -> [13292] ~p(X2_540_0), p(skolem_Y33(X2_540_0))
% 251.92/36.12 -> [13293] p(X2_540_0), ~p(skolem_Y33(X2_540_0))
% 251.92/36.12
% 251.92/36.12 [13293] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [14553] r(Y5_576_1)
% 251.92/36.12
% 251.92/36.12 [14553] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [36477] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [36477] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [36478] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [36478] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [36479] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [36480] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [36479] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [36480] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [36532] ~! [Y11_11] : ((r(X10_896_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [36532] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_896_3) <=> r(Y11_11)))
% 251.92/36.12 -> [36533] ~(r(X10_896_3) <=> r(skolem_Y1111(X10_896_3)))
% 251.92/36.12
% 251.92/36.12 [36533] BETA_NOT_EQUIV : ~(r(X10_896_3) <=> r(skolem_Y1111(X10_896_3)))
% 251.92/36.12 -> [36534] ~r(X10_896_3), r(skolem_Y1111(X10_896_3))
% 251.92/36.12 -> [36535] r(X10_896_3), ~r(skolem_Y1111(X10_896_3))
% 251.92/36.12
% 251.92/36.12 [36534] CLOSURE : ~r(X10_896_3)
% 251.92/36.12
% 251.92/36.12 [36535] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [36559] ~r(X8_995_4)
% 251.92/36.12
% 251.92/36.12 [36559] CLOSURE : ~r(X8_995_4)
% 251.92/36.12
% 251.92/36.12 [13292] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [14976] r(Y5_592_1)
% 251.92/36.12
% 251.92/36.12 [14976] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [36377] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [36377] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [36378] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [36378] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [36379] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [36380] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [36379] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [36380] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [36461] ~! [Y11_11] : ((r(X10_893_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [36461] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_893_3) <=> r(Y11_11)))
% 251.92/36.12 -> [36462] ~(r(X10_893_3) <=> r(skolem_Y1111(X10_893_3)))
% 251.92/36.12
% 251.92/36.12 [36462] BETA_NOT_EQUIV : ~(r(X10_893_3) <=> r(skolem_Y1111(X10_893_3)))
% 251.92/36.12 -> [36463] ~r(X10_893_3), r(skolem_Y1111(X10_893_3))
% 251.92/36.12 -> [36464] r(X10_893_3), ~r(skolem_Y1111(X10_893_3))
% 251.92/36.12
% 251.92/36.12 [36463] CLOSURE : ~r(X10_893_3)
% 251.92/36.12
% 251.92/36.12 [36464] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [36578] ~r(X8_997_4)
% 251.92/36.12
% 251.92/36.12 [36578] CLOSURE : ~r(X8_997_4)
% 251.92/36.12
% 251.92/36.12 [3992] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [8509] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [8510] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [8510] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [8513] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [8513] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [9394] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [9394] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [9395] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [9395] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [9396] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [9397] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [9396] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [9397] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [19287] r(Y5_799_1)
% 251.92/36.12
% 251.92/36.12 [19287] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [19679] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [19679] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [19680] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [19680] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [19681] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [19682] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [19681] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [20375] BETA_NOT_EQUIV : ~(r(X10_268_3) <=> r(skolem_Y1111(X10_268_3)))
% 251.92/36.12 -> [23215] ~r(X10_268_3), r(skolem_Y1111(X10_268_3))
% 251.92/36.12 -> [23216] r(X10_268_3), ~r(skolem_Y1111(X10_268_3))
% 251.92/36.12
% 251.92/36.12 [23215] CLOSURE : ~r(X10_268_3)
% 251.92/36.12
% 251.92/36.12 [23216] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [24718] ~r(X8_437_4)
% 251.92/36.12
% 251.92/36.12 [24718] CLOSURE : ~r(X8_437_4)
% 251.92/36.12
% 251.92/36.12 [8509] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [8908] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [8908] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [10339] ~! [Y3_3] : ((p(X2_444_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [10339] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_444_0) <=> p(Y3_3)))
% 251.92/36.12 -> [10340] ~(p(X2_444_0) <=> p(skolem_Y33(X2_444_0)))
% 251.92/36.12
% 251.92/36.12 [10340] BETA_NOT_EQUIV : ~(p(X2_444_0) <=> p(skolem_Y33(X2_444_0)))
% 251.92/36.12 -> [10341] ~p(X2_444_0), p(skolem_Y33(X2_444_0))
% 251.92/36.12 -> [10342] p(X2_444_0), ~p(skolem_Y33(X2_444_0))
% 251.92/36.12
% 251.92/36.12 [10342] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [19814] r(skolem_Y1111(X10_328_3))
% 251.92/36.12
% 251.92/36.12 [19814] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [20177] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [20177] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [20179] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [20179] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [20182] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [20183] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [20183] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [20182] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [22351] ~! [Y11_11] : ((r(X10_328_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [22351] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_328_3) <=> r(Y11_11)))
% 251.92/36.12 -> [22352] ~(r(X10_328_3) <=> r(skolem_Y1111(X10_328_3)))
% 251.92/36.12
% 251.92/36.12 [22352] BETA_NOT_EQUIV : ~(r(X10_328_3) <=> r(skolem_Y1111(X10_328_3)))
% 251.92/36.12 -> [22353] ~r(X10_328_3), r(skolem_Y1111(X10_328_3))
% 251.92/36.12 -> [22354] r(X10_328_3), ~r(skolem_Y1111(X10_328_3))
% 251.92/36.12
% 251.92/36.12 [22354] CLOSURE : ~r(skolem_Y1111(X10_328_3))
% 251.92/36.12
% 251.92/36.12 [22353] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [24150] ~r(X8_395_4)
% 251.92/36.12
% 251.92/36.12 [24150] CLOSURE : ~r(X8_395_4)
% 251.92/36.12
% 251.92/36.12 [10341] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [20061] r(Y5_823_1)
% 251.92/36.12
% 251.92/36.12 [20061] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [20609] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [20609] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [20610] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [20610] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [20611] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [20612] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [20612] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [20611] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [41467] ~! [Y11_11] : ((r(X10_1096_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [41467] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1096_3) <=> r(Y11_11)))
% 251.92/36.12 -> [41468] ~(r(X10_1096_3) <=> r(skolem_Y1111(X10_1096_3)))
% 251.92/36.12
% 251.92/36.12 [41468] BETA_NOT_EQUIV : ~(r(X10_1096_3) <=> r(skolem_Y1111(X10_1096_3)))
% 251.92/36.12 -> [41469] ~r(X10_1096_3), r(skolem_Y1111(X10_1096_3))
% 251.92/36.12 -> [41470] r(X10_1096_3), ~r(skolem_Y1111(X10_1096_3))
% 251.92/36.12
% 251.92/36.12 [41469] CLOSURE : ~r(X10_1096_3)
% 251.92/36.12
% 251.92/36.12 [41470] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [42427] ~r(X8_1364_4)
% 251.92/36.12
% 251.92/36.12 [42427] CLOSURE : ~r(X8_1364_4)
% 251.92/36.12
% 251.92/36.12 [3109] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.12 -> [3474] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [3475] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12
% 251.92/36.12 [3474] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [3953] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [3954] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [3953] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [12504] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [12505] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [12505] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [12507] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [12507] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [13297] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [13297] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [21846] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [21846] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [21847] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [21847] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [21848] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [21849] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [21848] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [21849] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [33565] r(skolem_Y1111(X10_776_3))
% 251.92/36.12
% 251.92/36.12 [33565] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [33654] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [33654] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [33655] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [33655] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [33656] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [33657] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [33657] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [33656] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [33784] ~! [Y11_11] : ((r(X10_776_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [33784] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_776_3) <=> r(Y11_11)))
% 251.92/36.12 -> [33785] ~(r(X10_776_3) <=> r(skolem_Y1111(X10_776_3)))
% 251.92/36.12
% 251.92/36.12 [33785] BETA_NOT_EQUIV : ~(r(X10_776_3) <=> r(skolem_Y1111(X10_776_3)))
% 251.92/36.12 -> [33786] ~r(X10_776_3), r(skolem_Y1111(X10_776_3))
% 251.92/36.12 -> [33787] r(X10_776_3), ~r(skolem_Y1111(X10_776_3))
% 251.92/36.12
% 251.92/36.12 [33787] CLOSURE : ~r(skolem_Y1111(X10_776_3))
% 251.92/36.12
% 251.92/36.12 [33786] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [33865] ~r(X8_878_4)
% 251.92/36.12
% 251.92/36.12 [33865] CLOSURE : ~r(X8_878_4)
% 251.92/36.12
% 251.92/36.12 [12504] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [12897] ~! [Y3_3] : ((p(X2_529_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [12897] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_529_0) <=> p(Y3_3)))
% 251.92/36.12 -> [12898] ~(p(X2_529_0) <=> p(skolem_Y33(X2_529_0)))
% 251.92/36.12
% 251.92/36.12 [12898] BETA_NOT_EQUIV : ~(p(X2_529_0) <=> p(skolem_Y33(X2_529_0)))
% 251.92/36.12 -> [12899] ~p(X2_529_0), p(skolem_Y33(X2_529_0))
% 251.92/36.12 -> [12900] p(X2_529_0), ~p(skolem_Y33(X2_529_0))
% 251.92/36.12
% 251.92/36.12 [12899] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [21839] r(Y5_882_1)
% 251.92/36.12
% 251.92/36.12 [21839] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [33463] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [33463] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [33465] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [33465] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [33468] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [33469] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [33468] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [33614] BETA_NOT_EQUIV : ~(r(X10_768_3) <=> r(skolem_Y1111(X10_768_3)))
% 251.92/36.12 -> [33757] ~r(X10_768_3), r(skolem_Y1111(X10_768_3))
% 251.92/36.12 -> [33758] r(X10_768_3), ~r(skolem_Y1111(X10_768_3))
% 251.92/36.12
% 251.92/36.12 [33757] CLOSURE : ~r(X10_768_3)
% 251.92/36.12
% 251.92/36.12 [33758] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [33832] ~r(X8_876_4)
% 251.92/36.12
% 251.92/36.12 [33832] CLOSURE : ~r(X8_876_4)
% 251.92/36.12
% 251.92/36.12 [12900] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [14305] r(skolem_Y1111(X10_772_3))
% 251.92/36.12
% 251.92/36.12 [14305] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [33478] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [33478] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [33479] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [33479] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [33480] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [33481] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [33480] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [33670] BETA_NOT_EQUIV : ~(r(X10_772_3) <=> r(skolem_Y1111(X10_772_3)))
% 251.92/36.12 -> [34248] ~r(X10_772_3), r(skolem_Y1111(X10_772_3))
% 251.92/36.12 -> [34249] r(X10_772_3), ~r(skolem_Y1111(X10_772_3))
% 251.92/36.12
% 251.92/36.12 [34249] CLOSURE : ~r(skolem_Y1111(X10_772_3))
% 251.92/36.12
% 251.92/36.12 [34248] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [34330] ~r(X8_890_4)
% 251.92/36.12
% 251.92/36.12 [34330] CLOSURE : ~r(X8_890_4)
% 251.92/36.12
% 251.92/36.12 [3954] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [3962] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [3962] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [3963] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [3964] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [3964] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [3966] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [3966] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [13335] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [13335] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [13336] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [13336] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [13337] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [13338] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [13337] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [13338] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [14655] r(Y5_582_1)
% 251.92/36.12
% 251.92/36.12 [14655] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [36932] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [36932] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [36933] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [36933] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [36934] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [36935] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [36934] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [36990] BETA_NOT_EQUIV : ~(r(X10_918_3) <=> r(skolem_Y1111(X10_918_3)))
% 251.92/36.12 -> [37375] ~r(X10_918_3), r(skolem_Y1111(X10_918_3))
% 251.92/36.12 -> [37376] r(X10_918_3), ~r(skolem_Y1111(X10_918_3))
% 251.92/36.12
% 251.92/36.12 [37375] CLOSURE : ~r(X10_918_3)
% 251.92/36.12
% 251.92/36.12 [37376] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [37613] ~r(X8_1052_4)
% 251.92/36.12
% 251.92/36.12 [37613] CLOSURE : ~r(X8_1052_4)
% 251.92/36.12
% 251.92/36.12 [3963] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [12559] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [12559] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [12560] ~! [Y3_3] : ((p(X2_520_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [12560] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_520_0) <=> p(Y3_3)))
% 251.92/36.12 -> [12563] ~(p(X2_520_0) <=> p(skolem_Y33(X2_520_0)))
% 251.92/36.12
% 251.92/36.12 [12563] BETA_NOT_EQUIV : ~(p(X2_520_0) <=> p(skolem_Y33(X2_520_0)))
% 251.92/36.12 -> [12567] ~p(X2_520_0), p(skolem_Y33(X2_520_0))
% 251.92/36.12 -> [12568] p(X2_520_0), ~p(skolem_Y33(X2_520_0))
% 251.92/36.12
% 251.92/36.12 [12568] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [13988] r(Y5_551_1)
% 251.92/36.12
% 251.92/36.12 [13988] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [15379] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [15379] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [15380] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [15380] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [15383] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [15384] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [15384] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [15383] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [38982] ~! [Y11_11] : ((r(X10_983_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [38982] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_983_3) <=> r(Y11_11)))
% 251.92/36.12 -> [38983] ~(r(X10_983_3) <=> r(skolem_Y1111(X10_983_3)))
% 251.92/36.12
% 251.92/36.12 [38983] BETA_NOT_EQUIV : ~(r(X10_983_3) <=> r(skolem_Y1111(X10_983_3)))
% 251.92/36.12 -> [38984] ~r(X10_983_3), r(skolem_Y1111(X10_983_3))
% 251.92/36.12 -> [38985] r(X10_983_3), ~r(skolem_Y1111(X10_983_3))
% 251.92/36.12
% 251.92/36.12 [38984] CLOSURE : ~r(X10_983_3)
% 251.92/36.12
% 251.92/36.12 [38985] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [39211] ~r(X8_1169_4)
% 251.92/36.12
% 251.92/36.12 [39211] CLOSURE : ~r(X8_1169_4)
% 251.92/36.12
% 251.92/36.12 [12567] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [14460] r(skolem_Y1111(X10_1028_3))
% 251.92/36.12
% 251.92/36.12 [14460] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [15542] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [15542] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [15544] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [15544] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [15547] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [15548] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [15548] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [15547] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [39812] ~! [Y11_11] : ((r(X10_1028_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [39812] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1028_3) <=> r(Y11_11)))
% 251.92/36.12 -> [39813] ~(r(X10_1028_3) <=> r(skolem_Y1111(X10_1028_3)))
% 251.92/36.12
% 251.92/36.12 [39813] BETA_NOT_EQUIV : ~(r(X10_1028_3) <=> r(skolem_Y1111(X10_1028_3)))
% 251.92/36.12 -> [39814] ~r(X10_1028_3), r(skolem_Y1111(X10_1028_3))
% 251.92/36.12 -> [39815] r(X10_1028_3), ~r(skolem_Y1111(X10_1028_3))
% 251.92/36.12
% 251.92/36.12 [39815] CLOSURE : ~r(skolem_Y1111(X10_1028_3))
% 251.92/36.12
% 251.92/36.12 [39814] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [40284] ~r(X8_1224_4)
% 251.92/36.12
% 251.92/36.12 [40284] CLOSURE : ~r(X8_1224_4)
% 251.92/36.12
% 251.92/36.12 [3475] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [3477] s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [3477] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [8059] ~p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [8059] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [9239] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [9240] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [9240] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [9254] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [9254] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [9255] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [9256] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [9255] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [9645] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [9645] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [18467] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [18467] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [18468] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [18468] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [18469] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [18470] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [18470] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [18469] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [19630] r(Y5_808_1)
% 251.92/36.12
% 251.92/36.12 [19630] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [20257] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [20257] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [20258] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [20258] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [20259] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [20260] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [20260] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [20259] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [23274] ~! [Y11_11] : ((r(X10_382_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [23274] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_382_3) <=> r(Y11_11)))
% 251.92/36.12 -> [23275] ~(r(X10_382_3) <=> r(skolem_Y1111(X10_382_3)))
% 251.92/36.12
% 251.92/36.12 [23275] BETA_NOT_EQUIV : ~(r(X10_382_3) <=> r(skolem_Y1111(X10_382_3)))
% 251.92/36.12 -> [23276] ~r(X10_382_3), r(skolem_Y1111(X10_382_3))
% 251.92/36.12 -> [23277] r(X10_382_3), ~r(skolem_Y1111(X10_382_3))
% 251.92/36.12
% 251.92/36.12 [23276] CLOSURE : ~r(X10_382_3)
% 251.92/36.12
% 251.92/36.12 [23277] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [24205] ~r(X8_404_4)
% 251.92/36.12
% 251.92/36.12 [24205] CLOSURE : ~r(X8_404_4)
% 251.92/36.12
% 251.92/36.12 [9256] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [9261] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [9261] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [10125] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [10125] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [10126] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [10126] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [10127] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [10128] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [10128] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [10127] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [39855] r(Y5_1280_1)
% 251.92/36.12
% 251.92/36.12 [39855] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [39911] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [39911] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [39912] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [39912] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [39913] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [39914] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [39913] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [40068] BETA_NOT_EQUIV : ~(r(X10_1039_3) <=> r(skolem_Y1111(X10_1039_3)))
% 251.92/36.12 -> [40907] ~r(X10_1039_3), r(skolem_Y1111(X10_1039_3))
% 251.92/36.12 -> [40908] r(X10_1039_3), ~r(skolem_Y1111(X10_1039_3))
% 251.92/36.12
% 251.92/36.12 [40907] CLOSURE : ~r(X10_1039_3)
% 251.92/36.12
% 251.92/36.12 [40908] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [41065] ~r(X8_1256_4)
% 251.92/36.12
% 251.92/36.12 [41065] CLOSURE : ~r(X8_1256_4)
% 251.92/36.12
% 251.92/36.12 [9239] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [9638] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [9639] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [9639] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [9644] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [9644] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [18300] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [18300] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [19151] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [19151] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [19154] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [19154] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [19155] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [19156] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [19156] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [19155] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [24216] r(skolem_Y1111(X10_486_3))
% 251.92/36.12
% 251.92/36.12 [24216] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [24464] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [24464] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.12 -> [24465] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12
% 251.92/36.12 [24465] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.12 -> [24466] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.12 -> [24467] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [24467] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [24466] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [25699] ~! [Y11_11] : ((r(X10_486_3) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [25699] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_486_3) <=> r(Y11_11)))
% 251.92/36.12 -> [25700] ~(r(X10_486_3) <=> r(skolem_Y1111(X10_486_3)))
% 251.92/36.12
% 251.92/36.12 [25700] BETA_NOT_EQUIV : ~(r(X10_486_3) <=> r(skolem_Y1111(X10_486_3)))
% 251.92/36.12 -> [25701] ~r(X10_486_3), r(skolem_Y1111(X10_486_3))
% 251.92/36.12 -> [25702] r(X10_486_3), ~r(skolem_Y1111(X10_486_3))
% 251.92/36.12
% 251.92/36.12 [25702] CLOSURE : ~r(skolem_Y1111(X10_486_3))
% 251.92/36.12
% 251.92/36.12 [25701] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [26390] ~r(X8_536_4)
% 251.92/36.12
% 251.92/36.12 [26390] CLOSURE : ~r(X8_536_4)
% 251.92/36.12
% 251.92/36.12 [9638] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [10108] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [10108] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [10109] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [10109] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [10110] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [10111] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [10111] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [10110] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [18988] r(Y5_790_1)
% 251.92/36.12
% 251.92/36.12 [18988] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [19626] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [19626] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.12 -> [19627] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12
% 251.92/36.12 [19627] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.12 -> [19628] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.12 -> [19629] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [19628] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [20558] BETA_NOT_EQUIV : ~(r(X10_274_3) <=> r(skolem_Y1111(X10_274_3)))
% 251.92/36.12 -> [42069] ~r(X10_274_3), r(skolem_Y1111(X10_274_3))
% 251.92/36.12 -> [42070] r(X10_274_3), ~r(skolem_Y1111(X10_274_3))
% 251.92/36.12
% 251.92/36.12 [42069] CLOSURE : ~r(X10_274_3)
% 251.92/36.12
% 251.92/36.12 [42070] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [42558] ~r(X8_1374_4)
% 251.92/36.12
% 251.92/36.12 [42558] CLOSURE : ~r(X8_1374_4)
% 251.92/36.12
% 251.92/36.12 [43] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.12 -> [100] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12
% 251.92/36.12 [100] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.12 -> [112] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.12 -> [113] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.12
% 251.92/36.12 [113] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.12 -> [126] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12
% 251.92/36.12 [126] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.12 -> [129] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [130] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.12
% 251.92/36.12 [130] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.12 -> [141] r(skolem_X88)
% 251.92/36.12
% 251.92/36.12 [141] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.12 -> [762] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [763] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12
% 251.92/36.12 [763] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.12 -> [843] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [844] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.12
% 251.92/36.12 [843] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [1031] ~p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [1031] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [1725] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [1726] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [1725] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [1936] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [1937] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [1936] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [2166] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [2166] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [2167] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [2167] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [2168] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [2169] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [2169] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [2168] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [3701] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [3701] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [6708] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [6708] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12 -> [6709] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.12 -> [6710] q(skolem_X66), q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [6709] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [6907] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_67_3))
% 251.92/36.12 -> [9799] ~r(skolem_X1010), ~r(Y11_67_3)
% 251.92/36.12 -> [9800] r(skolem_X1010), r(Y11_67_3)
% 251.92/36.12
% 251.92/36.12 [9799] CLOSURE : ~r(Y11_67_3)
% 251.92/36.12
% 251.92/36.12 [9800] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [16134] s(Y9_77_4)
% 251.92/36.12
% 251.92/36.12 [16134] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [16863] ~s(X12_62_5)
% 251.92/36.12
% 251.92/36.12 [16863] CLOSURE : ~s(X12_62_5)
% 251.92/36.12
% 251.92/36.12 [1937] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [1940] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [1940] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [2452] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [2452] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [3269] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [3269] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [3271] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [3271] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [3272] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [3273] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [3273] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [3272] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [29401] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [29401] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [29434] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [29434] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.12 -> [29435] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.12 -> [29436] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [29436] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [29435] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [29516] (r(skolem_X1010) <=> r(Y11_662_3))
% 251.92/36.12
% 251.92/36.12 [29516] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_662_3))
% 251.92/36.12 -> [29517] ~r(skolem_X1010), ~r(Y11_662_3)
% 251.92/36.12 -> [29518] r(skolem_X1010), r(Y11_662_3)
% 251.92/36.12
% 251.92/36.12 [29517] CLOSURE : ~r(Y11_662_3)
% 251.92/36.12
% 251.92/36.12 [29518] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [29533] s(Y9_356_4)
% 251.92/36.12
% 251.92/36.12 [29533] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [29545] ~s(X12_361_5)
% 251.92/36.12
% 251.92/36.12 [29545] CLOSURE : ~s(X12_361_5)
% 251.92/36.12
% 251.92/36.12 [1726] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [1731] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [1731] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [1732] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [1733] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [1733] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [1739] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [1739] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [2185] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [2185] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [2186] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [2186] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [2187] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [2188] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [2188] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [2187] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [27968] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [27968] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [28056] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [28056] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12 -> [28057] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.12 -> [28058] q(skolem_X66), q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [28057] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [28160] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_623_3))
% 251.92/36.12 -> [28450] ~r(skolem_X1010), ~r(Y11_623_3)
% 251.92/36.12 -> [28451] r(skolem_X1010), r(Y11_623_3)
% 251.92/36.12
% 251.92/36.12 [28451] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [28524] s(Y9_340_4)
% 251.92/36.12
% 251.92/36.12 [28524] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [28620] ~s(X12_331_5)
% 251.92/36.12
% 251.92/36.12 [28620] CLOSURE : ~s(X12_331_5)
% 251.92/36.12
% 251.92/36.12 [28450] CLOSURE : ~r(Y11_623_3)
% 251.92/36.12
% 251.92/36.12 [1732] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [1954] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [1954] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [2691] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [2691] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.12 -> [2696] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12
% 251.92/36.12 [2696] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.12 -> [2698] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.12 -> [2699] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.12
% 251.92/36.12 [2699] CLOSURE : p(skolem_Y1313)
% 251.92/36.12
% 251.92/36.12 [2698] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [13859] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [13859] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [15211] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [15211] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.12 -> [15212] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.12 -> [15213] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [15213] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [15212] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [40254] (r(skolem_X1010) <=> r(Y11_1118_3))
% 251.92/36.12
% 251.92/36.12 [40254] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1118_3))
% 251.92/36.12 -> [40257] ~r(skolem_X1010), ~r(Y11_1118_3)
% 251.92/36.12 -> [40258] r(skolem_X1010), r(Y11_1118_3)
% 251.92/36.12
% 251.92/36.12 [40257] CLOSURE : ~r(Y11_1118_3)
% 251.92/36.12
% 251.92/36.12 [40258] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [40366] s(Y9_637_4)
% 251.92/36.12
% 251.92/36.12 [40366] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [40702] ~s(X12_661_5)
% 251.92/36.12
% 251.92/36.12 [40702] CLOSURE : ~s(X12_661_5)
% 251.92/36.12
% 251.92/36.12 [844] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [855] s(skolem_X1212)
% 251.92/36.12
% 251.92/36.12 [855] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [1286] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [1287] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [1287] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [1307] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [1307] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [1312] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [1313] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [1312] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [1565] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [1565] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [2230] ~! [Y3_3] : ((p(X2_68_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [2230] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_68_0) <=> p(Y3_3)))
% 251.92/36.12 -> [2231] ~(p(X2_68_0) <=> p(skolem_Y33(X2_68_0)))
% 251.92/36.12
% 251.92/36.12 [2231] BETA_NOT_EQUIV : ~(p(X2_68_0) <=> p(skolem_Y33(X2_68_0)))
% 251.92/36.12 -> [2232] ~p(X2_68_0), p(skolem_Y33(X2_68_0))
% 251.92/36.12 -> [2233] p(X2_68_0), ~p(skolem_Y33(X2_68_0))
% 251.92/36.12
% 251.92/36.12 [2233] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [3869] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [3869] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [7688] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [7688] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.12 -> [7689] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.12 -> [7690] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [7690] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [7689] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [14854] (r(skolem_X1010) <=> r(Y11_196_3))
% 251.92/36.12
% 251.92/36.12 [14854] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_196_3))
% 251.92/36.12 -> [14855] ~r(skolem_X1010), ~r(Y11_196_3)
% 251.92/36.12 -> [14856] r(skolem_X1010), r(Y11_196_3)
% 251.92/36.12
% 251.92/36.12 [14855] CLOSURE : ~r(Y11_196_3)
% 251.92/36.12
% 251.92/36.12 [14856] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [15975] s(Y9_74_4)
% 251.92/36.12
% 251.92/36.12 [15975] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [16708] p(Y13_41_5)
% 251.92/36.12
% 251.92/36.12 [16708] CLOSURE : p(Y13_41_5)
% 251.92/36.12
% 251.92/36.12 [2232] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [3862] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [3862] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [7629] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [7629] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12 -> [7630] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.12 -> [7631] q(skolem_X66), q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [7630] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [7631] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [37009] (r(skolem_X1010) <=> r(Y11_959_3))
% 251.92/36.12
% 251.92/36.12 [37009] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_959_3))
% 251.92/36.12 -> [37011] ~r(skolem_X1010), ~r(Y11_959_3)
% 251.92/36.12 -> [37012] r(skolem_X1010), r(Y11_959_3)
% 251.92/36.12
% 251.92/36.12 [37012] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [37208] s(Y9_556_4)
% 251.92/36.12
% 251.92/36.12 [37208] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [37234] p(Y13_492_5)
% 251.92/36.12
% 251.92/36.12 [37234] CLOSURE : p(Y13_492_5)
% 251.92/36.12
% 251.92/36.12 [37011] CLOSURE : ~r(Y11_959_3)
% 251.92/36.12
% 251.92/36.12 [1313] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [1319] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [1319] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [2033] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [2033] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [2034] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [2034] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [2035] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [2036] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [2035] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [2036] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [3038] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [3038] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [3874] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [3874] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12 -> [3875] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.12 -> [3876] q(skolem_X66), q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [3875] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [21039] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_382_3))
% 251.92/36.12 -> [38448] ~r(skolem_X1010), ~r(Y11_382_3)
% 251.92/36.12 -> [38449] r(skolem_X1010), r(Y11_382_3)
% 251.92/36.12
% 251.92/36.12 [38449] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [38503] s(Y9_600_4)
% 251.92/36.12
% 251.92/36.12 [38503] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [38525] p(Y13_537_5)
% 251.92/36.12
% 251.92/36.12 [38525] CLOSURE : p(Y13_537_5)
% 251.92/36.12
% 251.92/36.12 [38448] CLOSURE : ~r(Y11_382_3)
% 251.92/36.12
% 251.92/36.12 [1286] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [1542] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [1543] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [1543] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [1550] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [1550] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [1998] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [1998] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [2731] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [2731] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [2732] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [2732] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [2733] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [2734] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [2733] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [2734] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [6630] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [6630] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [8356] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.12
% 251.92/36.12 [8356] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.12 -> [8361] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.12 -> [8362] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [8362] CLOSURE : q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [8361] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [35185] (r(skolem_X1010) <=> r(Y11_876_3))
% 251.92/36.12
% 251.92/36.12 [35185] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_876_3))
% 251.92/36.12 -> [35186] ~r(skolem_X1010), ~r(Y11_876_3)
% 251.92/36.12 -> [35187] r(skolem_X1010), r(Y11_876_3)
% 251.92/36.12
% 251.92/36.12 [35186] CLOSURE : ~r(Y11_876_3)
% 251.92/36.12
% 251.92/36.12 [35187] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [35204] s(Y9_488_4)
% 251.92/36.12
% 251.92/36.12 [35204] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [35207] p(Y13_430_5)
% 251.92/36.12
% 251.92/36.12 [35207] CLOSURE : p(Y13_430_5)
% 251.92/36.12
% 251.92/36.12 [1542] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [1750] ~! [Y3_3] : ((p(X2_40_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [1750] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_40_0) <=> p(Y3_3)))
% 251.92/36.12 -> [1751] ~(p(X2_40_0) <=> p(skolem_Y33(X2_40_0)))
% 251.92/36.12
% 251.92/36.12 [1751] BETA_NOT_EQUIV : ~(p(X2_40_0) <=> p(skolem_Y33(X2_40_0)))
% 251.92/36.12 -> [1752] ~p(X2_40_0), p(skolem_Y33(X2_40_0))
% 251.92/36.12 -> [1753] p(X2_40_0), ~p(skolem_Y33(X2_40_0))
% 251.92/36.12
% 251.92/36.12 [1752] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [16055] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [16055] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [16853] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [16853] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12 -> [16854] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.12 -> [16855] q(skolem_X66), q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [16854] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [17678] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_270_3))
% 251.92/36.12 -> [19636] ~r(skolem_X1010), ~r(Y11_270_3)
% 251.92/36.12 -> [19637] r(skolem_X1010), r(Y11_270_3)
% 251.92/36.12
% 251.92/36.12 [19637] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [20053] s(Y9_126_4)
% 251.92/36.12
% 251.92/36.12 [20053] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [20530] p(Y13_78_5)
% 251.92/36.12
% 251.92/36.12 [20530] CLOSURE : p(Y13_78_5)
% 251.92/36.12
% 251.92/36.12 [19636] CLOSURE : ~r(Y11_270_3)
% 251.92/36.12
% 251.92/36.12 [1753] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [19600] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [19600] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [40927] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [40927] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12 -> [40928] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.12 -> [40929] q(skolem_X66), q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [40928] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [40983] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1138_3))
% 251.92/36.12 -> [41078] ~r(skolem_X1010), ~r(Y11_1138_3)
% 251.92/36.12 -> [41079] r(skolem_X1010), r(Y11_1138_3)
% 251.92/36.12
% 251.92/36.12 [41079] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [41100] s(Y9_651_4)
% 251.92/36.12
% 251.92/36.12 [41100] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [41175] p(Y13_607_5)
% 251.92/36.12
% 251.92/36.12 [41175] CLOSURE : p(Y13_607_5)
% 251.92/36.12
% 251.92/36.12 [41078] CLOSURE : ~r(Y11_1138_3)
% 251.92/36.12
% 251.92/36.12 [762] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.12 -> [833] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.12 -> [834] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.12
% 251.92/36.12 [833] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.12 -> [988] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [989] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12
% 251.92/36.12 [989] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.12 -> [991] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.12
% 251.92/36.12 [991] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.12 -> [994] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [995] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12
% 251.92/36.12 [995] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.12 -> [1001] p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [1001] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.12 -> [1501] ~q(skolem_Y1717)
% 251.92/36.12
% 251.92/36.12 [1501] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [4151] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [4151] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.12 -> [4152] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12
% 251.92/36.12 [4152] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.12 -> [4154] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.12 -> [4155] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.12
% 251.92/36.12 [4154] CLOSURE : ~p(skolem_X1616)
% 251.92/36.12
% 251.92/36.12 [4155] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [4653] r(skolem_X1010)
% 251.92/36.12
% 251.92/36.12 [4653] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.12 -> [5068] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12
% 251.92/36.12 [5068] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.12 -> [5071] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.12 -> [5072] q(skolem_X66), q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [5071] CLOSURE : ~q(skolem_X44)
% 251.92/36.12
% 251.92/36.12 [5072] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.12 -> [6961] (r(skolem_X1010) <=> r(Y11_68_3))
% 251.92/36.12
% 251.92/36.12 [6961] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_68_3))
% 251.92/36.12 -> [6962] ~r(skolem_X1010), ~r(Y11_68_3)
% 251.92/36.12 -> [6963] r(skolem_X1010), r(Y11_68_3)
% 251.92/36.12
% 251.92/36.12 [6962] CLOSURE : ~r(Y11_68_3)
% 251.92/36.12
% 251.92/36.12 [6963] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.12 -> [7872] s(Y9_28_4)
% 251.92/36.12
% 251.92/36.12 [7872] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.12 -> [8830] ~s(X12_24_5)
% 251.92/36.12
% 251.92/36.12 [8830] CLOSURE : ~s(X12_24_5)
% 251.92/36.12
% 251.92/36.12 [994] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.12 -> [1235] ~! [Y3_3] : ((p(X2_25_0) <=> p(Y3_3)))
% 251.92/36.12
% 251.92/36.12 [1235] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_25_0) <=> p(Y3_3)))
% 251.92/36.12 -> [1236] ~(p(X2_25_0) <=> p(skolem_Y33(X2_25_0)))
% 251.92/36.12
% 251.92/36.12 [1236] BETA_NOT_EQUIV : ~(p(X2_25_0) <=> p(skolem_Y33(X2_25_0)))
% 251.92/36.12 -> [1237] ~p(X2_25_0), p(skolem_Y33(X2_25_0))
% 251.92/36.12 -> [1238] p(X2_25_0), ~p(skolem_Y33(X2_25_0))
% 251.92/36.12
% 251.92/36.12 [1238] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.12 -> [2134] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [2134] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [4272] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [4272] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [4273] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [4274] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [4273] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [4527] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_32_3))
% 251.92/36.13 -> [5587] ~r(skolem_X1010), ~r(Y11_32_3)
% 251.92/36.13 -> [5588] r(skolem_X1010), r(Y11_32_3)
% 251.92/36.13
% 251.92/36.13 [5588] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [5897] s(Y9_21_4)
% 251.92/36.13
% 251.92/36.13 [5897] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [6203] ~s(X12_19_5)
% 251.92/36.13
% 251.92/36.13 [6203] CLOSURE : ~s(X12_19_5)
% 251.92/36.13
% 251.92/36.13 [5587] CLOSURE : ~r(Y11_32_3)
% 251.92/36.13
% 251.92/36.13 [1237] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [4139] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [4139] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [4352] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [4352] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [4354] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [4355] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [4354] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [4627] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_36_3))
% 251.92/36.13 -> [5713] ~r(skolem_X1010), ~r(Y11_36_3)
% 251.92/36.13 -> [5714] r(skolem_X1010), r(Y11_36_3)
% 251.92/36.13
% 251.92/36.13 [5714] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [6024] s(Y9_22_4)
% 251.92/36.13
% 251.92/36.13 [6024] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [6304] ~s(X12_20_5)
% 251.92/36.13
% 251.92/36.13 [6304] CLOSURE : ~s(X12_20_5)
% 251.92/36.13
% 251.92/36.13 [5713] CLOSURE : ~r(Y11_36_3)
% 251.92/36.13
% 251.92/36.13 [988] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [1222] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [1223] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [1222] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [1462] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [1462] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [2507] ~! [Y3_3] : ((p(X2_85_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [2507] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_85_0) <=> p(Y3_3)))
% 251.92/36.13 -> [2510] ~(p(X2_85_0) <=> p(skolem_Y33(X2_85_0)))
% 251.92/36.13
% 251.92/36.13 [2510] BETA_NOT_EQUIV : ~(p(X2_85_0) <=> p(skolem_Y33(X2_85_0)))
% 251.92/36.13 -> [2512] ~p(X2_85_0), p(skolem_Y33(X2_85_0))
% 251.92/36.13 -> [2513] p(X2_85_0), ~p(skolem_Y33(X2_85_0))
% 251.92/36.13
% 251.92/36.13 [2512] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [33404] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [33404] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [33448] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [33448] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [33449] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [33450] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [33450] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [33449] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [33617] (r(skolem_X1010) <=> r(Y11_833_3))
% 251.92/36.13
% 251.92/36.13 [33617] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_833_3))
% 251.92/36.13 -> [33618] ~r(skolem_X1010), ~r(Y11_833_3)
% 251.92/36.13 -> [33619] r(skolem_X1010), r(Y11_833_3)
% 251.92/36.13
% 251.92/36.13 [33618] CLOSURE : ~r(Y11_833_3)
% 251.92/36.13
% 251.92/36.13 [33619] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [33641] s(Y9_444_4)
% 251.92/36.13
% 251.92/36.13 [33641] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [33673] ~s(X12_467_5)
% 251.92/36.13
% 251.92/36.13 [33673] CLOSURE : ~s(X12_467_5)
% 251.92/36.13
% 251.92/36.13 [2513] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [5932] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [5932] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [12388] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [12388] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [12390] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [12391] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12391] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12390] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [38490] (r(skolem_X1010) <=> r(Y11_1052_3))
% 251.92/36.13
% 251.92/36.13 [38490] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1052_3))
% 251.92/36.13 -> [38491] ~r(skolem_X1010), ~r(Y11_1052_3)
% 251.92/36.13 -> [38492] r(skolem_X1010), r(Y11_1052_3)
% 251.92/36.13
% 251.92/36.13 [38491] CLOSURE : ~r(Y11_1052_3)
% 251.92/36.13
% 251.92/36.13 [38492] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [38524] s(Y9_601_4)
% 251.92/36.13
% 251.92/36.13 [38524] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [38557] ~s(X12_610_5)
% 251.92/36.13
% 251.92/36.13 [38557] CLOSURE : ~s(X12_610_5)
% 251.92/36.13
% 251.92/36.13 [1223] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [1224] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [1224] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [1714] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [1714] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [1716] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [1716] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [1718] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [1719] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [1718] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [1719] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [4249] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [4249] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [4501] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [4501] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [4504] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [4505] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [4504] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [4728] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_38_3))
% 251.92/36.13 -> [5854] ~r(skolem_X1010), ~r(Y11_38_3)
% 251.92/36.13 -> [5855] r(skolem_X1010), r(Y11_38_3)
% 251.92/36.13
% 251.92/36.13 [5854] CLOSURE : ~r(Y11_38_3)
% 251.92/36.13
% 251.92/36.13 [5855] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [6153] s(Y9_24_4)
% 251.92/36.13
% 251.92/36.13 [6153] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [40779] ~s(X12_662_5)
% 251.92/36.13
% 251.92/36.13 [40779] CLOSURE : ~s(X12_662_5)
% 251.92/36.13
% 251.92/36.13 [834] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [838] s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [838] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [1276] ~p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [1276] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [2162] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [2163] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [2162] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [7260] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [7261] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [7260] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [7530] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [7530] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [8608] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [8608] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [8609] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [8609] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [8610] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [8611] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [8611] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [8610] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [17765] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [17765] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [18485] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [18485] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [18486] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [18487] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [18487] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [18486] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [33196] (r(skolem_X1010) <=> r(Y11_825_3))
% 251.92/36.13
% 251.92/36.13 [33196] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_825_3))
% 251.92/36.13 -> [33197] ~r(skolem_X1010), ~r(Y11_825_3)
% 251.92/36.13 -> [33198] r(skolem_X1010), r(Y11_825_3)
% 251.92/36.13
% 251.92/36.13 [33197] CLOSURE : ~r(Y11_825_3)
% 251.92/36.13
% 251.92/36.13 [33198] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [33255] s(skolem_Y1515(skolem_X1212))
% 251.92/36.13
% 251.92/36.13 [33255] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [33293] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [33293] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.13 -> [33294] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.13
% 251.92/36.13 [33294] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.13 -> [33295] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.13 -> [33296] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.13
% 251.92/36.13 [33296] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.13
% 251.92/36.13 [33295] CLOSURE : ~s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [7261] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [7267] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [7267] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [8240] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [8240] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [8241] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [8241] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [8242] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [8243] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [8243] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [8242] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [39837] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [39837] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [39917] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [39917] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [39918] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [39919] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [39918] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [39968] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1104_3))
% 251.92/36.13 -> [40507] ~r(skolem_X1010), ~r(Y11_1104_3)
% 251.92/36.13 -> [40508] r(skolem_X1010), r(Y11_1104_3)
% 251.92/36.13
% 251.92/36.13 [40507] CLOSURE : ~r(Y11_1104_3)
% 251.92/36.13
% 251.92/36.13 [40508] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [40524] s(skolem_Y1515(skolem_X1212))
% 251.92/36.13
% 251.92/36.13 [40524] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [40544] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [40544] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.13 -> [40545] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.13
% 251.92/36.13 [40545] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.13 -> [40546] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.13 -> [40547] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.13
% 251.92/36.13 [40547] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.13
% 251.92/36.13 [40546] CLOSURE : ~s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [2163] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [2173] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [2173] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [2176] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [2177] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [2177] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [2182] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [2182] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [4394] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [4394] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [5130] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [5130] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [5131] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [5131] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [5132] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [5133] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [5133] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [5132] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [8834] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [8834] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [9786] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [9786] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [9787] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [9788] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [9788] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [9787] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [33272] (r(skolem_X1010) <=> r(Y11_829_3))
% 251.92/36.13
% 251.92/36.13 [33272] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_829_3))
% 251.92/36.13 -> [33273] ~r(skolem_X1010), ~r(Y11_829_3)
% 251.92/36.13 -> [33274] r(skolem_X1010), r(Y11_829_3)
% 251.92/36.13
% 251.92/36.13 [33273] CLOSURE : ~r(Y11_829_3)
% 251.92/36.13
% 251.92/36.13 [33274] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [33388] s(skolem_X1414)
% 251.92/36.13
% 251.92/36.13 [33388] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13 -> [33455] (s(skolem_X1414) <=> s(Y15_196_5))
% 251.92/36.13
% 251.92/36.13 [33455] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_196_5))
% 251.92/36.13 -> [33456] ~s(skolem_X1414), ~s(Y15_196_5)
% 251.92/36.13 -> [33457] s(skolem_X1414), s(Y15_196_5)
% 251.92/36.13
% 251.92/36.13 [33456] CLOSURE : ~s(Y15_196_5)
% 251.92/36.13
% 251.92/36.13 [33457] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [33608] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13
% 251.92/36.13 [33608] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [33609] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [33609] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [33610] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [33610] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [33611] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [33612] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [33611] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [33612] : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [34246] ! [Y5_5] : (r(Y5_5))
% 251.92/36.13
% 251.92/36.13 [34246] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [34247] r(Y5_1128_1)
% 251.92/36.13
% 251.92/36.13 [34247] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [34281] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13
% 251.92/36.13 [34281] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [34282] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [34282] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [34283] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [34284] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [34284] CLOSURE : q(skolem_X66)
% 251.92/36.13
% 251.92/36.13 [34283] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [2176] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [9720] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [9720] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [9721] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [9721] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [9723] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [9724] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [9724] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [9723] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [17102] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [17102] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [17863] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [17863] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [17864] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [17865] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [17864] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [18233] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_284_3))
% 251.92/36.13 -> [20734] ~r(skolem_X1010), ~r(Y11_284_3)
% 251.92/36.13 -> [20735] r(skolem_X1010), r(Y11_284_3)
% 251.92/36.13
% 251.92/36.13 [20734] CLOSURE : ~r(Y11_284_3)
% 251.92/36.13
% 251.92/36.13 [20735] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [41267] s(skolem_X1414)
% 251.92/36.13
% 251.92/36.13 [41267] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13 -> [41314] (s(skolem_X1414) <=> s(Y15_322_5))
% 251.92/36.13
% 251.92/36.13 [41314] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_322_5))
% 251.92/36.13 -> [41315] ~s(skolem_X1414), ~s(Y15_322_5)
% 251.92/36.13 -> [41316] s(skolem_X1414), s(Y15_322_5)
% 251.92/36.13
% 251.92/36.13 [41316] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [41403] ~p(X16_196_6)
% 251.92/36.13
% 251.92/36.13 [41403] CLOSURE : ~p(X16_196_6)
% 251.92/36.13
% 251.92/36.13 [41315] CLOSURE : ~s(Y15_322_5)
% 251.92/36.13
% 251.92/36.13 [129] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [233] ~s(skolem_Y99)
% 251.92/36.13
% 251.92/36.13 [233] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.13 -> [246] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [247] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13
% 251.92/36.13 [246] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.13 -> [3014] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [3015] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13
% 251.92/36.13 [3014] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [3675] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [3676] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [3675] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [4649] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [4650] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [4649] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [5305] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [5305] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [5306] ~! [Y3_3] : ((p(X2_194_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [5306] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_194_0) <=> p(Y3_3)))
% 251.92/36.13 -> [5307] ~(p(X2_194_0) <=> p(skolem_Y33(X2_194_0)))
% 251.92/36.13
% 251.92/36.13 [5307] BETA_NOT_EQUIV : ~(p(X2_194_0) <=> p(skolem_Y33(X2_194_0)))
% 251.92/36.13 -> [5308] ~p(X2_194_0), p(skolem_Y33(X2_194_0))
% 251.92/36.13 -> [5309] p(X2_194_0), ~p(skolem_Y33(X2_194_0))
% 251.92/36.13
% 251.92/36.13 [5309] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [29243] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [29243] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [29281] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [29281] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [29282] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [29283] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [29283] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [29282] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [29505] (r(skolem_X1010) <=> r(Y11_660_3))
% 251.92/36.13
% 251.92/36.13 [29505] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_660_3))
% 251.92/36.13 -> [29506] ~r(skolem_X1010), ~r(Y11_660_3)
% 251.92/36.13 -> [29507] r(skolem_X1010), r(Y11_660_3)
% 251.92/36.13
% 251.92/36.13 [29506] CLOSURE : ~r(Y11_660_3)
% 251.92/36.13
% 251.92/36.13 [29507] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [29521] ~r(X8_698_4)
% 251.92/36.13
% 251.92/36.13 [29521] CLOSURE : ~r(X8_698_4)
% 251.92/36.13
% 251.92/36.13 [5308] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [6870] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [6870] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [7397] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [7397] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [7398] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [7399] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [7399] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [7398] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [29910] (r(skolem_X1010) <=> r(Y11_675_3))
% 251.92/36.13
% 251.92/36.13 [29910] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_675_3))
% 251.92/36.13 -> [29911] ~r(skolem_X1010), ~r(Y11_675_3)
% 251.92/36.13 -> [29912] r(skolem_X1010), r(Y11_675_3)
% 251.92/36.13
% 251.92/36.13 [29911] CLOSURE : ~r(Y11_675_3)
% 251.92/36.13
% 251.92/36.13 [29912] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [29941] ~r(X8_724_4)
% 251.92/36.13
% 251.92/36.13 [29941] CLOSURE : ~r(X8_724_4)
% 251.92/36.13
% 251.92/36.13 [4650] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [4655] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [4655] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [6233] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [6233] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [6235] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [6235] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [6236] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [6237] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [6236] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [6237] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [6877] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [6877] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [7272] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [7272] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [7273] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [7274] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [7273] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [8557] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_78_3))
% 251.92/36.13 -> [32314] ~r(skolem_X1010), ~r(Y11_78_3)
% 251.92/36.13 -> [32315] r(skolem_X1010), r(Y11_78_3)
% 251.92/36.13
% 251.92/36.13 [32314] CLOSURE : ~r(Y11_78_3)
% 251.92/36.13
% 251.92/36.13 [32315] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [32449] ~r(X8_809_4)
% 251.92/36.13
% 251.92/36.13 [32449] CLOSURE : ~r(X8_809_4)
% 251.92/36.13
% 251.92/36.13 [3676] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [3681] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [3681] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [3682] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [3683] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [3683] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [3685] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [3685] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [5326] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [5326] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [6956] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [6956] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [6957] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [6957] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [6959] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [6960] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [6959] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [6960] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [14850] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [14850] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [15947] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [15947] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [15948] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [15949] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [15949] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [15948] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [23603] (r(skolem_X1010) <=> r(Y11_467_3))
% 251.92/36.13
% 251.92/36.13 [23603] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_467_3))
% 251.92/36.13 -> [23604] ~r(skolem_X1010), ~r(Y11_467_3)
% 251.92/36.13 -> [23605] r(skolem_X1010), r(Y11_467_3)
% 251.92/36.13
% 251.92/36.13 [23604] CLOSURE : ~r(Y11_467_3)
% 251.92/36.13
% 251.92/36.13 [23605] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [23956] ~r(X8_380_4)
% 251.92/36.13
% 251.92/36.13 [23956] CLOSURE : ~r(X8_380_4)
% 251.92/36.13
% 251.92/36.13 [3682] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [4660] ~! [Y3_3] : ((p(X2_168_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [4660] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_168_0) <=> p(Y3_3)))
% 251.92/36.13 -> [4661] ~(p(X2_168_0) <=> p(skolem_Y33(X2_168_0)))
% 251.92/36.13
% 251.92/36.13 [4661] BETA_NOT_EQUIV : ~(p(X2_168_0) <=> p(skolem_Y33(X2_168_0)))
% 251.92/36.13 -> [4662] ~p(X2_168_0), p(skolem_Y33(X2_168_0))
% 251.92/36.13 -> [4663] p(X2_168_0), ~p(skolem_Y33(X2_168_0))
% 251.92/36.13
% 251.92/36.13 [4662] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [13507] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [13507] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [14446] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [14446] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [14447] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [14448] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [14447] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [15792] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_217_3))
% 251.92/36.13 -> [18731] ~r(skolem_X1010), ~r(Y11_217_3)
% 251.92/36.13 -> [18732] r(skolem_X1010), r(Y11_217_3)
% 251.92/36.13
% 251.92/36.13 [18731] CLOSURE : ~r(Y11_217_3)
% 251.92/36.13
% 251.92/36.13 [18732] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [19731] ~r(X8_209_4)
% 251.92/36.13
% 251.92/36.13 [19731] CLOSURE : ~r(X8_209_4)
% 251.92/36.13
% 251.92/36.13 [4663] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [6920] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [6920] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [14335] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [14335] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [14336] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [14337] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [14336] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [15675] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_214_3))
% 251.92/36.13 -> [38176] ~r(skolem_X1010), ~r(Y11_214_3)
% 251.92/36.13 -> [38177] r(skolem_X1010), r(Y11_214_3)
% 251.92/36.13
% 251.92/36.13 [38176] CLOSURE : ~r(Y11_214_3)
% 251.92/36.13
% 251.92/36.13 [38177] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [38184] ~r(X8_1108_4)
% 251.92/36.13
% 251.92/36.13 [38184] CLOSURE : ~r(X8_1108_4)
% 251.92/36.13
% 251.92/36.13 [3015] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [3017] s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [3017] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [4671] ~p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [4671] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [6628] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [6629] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [6629] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [6701] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [6701] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [6703] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [6704] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [6703] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [7028] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [7028] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [7029] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [7029] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [7030] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [7031] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [7031] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [7030] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [21994] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [21994] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [22422] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [22422] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [22423] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [22424] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [22423] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [22918] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_436_3))
% 251.92/36.13 -> [23929] ~r(skolem_X1010), ~r(Y11_436_3)
% 251.92/36.13 -> [23930] r(skolem_X1010), r(Y11_436_3)
% 251.92/36.13
% 251.92/36.13 [23929] CLOSURE : ~r(Y11_436_3)
% 251.92/36.13
% 251.92/36.13 [23930] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [24181] ~r(X8_402_4)
% 251.92/36.13
% 251.92/36.13 [24181] CLOSURE : ~r(X8_402_4)
% 251.92/36.13
% 251.92/36.13 [6704] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [6707] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [6707] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [35401] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [35401] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [35421] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [35421] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [35422] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [35422] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [35423] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [35424] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [35424] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [35423] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [35459] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [35459] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [35469] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [35469] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [35470] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [35471] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [35471] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [35470] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [35493] (r(skolem_X1010) <=> r(Y11_890_3))
% 251.92/36.13
% 251.92/36.13 [35493] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_890_3))
% 251.92/36.13 -> [35494] ~r(skolem_X1010), ~r(Y11_890_3)
% 251.92/36.13 -> [35495] r(skolem_X1010), r(Y11_890_3)
% 251.92/36.13
% 251.92/36.13 [35494] CLOSURE : ~r(Y11_890_3)
% 251.92/36.13
% 251.92/36.13 [35495] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [35502] ~r(X8_939_4)
% 251.92/36.13
% 251.92/36.13 [35502] CLOSURE : ~r(X8_939_4)
% 251.92/36.13
% 251.92/36.13 [6628] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [7014] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [7015] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [7014] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [7559] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [7559] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [15506] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [15506] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [15507] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [15507] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [15508] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [15509] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [15509] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [15508] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [17663] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [17663] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [18382] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [18382] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [18383] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [18384] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [18384] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [18383] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [35799] (r(skolem_X1010) <=> r(Y11_900_3))
% 251.92/36.13
% 251.92/36.13 [35799] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_900_3))
% 251.92/36.13 -> [35800] ~r(skolem_X1010), ~r(Y11_900_3)
% 251.92/36.13 -> [35801] r(skolem_X1010), r(Y11_900_3)
% 251.92/36.13
% 251.92/36.13 [35800] CLOSURE : ~r(Y11_900_3)
% 251.92/36.13
% 251.92/36.13 [35801] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [35811] ~r(X8_962_4)
% 251.92/36.13
% 251.92/36.13 [35811] CLOSURE : ~r(X8_962_4)
% 251.92/36.13
% 251.92/36.13 [7015] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [7021] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [7021] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [14836] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [14836] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [14837] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [14837] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [14838] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [14839] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [14839] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [14838] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [37962] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [37962] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [38003] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [38003] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [38004] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [38005] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [38004] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [38126] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1035_3))
% 251.92/36.13 -> [38356] ~r(skolem_X1010), ~r(Y11_1035_3)
% 251.92/36.13 -> [38357] r(skolem_X1010), r(Y11_1035_3)
% 251.92/36.13
% 251.92/36.13 [38356] CLOSURE : ~r(Y11_1035_3)
% 251.92/36.13
% 251.92/36.13 [38357] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [38421] ~r(X8_1122_4)
% 251.92/36.13
% 251.92/36.13 [38421] CLOSURE : ~r(X8_1122_4)
% 251.92/36.13
% 251.92/36.13 [247] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.13 -> [2455] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [2456] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.13
% 251.92/36.13 [2455] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [10489] ~p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [10489] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [10490] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [10491] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [10490] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [10892] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [10893] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [10892] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [11377] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [11377] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [11378] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [11378] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [11379] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [11380] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [11380] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [11379] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [13776] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [13776] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [15047] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [15047] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [15048] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [15049] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [15048] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [16747] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_248_3))
% 251.92/36.13 -> [23169] ~r(skolem_X1010), ~r(Y11_248_3)
% 251.92/36.13 -> [23170] r(skolem_X1010), r(Y11_248_3)
% 251.92/36.13
% 251.92/36.13 [23169] CLOSURE : ~r(Y11_248_3)
% 251.92/36.13
% 251.92/36.13 [23170] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [23430] ~r(X8_343_4)
% 251.92/36.13
% 251.92/36.13 [23430] CLOSURE : ~r(X8_343_4)
% 251.92/36.13
% 251.92/36.13 [10893] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [10901] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [10901] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [12207] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12207] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [13422] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [13422] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [13423] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [13423] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [13424] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [13425] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [13425] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [13424] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [22917] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [22917] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [23271] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [23271] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [23272] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [23273] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [23273] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [23272] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [24496] (r(skolem_X1010) <=> r(Y11_516_3))
% 251.92/36.13
% 251.92/36.13 [24496] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_516_3))
% 251.92/36.13 -> [24497] ~r(skolem_X1010), ~r(Y11_516_3)
% 251.92/36.13 -> [24498] r(skolem_X1010), r(Y11_516_3)
% 251.92/36.13
% 251.92/36.13 [24497] CLOSURE : ~r(Y11_516_3)
% 251.92/36.13
% 251.92/36.13 [24498] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [24737] ~r(X8_439_4)
% 251.92/36.13
% 251.92/36.13 [24737] CLOSURE : ~r(X8_439_4)
% 251.92/36.13
% 251.92/36.13 [10491] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [10497] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [10497] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [10498] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [10499] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [10498] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [10911] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [10911] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [10912] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [10912] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [10913] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [10913] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [10914] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [10915] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [10915] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [10914] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [13434] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [13434] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [15463] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [15463] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [15467] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [15468] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [15468] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [15467] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [23347] (r(skolem_X1010) <=> r(Y11_456_3))
% 251.92/36.13
% 251.92/36.13 [23347] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_456_3))
% 251.92/36.13 -> [23348] ~r(skolem_X1010), ~r(Y11_456_3)
% 251.92/36.13 -> [23349] r(skolem_X1010), r(Y11_456_3)
% 251.92/36.13
% 251.92/36.13 [23348] CLOSURE : ~r(Y11_456_3)
% 251.92/36.13
% 251.92/36.13 [23349] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [23583] ~r(X8_358_4)
% 251.92/36.13
% 251.92/36.13 [23583] CLOSURE : ~r(X8_358_4)
% 251.92/36.13
% 251.92/36.13 [10499] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [10501] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [10501] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [11788] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [11788] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [11789] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [11789] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [11790] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [11791] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [11791] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [11790] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [38895] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [38895] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [38947] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [38947] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [38948] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [38949] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [38948] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [39057] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1068_3))
% 251.92/36.13 -> [39078] ~r(skolem_X1010), ~r(Y11_1068_3)
% 251.92/36.13 -> [39079] r(skolem_X1010), r(Y11_1068_3)
% 251.92/36.13
% 251.92/36.13 [39078] CLOSURE : ~r(Y11_1068_3)
% 251.92/36.13
% 251.92/36.13 [39079] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [39088] ~r(X8_1156_4)
% 251.92/36.13
% 251.92/36.13 [39088] CLOSURE : ~r(X8_1156_4)
% 251.92/36.13
% 251.92/36.13 [2456] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [2461] s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [2461] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [5561] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [5562] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [5561] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [6227] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [6228] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [6227] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [9297] ~! [Y3_3] : ((p(X2_381_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [9297] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_381_0) <=> p(Y3_3)))
% 251.92/36.13 -> [9298] ~(p(X2_381_0) <=> p(skolem_Y33(X2_381_0)))
% 251.92/36.13
% 251.92/36.13 [9298] BETA_NOT_EQUIV : ~(p(X2_381_0) <=> p(skolem_Y33(X2_381_0)))
% 251.92/36.13 -> [9299] ~p(X2_381_0), p(skolem_Y33(X2_381_0))
% 251.92/36.13 -> [9300] p(X2_381_0), ~p(skolem_Y33(X2_381_0))
% 251.92/36.13
% 251.92/36.13 [9299] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [21929] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [21929] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [22200] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [22200] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [22203] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [22204] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [22203] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [22443] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_412_3))
% 251.92/36.13 -> [23027] ~r(skolem_X1010), ~r(Y11_412_3)
% 251.92/36.13 -> [23028] r(skolem_X1010), r(Y11_412_3)
% 251.92/36.13
% 251.92/36.13 [23027] CLOSURE : ~r(Y11_412_3)
% 251.92/36.13
% 251.92/36.13 [23028] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [23142] ~r(X8_322_4)
% 251.92/36.13
% 251.92/36.13 [23142] CLOSURE : ~r(X8_322_4)
% 251.92/36.13
% 251.92/36.13 [9300] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [18891] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [18891] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [19632] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [19632] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [19633] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [19634] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [19633] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [20535] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_363_3))
% 251.92/36.13 -> [30185] ~r(skolem_X1010), ~r(Y11_363_3)
% 251.92/36.13 -> [30186] r(skolem_X1010), r(Y11_363_3)
% 251.92/36.13
% 251.92/36.13 [30185] CLOSURE : ~r(Y11_363_3)
% 251.92/36.13
% 251.92/36.13 [30186] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [30238] ~r(X8_737_4)
% 251.92/36.13
% 251.92/36.13 [30238] CLOSURE : ~r(X8_737_4)
% 251.92/36.13
% 251.92/36.13 [6228] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [6229] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [6229] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [32487] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [32487] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [32551] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [32551] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [32553] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [32553] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [32556] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [32557] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [32556] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [32557] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [32600] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [32600] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [32623] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [32623] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [32624] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [32625] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [32625] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [32624] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [32707] (r(skolem_X1010) <=> r(Y11_797_3))
% 251.92/36.13
% 251.92/36.13 [32707] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_797_3))
% 251.92/36.13 -> [32708] ~r(skolem_X1010), ~r(Y11_797_3)
% 251.92/36.13 -> [32709] r(skolem_X1010), r(Y11_797_3)
% 251.92/36.13
% 251.92/36.13 [32708] CLOSURE : ~r(Y11_797_3)
% 251.92/36.13
% 251.92/36.13 [32709] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [32714] ~r(X8_824_4)
% 251.92/36.13
% 251.92/36.13 [32714] CLOSURE : ~r(X8_824_4)
% 251.92/36.13
% 251.92/36.13 [5562] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [5568] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [5568] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [5569] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [5570] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [5570] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [5571] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [5571] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [14560] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [14560] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [14561] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [14561] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [14562] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [14563] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [14562] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [14563] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [16036] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [16036] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [17229] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [17229] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [17230] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [17231] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [17230] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [18150] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_279_3))
% 251.92/36.13 -> [21258] ~r(skolem_X1010), ~r(Y11_279_3)
% 251.92/36.13 -> [21259] r(skolem_X1010), r(Y11_279_3)
% 251.92/36.13
% 251.92/36.13 [21258] CLOSURE : ~r(Y11_279_3)
% 251.92/36.13
% 251.92/36.13 [21259] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [35564] ~r(X8_945_4)
% 251.92/36.13
% 251.92/36.13 [35564] CLOSURE : ~r(X8_945_4)
% 251.92/36.13
% 251.92/36.13 [5569] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [6234] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [6234] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [7845] ~! [Y3_3] : ((p(X2_301_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [7845] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_301_0) <=> p(Y3_3)))
% 251.92/36.13 -> [7847] ~(p(X2_301_0) <=> p(skolem_Y33(X2_301_0)))
% 251.92/36.13
% 251.92/36.13 [7847] BETA_NOT_EQUIV : ~(p(X2_301_0) <=> p(skolem_Y33(X2_301_0)))
% 251.92/36.13 -> [7849] ~p(X2_301_0), p(skolem_Y33(X2_301_0))
% 251.92/36.13 -> [7850] p(X2_301_0), ~p(skolem_Y33(X2_301_0))
% 251.92/36.13
% 251.92/36.13 [7850] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [9725] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [9725] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [11280] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [11280] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [11281] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [11282] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11281] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11282] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [39220] (r(skolem_X1010) <=> r(Y11_1074_3))
% 251.92/36.13
% 251.92/36.13 [39220] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1074_3))
% 251.92/36.13 -> [39223] ~r(skolem_X1010), ~r(Y11_1074_3)
% 251.92/36.13 -> [39224] r(skolem_X1010), r(Y11_1074_3)
% 251.92/36.13
% 251.92/36.13 [39223] CLOSURE : ~r(Y11_1074_3)
% 251.92/36.13
% 251.92/36.13 [39224] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [39310] ~r(X8_1177_4)
% 251.92/36.13
% 251.92/36.13 [39310] CLOSURE : ~r(X8_1177_4)
% 251.92/36.13
% 251.92/36.13 [7849] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [10628] r(skolem_X1010)
% 251.92/36.13
% 251.92/36.13 [10628] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [21073] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [21073] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [21074] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [21075] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [21074] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [21075] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.13 -> [42118] (r(skolem_X1010) <=> r(Y11_1177_3))
% 251.92/36.13
% 251.92/36.13 [42118] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1177_3))
% 251.92/36.13 -> [42119] ~r(skolem_X1010), ~r(Y11_1177_3)
% 251.92/36.13 -> [42120] r(skolem_X1010), r(Y11_1177_3)
% 251.92/36.13
% 251.92/36.13 [42119] CLOSURE : ~r(Y11_1177_3)
% 251.92/36.13
% 251.92/36.13 [42120] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [42169] ~r(X8_1333_4)
% 251.92/36.13
% 251.92/36.13 [42169] CLOSURE : ~r(X8_1333_4)
% 251.92/36.13
% 251.92/36.13 [112] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.13 -> [601] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [602] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.13
% 251.92/36.13 [601] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [1000] ~s(skolem_Y99)
% 251.92/36.13
% 251.92/36.13 [1000] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.13 -> [1002] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [1003] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13
% 251.92/36.13 [1002] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.13 -> [1416] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [1417] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13
% 251.92/36.13 [1416] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [1795] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [1796] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [1795] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [2503] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [2504] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [2504] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [2508] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [2508] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [4285] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [4285] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [4596] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [4596] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [4597] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [4597] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [4598] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [4599] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [4598] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [4599] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [4980] r(Y5_136_1)
% 251.92/36.13
% 251.92/36.13 [4980] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [5370] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [5370] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [5372] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [5373] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [5373] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [5372] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [16932] ~! [Y11_11] : ((r(X10_163_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [16932] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_163_3) <=> r(Y11_11)))
% 251.92/36.13 -> [16934] ~(r(X10_163_3) <=> r(skolem_Y1111(X10_163_3)))
% 251.92/36.13
% 251.92/36.13 [16934] BETA_NOT_EQUIV : ~(r(X10_163_3) <=> r(skolem_Y1111(X10_163_3)))
% 251.92/36.13 -> [16937] ~r(X10_163_3), r(skolem_Y1111(X10_163_3))
% 251.92/36.13 -> [16938] r(X10_163_3), ~r(skolem_Y1111(X10_163_3))
% 251.92/36.13
% 251.92/36.13 [16937] CLOSURE : ~r(X10_163_3)
% 251.92/36.13
% 251.92/36.13 [16938] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [21824] ~r(X8_273_4)
% 251.92/36.13
% 251.92/36.13 [21824] CLOSURE : ~r(X8_273_4)
% 251.92/36.13
% 251.92/36.13 [2503] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [3315] ~! [Y3_3] : ((p(X2_111_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [3315] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_111_0) <=> p(Y3_3)))
% 251.92/36.13 -> [3316] ~(p(X2_111_0) <=> p(skolem_Y33(X2_111_0)))
% 251.92/36.13
% 251.92/36.13 [3316] BETA_NOT_EQUIV : ~(p(X2_111_0) <=> p(skolem_Y33(X2_111_0)))
% 251.92/36.13 -> [3317] ~p(X2_111_0), p(skolem_Y33(X2_111_0))
% 251.92/36.13 -> [3318] p(X2_111_0), ~p(skolem_Y33(X2_111_0))
% 251.92/36.13
% 251.92/36.13 [3317] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [4920] r(Y5_135_1)
% 251.92/36.13
% 251.92/36.13 [4920] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [5501] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [5501] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [5502] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [5503] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [5502] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [5503] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [6223] ~! [Y11_11] : ((r(X10_27_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [6223] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_27_3) <=> r(Y11_11)))
% 251.92/36.13 -> [6224] ~(r(X10_27_3) <=> r(skolem_Y1111(X10_27_3)))
% 251.92/36.13
% 251.92/36.13 [6224] BETA_NOT_EQUIV : ~(r(X10_27_3) <=> r(skolem_Y1111(X10_27_3)))
% 251.92/36.13 -> [6225] ~r(X10_27_3), r(skolem_Y1111(X10_27_3))
% 251.92/36.13 -> [6226] r(X10_27_3), ~r(skolem_Y1111(X10_27_3))
% 251.92/36.13
% 251.92/36.13 [6225] CLOSURE : ~r(X10_27_3)
% 251.92/36.13
% 251.92/36.13 [6226] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [27604] ~r(X8_587_4)
% 251.92/36.13
% 251.92/36.13 [27604] CLOSURE : ~r(X8_587_4)
% 251.92/36.13
% 251.92/36.13 [3318] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [4814] r(skolem_Y1111(X10_37_3))
% 251.92/36.13
% 251.92/36.13 [4814] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [6217] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [6217] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [6219] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [6220] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [6219] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [6917] BETA_NOT_EQUIV : ~(r(X10_37_3) <=> r(skolem_Y1111(X10_37_3)))
% 251.92/36.13 -> [13699] ~r(X10_37_3), r(skolem_Y1111(X10_37_3))
% 251.92/36.13 -> [13700] r(X10_37_3), ~r(skolem_Y1111(X10_37_3))
% 251.92/36.13
% 251.92/36.13 [13700] CLOSURE : ~r(skolem_Y1111(X10_37_3))
% 251.92/36.13
% 251.92/36.13 [13699] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [33499] ~r(X8_864_4)
% 251.92/36.13
% 251.92/36.13 [33499] CLOSURE : ~r(X8_864_4)
% 251.92/36.13
% 251.92/36.13 [1796] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [1802] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [1802] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [1803] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [1804] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [1804] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [1805] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [1805] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [5227] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [5227] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [5228] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [5228] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [5229] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [5230] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [5229] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [5230] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [13384] r(Y5_526_1)
% 251.92/36.13
% 251.92/36.13 [13384] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [34337] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [34337] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [34338] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [34339] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [34338] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [34339] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [34394] ~! [Y11_11] : ((r(X10_807_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [34394] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_807_3) <=> r(Y11_11)))
% 251.92/36.13 -> [34395] ~(r(X10_807_3) <=> r(skolem_Y1111(X10_807_3)))
% 251.92/36.13
% 251.92/36.13 [34395] BETA_NOT_EQUIV : ~(r(X10_807_3) <=> r(skolem_Y1111(X10_807_3)))
% 251.92/36.13 -> [34396] ~r(X10_807_3), r(skolem_Y1111(X10_807_3))
% 251.92/36.13 -> [34397] r(X10_807_3), ~r(skolem_Y1111(X10_807_3))
% 251.92/36.13
% 251.92/36.13 [34396] CLOSURE : ~r(X10_807_3)
% 251.92/36.13
% 251.92/36.13 [34397] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [34559] ~r(X8_902_4)
% 251.92/36.13
% 251.92/36.13 [34559] CLOSURE : ~r(X8_902_4)
% 251.92/36.13
% 251.92/36.13 [1803] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [2509] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [2509] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [2515] ~! [Y3_3] : ((p(X2_86_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [2515] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_86_0) <=> p(Y3_3)))
% 251.92/36.13 -> [2516] ~(p(X2_86_0) <=> p(skolem_Y33(X2_86_0)))
% 251.92/36.13
% 251.92/36.13 [2516] BETA_NOT_EQUIV : ~(p(X2_86_0) <=> p(skolem_Y33(X2_86_0)))
% 251.92/36.13 -> [2517] ~p(X2_86_0), p(skolem_Y33(X2_86_0))
% 251.92/36.13 -> [2518] p(X2_86_0), ~p(skolem_Y33(X2_86_0))
% 251.92/36.13
% 251.92/36.13 [2517] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [20097] r(skolem_Y1111(X10_483_3))
% 251.92/36.13
% 251.92/36.13 [20097] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [24774] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [24774] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [24775] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [24776] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [24776] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [24775] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [25622] ~! [Y11_11] : ((r(X10_483_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [25622] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_483_3) <=> r(Y11_11)))
% 251.92/36.13 -> [25623] ~(r(X10_483_3) <=> r(skolem_Y1111(X10_483_3)))
% 251.92/36.13
% 251.92/36.13 [25623] BETA_NOT_EQUIV : ~(r(X10_483_3) <=> r(skolem_Y1111(X10_483_3)))
% 251.92/36.13 -> [25624] ~r(X10_483_3), r(skolem_Y1111(X10_483_3))
% 251.92/36.13 -> [25625] r(X10_483_3), ~r(skolem_Y1111(X10_483_3))
% 251.92/36.13
% 251.92/36.13 [25625] CLOSURE : ~r(skolem_Y1111(X10_483_3))
% 251.92/36.13
% 251.92/36.13 [25624] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [26345] ~r(X8_533_4)
% 251.92/36.13
% 251.92/36.13 [26345] CLOSURE : ~r(X8_533_4)
% 251.92/36.13
% 251.92/36.13 [2518] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [11582] r(skolem_Y1111(X10_192_3))
% 251.92/36.13
% 251.92/36.13 [11582] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [12488] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [12488] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [12491] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [12492] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12492] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12491] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [17886] ~! [Y11_11] : ((r(X10_192_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [17886] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_192_3) <=> r(Y11_11)))
% 251.92/36.13 -> [17887] ~(r(X10_192_3) <=> r(skolem_Y1111(X10_192_3)))
% 251.92/36.13
% 251.92/36.13 [17887] BETA_NOT_EQUIV : ~(r(X10_192_3) <=> r(skolem_Y1111(X10_192_3)))
% 251.92/36.13 -> [17888] ~r(X10_192_3), r(skolem_Y1111(X10_192_3))
% 251.92/36.13 -> [17889] r(X10_192_3), ~r(skolem_Y1111(X10_192_3))
% 251.92/36.13
% 251.92/36.13 [17889] CLOSURE : ~r(skolem_Y1111(X10_192_3))
% 251.92/36.13
% 251.92/36.13 [17888] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [35757] ~r(X8_957_4)
% 251.92/36.13
% 251.92/36.13 [35757] CLOSURE : ~r(X8_957_4)
% 251.92/36.13
% 251.92/36.13 [1417] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [1422] s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [1422] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [2529] ~p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [2529] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [6199] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [6200] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [6199] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [12661] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [12662] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [12662] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [12664] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [12664] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [14153] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [14153] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [15050] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [15050] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [15052] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [15052] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [15053] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [15054] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [15054] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [15053] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [37684] r(Y5_1208_1)
% 251.92/36.13
% 251.92/36.13 [37684] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [37712] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [37712] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [37713] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [37714] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [37714] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [37713] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [37757] ~! [Y11_11] : ((r(X10_935_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [37757] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_935_3) <=> r(Y11_11)))
% 251.92/36.13 -> [37758] ~(r(X10_935_3) <=> r(skolem_Y1111(X10_935_3)))
% 251.92/36.13
% 251.92/36.13 [37758] BETA_NOT_EQUIV : ~(r(X10_935_3) <=> r(skolem_Y1111(X10_935_3)))
% 251.92/36.13 -> [37759] ~r(X10_935_3), r(skolem_Y1111(X10_935_3))
% 251.92/36.13 -> [37760] r(X10_935_3), ~r(skolem_Y1111(X10_935_3))
% 251.92/36.13
% 251.92/36.13 [37759] CLOSURE : ~r(X10_935_3)
% 251.92/36.13
% 251.92/36.13 [37760] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [37797] ~r(X8_1071_4)
% 251.92/36.13
% 251.92/36.13 [37797] CLOSURE : ~r(X8_1071_4)
% 251.92/36.13
% 251.92/36.13 [12661] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [13124] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [13124] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [13130] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [13130] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [13133] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [13134] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [13134] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [13133] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [15046] r(Y5_597_1)
% 251.92/36.13
% 251.92/36.13 [15046] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [16219] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [16219] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [16221] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [16222] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [16221] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [37544] BETA_NOT_EQUIV : ~(r(X10_930_3) <=> r(skolem_Y1111(X10_930_3)))
% 251.92/36.13 -> [37935] ~r(X10_930_3), r(skolem_Y1111(X10_930_3))
% 251.92/36.13 -> [37936] r(X10_930_3), ~r(skolem_Y1111(X10_930_3))
% 251.92/36.13
% 251.92/36.13 [37935] CLOSURE : ~r(X10_930_3)
% 251.92/36.13
% 251.92/36.13 [37936] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [37967] ~r(X8_1093_4)
% 251.92/36.13
% 251.92/36.13 [37967] CLOSURE : ~r(X8_1093_4)
% 251.92/36.13
% 251.92/36.13 [6200] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [6209] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [6209] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [6211] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [6212] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [6212] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [6214] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [6214] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [13203] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [13203] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [13204] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [13204] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [13205] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [13206] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [13206] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [13205] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [37365] r(Y5_1198_1)
% 251.92/36.13
% 251.92/36.13 [37365] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [37473] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [37473] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [37474] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [37475] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [37474] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [37475] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [37642] ~! [Y11_11] : ((r(X10_934_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [37642] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_934_3) <=> r(Y11_11)))
% 251.92/36.13 -> [37643] ~(r(X10_934_3) <=> r(skolem_Y1111(X10_934_3)))
% 251.92/36.13
% 251.92/36.13 [37643] BETA_NOT_EQUIV : ~(r(X10_934_3) <=> r(skolem_Y1111(X10_934_3)))
% 251.92/36.13 -> [37646] ~r(X10_934_3), r(skolem_Y1111(X10_934_3))
% 251.92/36.13 -> [37647] r(X10_934_3), ~r(skolem_Y1111(X10_934_3))
% 251.92/36.13
% 251.92/36.13 [37646] CLOSURE : ~r(X10_934_3)
% 251.92/36.13
% 251.92/36.13 [37647] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [37922] ~r(X8_1086_4)
% 251.92/36.13
% 251.92/36.13 [37922] CLOSURE : ~r(X8_1086_4)
% 251.92/36.13
% 251.92/36.13 [6211] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [12685] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12685] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [13380] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [13380] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [13385] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [13385] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [13386] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [13387] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [13387] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [13386] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [15736] r(Y5_631_1)
% 251.92/36.13
% 251.92/36.13 [15736] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [16860] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [16860] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [16861] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [16862] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [16862] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [16861] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [20985] ~! [Y11_11] : ((r(X10_292_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [20985] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_292_3) <=> r(Y11_11)))
% 251.92/36.13 -> [20986] ~(r(X10_292_3) <=> r(skolem_Y1111(X10_292_3)))
% 251.92/36.13
% 251.92/36.13 [20986] BETA_NOT_EQUIV : ~(r(X10_292_3) <=> r(skolem_Y1111(X10_292_3)))
% 251.92/36.13 -> [20987] ~r(X10_292_3), r(skolem_Y1111(X10_292_3))
% 251.92/36.13 -> [20988] r(X10_292_3), ~r(skolem_Y1111(X10_292_3))
% 251.92/36.13
% 251.92/36.13 [20987] CLOSURE : ~r(X10_292_3)
% 251.92/36.13
% 251.92/36.13 [20988] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [39870] ~r(X8_1207_4)
% 251.92/36.13
% 251.92/36.13 [39870] CLOSURE : ~r(X8_1207_4)
% 251.92/36.13
% 251.92/36.13 [1003] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.13 -> [1023] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [1024] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.13
% 251.92/36.13 [1024] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [1029] s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [1029] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [1853] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [1854] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [1854] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [1863] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [1863] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [1864] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [1865] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [1864] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [8521] ~! [Y3_3] : ((p(X2_343_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [8521] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_343_0) <=> p(Y3_3)))
% 251.92/36.13 -> [8522] ~(p(X2_343_0) <=> p(skolem_Y33(X2_343_0)))
% 251.92/36.13
% 251.92/36.13 [8522] BETA_NOT_EQUIV : ~(p(X2_343_0) <=> p(skolem_Y33(X2_343_0)))
% 251.92/36.13 -> [8523] ~p(X2_343_0), p(skolem_Y33(X2_343_0))
% 251.92/36.13 -> [8524] p(X2_343_0), ~p(skolem_Y33(X2_343_0))
% 251.92/36.13
% 251.92/36.13 [8524] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [10202] r(Y5_356_1)
% 251.92/36.13
% 251.92/36.13 [10202] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [11845] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [11845] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [11846] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [11847] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11847] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [25531] ~! [Y11_11] : ((r(X10_477_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [25531] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_477_3) <=> r(Y11_11)))
% 251.92/36.13 -> [25532] ~(r(X10_477_3) <=> r(skolem_Y1111(X10_477_3)))
% 251.92/36.13
% 251.92/36.13 [25532] BETA_NOT_EQUIV : ~(r(X10_477_3) <=> r(skolem_Y1111(X10_477_3)))
% 251.92/36.13 -> [25533] ~r(X10_477_3), r(skolem_Y1111(X10_477_3))
% 251.92/36.13 -> [25534] r(X10_477_3), ~r(skolem_Y1111(X10_477_3))
% 251.92/36.13
% 251.92/36.13 [25533] CLOSURE : ~r(X10_477_3)
% 251.92/36.13
% 251.92/36.13 [25534] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [25854] ~r(X8_511_4)
% 251.92/36.13
% 251.92/36.13 [25854] CLOSURE : ~r(X8_511_4)
% 251.92/36.13
% 251.92/36.13 [11846] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [8523] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [10625] r(Y5_382_1)
% 251.92/36.13
% 251.92/36.13 [10625] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [12421] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [12421] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [12423] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [12424] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [12423] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [29653] BETA_NOT_EQUIV : ~(r(X10_646_3) <=> r(skolem_Y1111(X10_646_3)))
% 251.92/36.13 -> [29977] ~r(X10_646_3), r(skolem_Y1111(X10_646_3))
% 251.92/36.13 -> [29978] r(X10_646_3), ~r(skolem_Y1111(X10_646_3))
% 251.92/36.13
% 251.92/36.13 [29977] CLOSURE : ~r(X10_646_3)
% 251.92/36.13
% 251.92/36.13 [29978] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [30093] ~r(X8_730_4)
% 251.92/36.13
% 251.92/36.13 [30093] CLOSURE : ~r(X8_730_4)
% 251.92/36.13
% 251.92/36.13 [1865] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [1873] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [1873] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [8599] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [8599] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [9930] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [9930] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [9931] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [9931] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [9932] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [9933] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [9932] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [9933] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [11334] r(Y5_418_1)
% 251.92/36.13
% 251.92/36.13 [11334] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [12635] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [12635] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [12636] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [12637] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12637] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12636] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [33085] ~! [Y11_11] : ((r(X10_745_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [33085] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_745_3) <=> r(Y11_11)))
% 251.92/36.13 -> [33086] ~(r(X10_745_3) <=> r(skolem_Y1111(X10_745_3)))
% 251.92/36.13
% 251.92/36.13 [33086] BETA_NOT_EQUIV : ~(r(X10_745_3) <=> r(skolem_Y1111(X10_745_3)))
% 251.92/36.13 -> [33087] ~r(X10_745_3), r(skolem_Y1111(X10_745_3))
% 251.92/36.13 -> [33088] r(X10_745_3), ~r(skolem_Y1111(X10_745_3))
% 251.92/36.13
% 251.92/36.13 [33087] CLOSURE : ~r(X10_745_3)
% 251.92/36.13
% 251.92/36.13 [33088] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [33159] ~r(X8_851_4)
% 251.92/36.13
% 251.92/36.13 [33159] CLOSURE : ~r(X8_851_4)
% 251.92/36.13
% 251.92/36.13 [1853] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [8359] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [8360] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [8359] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [8597] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [8597] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [9508] ~! [Y3_3] : ((p(X2_395_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [9508] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_395_0) <=> p(Y3_3)))
% 251.92/36.13 -> [9509] ~(p(X2_395_0) <=> p(skolem_Y33(X2_395_0)))
% 251.92/36.13
% 251.92/36.13 [9509] BETA_NOT_EQUIV : ~(p(X2_395_0) <=> p(skolem_Y33(X2_395_0)))
% 251.92/36.13 -> [9510] ~p(X2_395_0), p(skolem_Y33(X2_395_0))
% 251.92/36.13 -> [9511] p(X2_395_0), ~p(skolem_Y33(X2_395_0))
% 251.92/36.13
% 251.92/36.13 [9511] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [10832] r(skolem_Y1111(X10_395_3))
% 251.92/36.13
% 251.92/36.13 [10832] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [12173] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [12173] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [12176] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [12177] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12177] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12176] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [23556] ~! [Y11_11] : ((r(X10_395_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [23556] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_395_3) <=> r(Y11_11)))
% 251.92/36.13 -> [23557] ~(r(X10_395_3) <=> r(skolem_Y1111(X10_395_3)))
% 251.92/36.13
% 251.92/36.13 [23557] BETA_NOT_EQUIV : ~(r(X10_395_3) <=> r(skolem_Y1111(X10_395_3)))
% 251.92/36.13 -> [23558] ~r(X10_395_3), r(skolem_Y1111(X10_395_3))
% 251.92/36.13 -> [23559] r(X10_395_3), ~r(skolem_Y1111(X10_395_3))
% 251.92/36.13
% 251.92/36.13 [23559] CLOSURE : ~r(skolem_Y1111(X10_395_3))
% 251.92/36.13
% 251.92/36.13 [23558] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [25146] ~r(X8_472_4)
% 251.92/36.13
% 251.92/36.13 [25146] CLOSURE : ~r(X8_472_4)
% 251.92/36.13
% 251.92/36.13 [9510] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [11305] r(skolem_Y1111(X10_406_3))
% 251.92/36.13
% 251.92/36.13 [11305] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [12589] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [12589] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [12590] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [12591] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12591] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12590] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [23749] ~! [Y11_11] : ((r(X10_406_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [23749] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_406_3) <=> r(Y11_11)))
% 251.92/36.13 -> [23750] ~(r(X10_406_3) <=> r(skolem_Y1111(X10_406_3)))
% 251.92/36.13
% 251.92/36.13 [23750] BETA_NOT_EQUIV : ~(r(X10_406_3) <=> r(skolem_Y1111(X10_406_3)))
% 251.92/36.13 -> [23751] ~r(X10_406_3), r(skolem_Y1111(X10_406_3))
% 251.92/36.13 -> [23752] r(X10_406_3), ~r(skolem_Y1111(X10_406_3))
% 251.92/36.13
% 251.92/36.13 [23752] CLOSURE : ~r(skolem_Y1111(X10_406_3))
% 251.92/36.13
% 251.92/36.13 [23751] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [25283] ~r(X8_479_4)
% 251.92/36.13
% 251.92/36.13 [25283] CLOSURE : ~r(X8_479_4)
% 251.92/36.13
% 251.92/36.13 [8360] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [8363] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [8363] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [8878] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [8878] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [8879] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [8879] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [8880] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [8881] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [8880] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [8881] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [10140] r(Y5_352_1)
% 251.92/36.13
% 251.92/36.13 [10140] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [11310] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [11310] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [11311] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [11312] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11311] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [13372] BETA_NOT_EQUIV : ~(r(X10_106_3) <=> r(skolem_Y1111(X10_106_3)))
% 251.92/36.13 -> [34684] ~r(X10_106_3), r(skolem_Y1111(X10_106_3))
% 251.92/36.13 -> [34685] r(X10_106_3), ~r(skolem_Y1111(X10_106_3))
% 251.92/36.13
% 251.92/36.13 [34684] CLOSURE : ~r(X10_106_3)
% 251.92/36.13
% 251.92/36.13 [34685] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [34748] ~r(X8_912_4)
% 251.92/36.13
% 251.92/36.13 [34748] CLOSURE : ~r(X8_912_4)
% 251.92/36.13
% 251.92/36.13 [1023] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [1423] ~p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [1423] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [1427] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [1428] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [1428] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [1440] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [1440] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [1442] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [1443] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [1442] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [1828] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [1828] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [1829] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [1829] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [1830] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [1831] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [1831] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [1830] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [10335] r(skolem_Y1111(X10_101_3))
% 251.92/36.13
% 251.92/36.13 [10335] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [11685] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [11685] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [11688] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [11689] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11688] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [13024] BETA_NOT_EQUIV : ~(r(X10_101_3) <=> r(skolem_Y1111(X10_101_3)))
% 251.92/36.13 -> [34816] ~r(X10_101_3), r(skolem_Y1111(X10_101_3))
% 251.92/36.13 -> [34817] r(X10_101_3), ~r(skolem_Y1111(X10_101_3))
% 251.92/36.13
% 251.92/36.13 [34817] CLOSURE : ~r(skolem_Y1111(X10_101_3))
% 251.92/36.13
% 251.92/36.13 [34816] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [34887] ~r(X8_915_4)
% 251.92/36.13
% 251.92/36.13 [34887] CLOSURE : ~r(X8_915_4)
% 251.92/36.13
% 251.92/36.13 [1443] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [1448] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [1448] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [13707] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [13707] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [15041] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [15041] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [15042] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [15042] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [15043] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [15044] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [15043] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [15044] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [35242] r(skolem_Y1111(X10_846_3))
% 251.92/36.13
% 251.92/36.13 [35242] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [35253] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [35253] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [35254] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [35255] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [35255] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [35254] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [35287] ~! [Y11_11] : ((r(X10_846_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [35287] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_846_3) <=> r(Y11_11)))
% 251.92/36.13 -> [35288] ~(r(X10_846_3) <=> r(skolem_Y1111(X10_846_3)))
% 251.92/36.13
% 251.92/36.13 [35288] BETA_NOT_EQUIV : ~(r(X10_846_3) <=> r(skolem_Y1111(X10_846_3)))
% 251.92/36.13 -> [35289] ~r(X10_846_3), r(skolem_Y1111(X10_846_3))
% 251.92/36.13 -> [35290] r(X10_846_3), ~r(skolem_Y1111(X10_846_3))
% 251.92/36.13
% 251.92/36.13 [35290] CLOSURE : ~r(skolem_Y1111(X10_846_3))
% 251.92/36.13
% 251.92/36.13 [35289] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [35314] ~r(X8_929_4)
% 251.92/36.13
% 251.92/36.13 [35314] CLOSURE : ~r(X8_929_4)
% 251.92/36.13
% 251.92/36.13 [1427] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [1814] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [1815] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [1815] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [1822] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [1822] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [5572] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [5572] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [5574] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [5574] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [5576] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [5577] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [5577] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [5576] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [17956] r(skolem_Y1111(X10_993_3))
% 251.92/36.13
% 251.92/36.13 [17956] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [38943] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [38943] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [38944] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [38945] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [38944] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [39140] BETA_NOT_EQUIV : ~(r(X10_993_3) <=> r(skolem_Y1111(X10_993_3)))
% 251.92/36.13 -> [39582] ~r(X10_993_3), r(skolem_Y1111(X10_993_3))
% 251.92/36.13 -> [39583] r(X10_993_3), ~r(skolem_Y1111(X10_993_3))
% 251.92/36.13
% 251.92/36.13 [39583] CLOSURE : ~r(skolem_Y1111(X10_993_3))
% 251.92/36.13
% 251.92/36.13 [39582] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [39712] ~r(X8_1201_4)
% 251.92/36.13
% 251.92/36.13 [39712] CLOSURE : ~r(X8_1201_4)
% 251.92/36.13
% 251.92/36.13 [1814] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [2530] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [2530] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [4198] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [4198] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [4199] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [4199] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [4200] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [4201] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [4201] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [4200] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [8002] r(Y5_220_1)
% 251.92/36.13
% 251.92/36.13 [8002] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [10076] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [10076] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [10077] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [10078] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [10077] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [10078] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [41027] ~! [Y11_11] : ((r(X10_1079_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [41027] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1079_3) <=> r(Y11_11)))
% 251.92/36.13 -> [41028] ~(r(X10_1079_3) <=> r(skolem_Y1111(X10_1079_3)))
% 251.92/36.13
% 251.92/36.13 [41028] BETA_NOT_EQUIV : ~(r(X10_1079_3) <=> r(skolem_Y1111(X10_1079_3)))
% 251.92/36.13 -> [41029] ~r(X10_1079_3), r(skolem_Y1111(X10_1079_3))
% 251.92/36.13 -> [41030] r(X10_1079_3), ~r(skolem_Y1111(X10_1079_3))
% 251.92/36.13
% 251.92/36.13 [41029] CLOSURE : ~r(X10_1079_3)
% 251.92/36.13
% 251.92/36.13 [41030] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [41352] ~r(X8_1274_4)
% 251.92/36.13
% 251.92/36.13 [41352] CLOSURE : ~r(X8_1274_4)
% 251.92/36.13
% 251.92/36.13 [602] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [611] r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [611] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.13 -> [7130] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [7131] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13
% 251.92/36.13 [7130] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.13 -> [7293] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [7294] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13
% 251.92/36.13 [7293] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [7578] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [7579] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [7579] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [7586] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [7586] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [7589] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [7590] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [7590] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [7591] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [7591] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [8344] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [8344] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [8345] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [8345] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [8346] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [8347] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [8346] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [8347] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [9722] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [9722] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [10641] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [10641] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [10643] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [10644] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [10643] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [21172] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [21921] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [21922] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [21921] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [21922] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [7589] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [7958] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [7958] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [9265] ~! [Y3_3] : ((p(X2_379_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [9265] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_379_0) <=> p(Y3_3)))
% 251.92/36.13 -> [9266] ~(p(X2_379_0) <=> p(skolem_Y33(X2_379_0)))
% 251.92/36.13
% 251.92/36.13 [9266] BETA_NOT_EQUIV : ~(p(X2_379_0) <=> p(skolem_Y33(X2_379_0)))
% 251.92/36.13 -> [9267] ~p(X2_379_0), p(skolem_Y33(X2_379_0))
% 251.92/36.13 -> [9268] p(X2_379_0), ~p(skolem_Y33(X2_379_0))
% 251.92/36.13
% 251.92/36.13 [9267] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [12236] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [12236] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [13283] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [13283] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [13284] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [13285] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [13285] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [13284] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [17844] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [17844] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13 -> [17845] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13
% 251.92/36.13 [17845] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [17846] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [17847] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [17846] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [17847] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [9268] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [11320] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [11320] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [12818] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [12818] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [12819] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [12820] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12820] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [12819] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [17349] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [17349] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13 -> [17350] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13
% 251.92/36.13 [17350] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [17351] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [17352] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [17352] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [17351] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [7578] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [7943] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [7944] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [7944] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [7947] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [7947] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [8726] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [8726] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [10187] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [10187] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [10188] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [10188] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [10189] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [10190] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [10189] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [10190] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [12235] r(Y5_460_1)
% 251.92/36.13
% 251.92/36.13 [12235] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [13055] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [13055] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [13057] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [13058] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [13058] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [13057] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [17833] ~! [Y11_11] : ((r(X10_189_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [17833] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_189_3) <=> r(Y11_11)))
% 251.92/36.13 -> [17834] ~(r(X10_189_3) <=> r(skolem_Y1111(X10_189_3)))
% 251.92/36.13
% 251.92/36.13 [17834] BETA_NOT_EQUIV : ~(r(X10_189_3) <=> r(skolem_Y1111(X10_189_3)))
% 251.92/36.13 -> [17835] ~r(X10_189_3), r(skolem_Y1111(X10_189_3))
% 251.92/36.13 -> [17836] r(X10_189_3), ~r(skolem_Y1111(X10_189_3))
% 251.92/36.13
% 251.92/36.13 [17835] CLOSURE : ~r(X10_189_3)
% 251.92/36.13
% 251.92/36.13 [17836] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [36141] s(Y9_519_4)
% 251.92/36.13
% 251.92/36.13 [36141] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [36155] ~s(X12_537_5)
% 251.92/36.13
% 251.92/36.13 [36155] CLOSURE : ~s(X12_537_5)
% 251.92/36.13
% 251.92/36.13 [7943] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [8323] ~! [Y3_3] : ((p(X2_330_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [8323] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_330_0) <=> p(Y3_3)))
% 251.92/36.13 -> [8324] ~(p(X2_330_0) <=> p(skolem_Y33(X2_330_0)))
% 251.92/36.13
% 251.92/36.13 [8324] BETA_NOT_EQUIV : ~(p(X2_330_0) <=> p(skolem_Y33(X2_330_0)))
% 251.92/36.13 -> [8325] ~p(X2_330_0), p(skolem_Y33(X2_330_0))
% 251.92/36.13 -> [8326] p(X2_330_0), ~p(skolem_Y33(X2_330_0))
% 251.92/36.13
% 251.92/36.13 [8325] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [10175] r(Y5_354_1)
% 251.92/36.13
% 251.92/36.13 [10175] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [11302] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [11302] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [11303] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [11304] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11303] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [12215] BETA_NOT_EQUIV : ~(r(X10_88_3) <=> r(skolem_Y1111(X10_88_3)))
% 251.92/36.13 -> [16665] ~r(X10_88_3), r(skolem_Y1111(X10_88_3))
% 251.92/36.13 -> [16666] r(X10_88_3), ~r(skolem_Y1111(X10_88_3))
% 251.92/36.13
% 251.92/36.13 [16665] CLOSURE : ~r(X10_88_3)
% 251.92/36.13
% 251.92/36.13 [16666] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [19470] s(Y9_119_4)
% 251.92/36.13
% 251.92/36.13 [19470] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [20381] ~s(X12_122_5)
% 251.92/36.13
% 251.92/36.13 [20381] CLOSURE : ~s(X12_122_5)
% 251.92/36.13
% 251.92/36.13 [8326] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [9697] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [9697] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [10611] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [10611] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [10612] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [10613] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [10612] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11978] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [38153] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [38154] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [38154] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [38153] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [7294] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [7298] s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [7298] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [7980] ~p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [7980] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [9276] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [9277] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [9277] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [9278] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [9278] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [9279] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [9280] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [9279] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [9733] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [9733] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [11363] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [11363] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [11364] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [11364] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [11365] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [11366] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [11366] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [11365] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [32338] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [32338] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [32388] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [32388] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [32389] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [32390] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [32390] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [32389] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [32638] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [32638] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13 -> [32641] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13
% 251.92/36.13 [32641] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [32642] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [32643] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [32643] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [32642] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [9280] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [9281] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [9281] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [10234] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [10234] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [10235] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [10235] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [10236] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [10237] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [10237] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [10236] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [32582] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [32582] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [32637] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [32637] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [32639] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [32640] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [32639] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [32677] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [32783] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [32784] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [32784] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [32783] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [9276] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [9730] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [9731] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [9731] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [10225] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [10225] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [11339] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [11339] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [39267] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [39267] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [39268] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [39268] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [39269] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [39270] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [39270] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [39269] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [39498] r(Y5_1265_1)
% 251.92/36.13
% 251.92/36.13 [39498] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [39565] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [39565] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [39566] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [39567] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [39567] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [39566] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [39778] ~! [Y11_11] : ((r(X10_1026_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [39778] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1026_3) <=> r(Y11_11)))
% 251.92/36.13 -> [39779] ~(r(X10_1026_3) <=> r(skolem_Y1111(X10_1026_3)))
% 251.92/36.13
% 251.92/36.13 [39779] BETA_NOT_EQUIV : ~(r(X10_1026_3) <=> r(skolem_Y1111(X10_1026_3)))
% 251.92/36.13 -> [39780] ~r(X10_1026_3), r(skolem_Y1111(X10_1026_3))
% 251.92/36.13 -> [39781] r(X10_1026_3), ~r(skolem_Y1111(X10_1026_3))
% 251.92/36.13
% 251.92/36.13 [39780] CLOSURE : ~r(X10_1026_3)
% 251.92/36.13
% 251.92/36.13 [39781] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [40289] s(skolem_Y1515(skolem_X1212))
% 251.92/36.13
% 251.92/36.13 [40289] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [40338] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [40338] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.13 -> [40339] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.13
% 251.92/36.13 [40339] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.13 -> [40340] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.13 -> [40341] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.13
% 251.92/36.13 [40341] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.13
% 251.92/36.13 [40340] CLOSURE : ~s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [9730] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [10214] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [10214] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [10215] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [10215] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [10216] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [10217] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [10217] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [10216] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [41048] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [41048] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [41144] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [41144] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [41145] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [41146] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [41145] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [41241] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [41862] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [41863] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [41863] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [41862] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [7131] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.13 -> [7134] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [7135] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.13
% 251.92/36.13 [7135] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [7144] s(skolem_X1212)
% 251.92/36.13
% 251.92/36.13 [7144] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [7613] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [7614] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [7613] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [7999] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [8000] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [8000] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [8001] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [8001] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [8771] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [8771] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [8774] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [8774] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [8775] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [8776] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [8775] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [8776] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [10290] r(Y5_360_1)
% 251.92/36.13
% 251.92/36.13 [10290] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [11426] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [11426] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [11427] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [11428] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11427] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11428] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [21823] ~! [Y11_11] : ((r(X10_313_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [21823] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_313_3) <=> r(Y11_11)))
% 251.92/36.13 -> [32147] ~(r(X10_313_3) <=> r(skolem_Y1111(X10_313_3)))
% 251.92/36.13
% 251.92/36.13 [32147] BETA_NOT_EQUIV : ~(r(X10_313_3) <=> r(skolem_Y1111(X10_313_3)))
% 251.92/36.13 -> [32148] ~r(X10_313_3), r(skolem_Y1111(X10_313_3))
% 251.92/36.13 -> [32149] r(X10_313_3), ~r(skolem_Y1111(X10_313_3))
% 251.92/36.13
% 251.92/36.13 [32148] CLOSURE : ~r(X10_313_3)
% 251.92/36.13
% 251.92/36.13 [32149] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [32374] s(Y9_406_4)
% 251.92/36.13
% 251.92/36.13 [32374] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [32415] p(Y13_367_5)
% 251.92/36.13
% 251.92/36.13 [32415] CLOSURE : p(Y13_367_5)
% 251.92/36.13
% 251.92/36.13 [7999] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [8384] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [8384] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [9771] ~! [Y3_3] : ((p(X2_413_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [9771] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_413_0) <=> p(Y3_3)))
% 251.92/36.13 -> [9772] ~(p(X2_413_0) <=> p(skolem_Y33(X2_413_0)))
% 251.92/36.13
% 251.92/36.13 [9772] BETA_NOT_EQUIV : ~(p(X2_413_0) <=> p(skolem_Y33(X2_413_0)))
% 251.92/36.13 -> [9773] ~p(X2_413_0), p(skolem_Y33(X2_413_0))
% 251.92/36.13 -> [9774] p(X2_413_0), ~p(skolem_Y33(X2_413_0))
% 251.92/36.13
% 251.92/36.13 [9774] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [21637] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [21637] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [25884] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [25884] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [25885] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [25886] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [25886] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [25885] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [25961] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [25961] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13 -> [25962] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13
% 251.92/36.13 [25962] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [25963] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [25964] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [25964] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [25963] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [9773] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [32006] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [32006] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [32081] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [32081] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [32082] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [32083] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [32083] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [32082] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [32356] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [32356] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13 -> [32357] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13
% 251.92/36.13 [32357] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [32358] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [32359] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [32358] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [32359] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [7614] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [7621] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [7621] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [7623] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [7624] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [7623] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [8011] ~! [Y3_3] : ((p(X2_314_0) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [8011] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_314_0) <=> p(Y3_3)))
% 251.92/36.13 -> [8012] ~(p(X2_314_0) <=> p(skolem_Y33(X2_314_0)))
% 251.92/36.13
% 251.92/36.13 [8012] BETA_NOT_EQUIV : ~(p(X2_314_0) <=> p(skolem_Y33(X2_314_0)))
% 251.92/36.13 -> [8013] ~p(X2_314_0), p(skolem_Y33(X2_314_0))
% 251.92/36.13 -> [8014] p(X2_314_0), ~p(skolem_Y33(X2_314_0))
% 251.92/36.13
% 251.92/36.13 [8013] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [9798] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [9798] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [10788] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [10788] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [10789] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [10790] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [10789] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [21652] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [32394] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [32395] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [32394] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [32395] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [8014] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [9323] r(Y5_282_1)
% 251.92/36.13
% 251.92/36.13 [9323] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [10322] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [10322] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [10323] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [10324] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [10323] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [11461] BETA_NOT_EQUIV : ~(r(X10_75_3) <=> r(skolem_Y1111(X10_75_3)))
% 251.92/36.13 -> [32515] ~r(X10_75_3), r(skolem_Y1111(X10_75_3))
% 251.92/36.13 -> [32516] r(X10_75_3), ~r(skolem_Y1111(X10_75_3))
% 251.92/36.13
% 251.92/36.13 [32515] CLOSURE : ~r(X10_75_3)
% 251.92/36.13
% 251.92/36.13 [32516] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [32648] s(Y9_422_4)
% 251.92/36.13
% 251.92/36.13 [32648] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [32666] p(Y13_376_5)
% 251.92/36.13
% 251.92/36.13 [32666] CLOSURE : p(Y13_376_5)
% 251.92/36.13
% 251.92/36.13 [7624] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [7628] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [7628] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [8802] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [8802] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [10334] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [10334] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [10336] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [10336] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [10337] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [10338] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [10337] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [10338] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [32398] r(Y5_1079_1)
% 251.92/36.13
% 251.92/36.13 [32398] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [32467] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [32467] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [32468] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [32469] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [32469] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [32468] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [32691] ~! [Y11_11] : ((r(X10_739_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [32691] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_739_3) <=> r(Y11_11)))
% 251.92/36.13 -> [32692] ~(r(X10_739_3) <=> r(skolem_Y1111(X10_739_3)))
% 251.92/36.13
% 251.92/36.13 [32692] BETA_NOT_EQUIV : ~(r(X10_739_3) <=> r(skolem_Y1111(X10_739_3)))
% 251.92/36.13 -> [32693] ~r(X10_739_3), r(skolem_Y1111(X10_739_3))
% 251.92/36.13 -> [32694] r(X10_739_3), ~r(skolem_Y1111(X10_739_3))
% 251.92/36.13
% 251.92/36.13 [32693] CLOSURE : ~r(X10_739_3)
% 251.92/36.13
% 251.92/36.13 [32694] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [32734] s(Y9_426_4)
% 251.92/36.13
% 251.92/36.13 [32734] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [32741] p(Y13_377_5)
% 251.92/36.13
% 251.92/36.13 [32741] CLOSURE : p(Y13_377_5)
% 251.92/36.13
% 251.92/36.13 [7134] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [7305] ~p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [7305] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [8372] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [8373] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [8372] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [8748] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [8749] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [8748] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [9292] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [9292] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [10688] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [10688] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [10691] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [10691] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [10692] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [10693] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [10693] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [10692] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [21685] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [21685] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [21732] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [21732] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [21733] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [21734] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [21734] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [21733] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [21819] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [21819] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13 -> [21820] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13
% 251.92/36.13 [21820] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [21821] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [21822] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [21822] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [21821] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [8749] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [8750] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [8750] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [9754] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [9754] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [9755] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [9755] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [9756] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [9757] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [9757] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [9756] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [34637] r(Y5_1135_1)
% 251.92/36.13
% 251.92/36.13 [34637] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [34676] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [34676] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [34677] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [34678] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [34677] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [34678] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [34721] ~! [Y11_11] : ((r(X10_817_3) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [34721] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_817_3) <=> r(Y11_11)))
% 251.92/36.13 -> [34722] ~(r(X10_817_3) <=> r(skolem_Y1111(X10_817_3)))
% 251.92/36.13
% 251.92/36.13 [34722] BETA_NOT_EQUIV : ~(r(X10_817_3) <=> r(skolem_Y1111(X10_817_3)))
% 251.92/36.13 -> [34723] ~r(X10_817_3), r(skolem_Y1111(X10_817_3))
% 251.92/36.13 -> [34724] r(X10_817_3), ~r(skolem_Y1111(X10_817_3))
% 251.92/36.13
% 251.92/36.13 [34723] CLOSURE : ~r(X10_817_3)
% 251.92/36.13
% 251.92/36.13 [34724] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [34791] s(Y9_480_4)
% 251.92/36.13
% 251.92/36.13 [34791] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.13 -> [34804] ~s(X12_498_5)
% 251.92/36.13
% 251.92/36.13 [34804] CLOSURE : ~s(X12_498_5)
% 251.92/36.13
% 251.92/36.13 [8373] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [8378] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [8378] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [8379] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [8380] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [8379] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [8762] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [8762] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [8763] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [8763] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [8764] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [8765] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [8765] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [8764] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [11403] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [11403] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [22072] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [22072] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [22073] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [22074] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [22073] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [22403] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [24047] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [24048] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [24047] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [24048] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [8380] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [8382] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [8382] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [9306] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [9306] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [10740] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [10740] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.13 -> [10741] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13
% 251.92/36.13 [10741] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.13 -> [10742] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.13 -> [10743] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.13
% 251.92/36.13 [10742] CLOSURE : ~p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [10743] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [41632] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [41632] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [41749] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [41749] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [41750] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [41751] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [41751] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [41750] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [42321] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [42321] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13 -> [42322] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13
% 251.92/36.13 [42322] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [42323] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [42324] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [42324] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [42323] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [31] BETA_NOT_EQUIV : ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.92/36.13 -> [47] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.13 -> [48] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.13
% 251.92/36.13 [48] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.13 -> [57] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13
% 251.92/36.13 [57] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.13 -> [59] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.13 -> [60] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.13
% 251.92/36.13 [59] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.13 -> [105] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [106] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.13
% 251.92/36.13 [106] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.13 -> [115] r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [115] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.13 -> [217] ~s(skolem_Y99)
% 251.92/36.13
% 251.92/36.13 [217] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.13 -> [34661] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [34662] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13
% 251.92/36.13 [34662] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.13 -> [34663] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [34664] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.13
% 251.92/36.13 [34663] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.13 -> [34691] ~p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [34691] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.13 -> [34762] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [34763] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13
% 251.92/36.13 [34763] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.13 -> [34765] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.13
% 251.92/36.13 [34765] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [34766] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [34767] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [34767] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [34768] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [34768] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [34852] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [34852] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [34853] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [34853] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [34854] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [34855] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [34855] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [34854] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [34990] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [34990] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [35000] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13
% 251.92/36.13 [35000] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.13 -> [35001] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.13 -> [35002] q(skolem_X66), q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [35001] CLOSURE : ~q(skolem_X44)
% 251.92/36.13
% 251.92/36.13 [35017] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [35059] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [35060] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [35060] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [35059] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [34766] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [34794] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [34794] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [34870] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [34870] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [34871] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [34871] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [34872] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [34873] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [34873] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [34872] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [34935] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [34935] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [34960] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [34960] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [34962] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [34963] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [34963] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [34962] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [35052] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [35052] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13 -> [35053] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13
% 251.92/36.13 [35053] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [35054] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [35055] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [35055] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [35054] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [34762] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.13 -> [34789] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [34790] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13
% 251.92/36.13 [34790] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.13 -> [34792] p(skolem_X1616)
% 251.92/36.13
% 251.92/36.13 [34792] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.13 -> [34864] ~q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [34864] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [34903] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [34903] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [34904] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [34904] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [34905] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [34906] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [34906] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [34905] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [35015] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [35015] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.13 -> [35025] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13
% 251.92/36.13 [35025] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.13 -> [35027] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.13 -> [35028] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [35028] CLOSURE : q(skolem_Y1717)
% 251.92/36.13
% 251.92/36.13 [35027] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.13 -> [35075] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13
% 251.92/36.13 [35075] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.13 -> [35076] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13
% 251.92/36.13 [35076] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.13 -> [35077] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.13 -> [35078] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [35078] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [35077] CLOSURE : ~r(skolem_X88)
% 251.92/36.13
% 251.92/36.13 [34789] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.13 -> [34818] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13
% 251.92/36.13 [34818] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.13 -> [34819] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13
% 251.92/36.13 [34819] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.13 -> [34821] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.13 -> [34822] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.13
% 251.92/36.13 [34822] CLOSURE : p(skolem_Y1313)
% 251.92/36.13
% 251.92/36.13 [34821] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.13 -> [34921] r(skolem_Y1111(skolem_X88))
% 251.92/36.13
% 251.92/36.13 [34921] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34957] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [34957] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [34958] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [34959] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34958] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34997] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [35082] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [35083] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [35082] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [35083] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34664] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [34665] s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [34665] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [34714] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [34715] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [34714] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [34740] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34741] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [34741] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [34742] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34742] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34803] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34803] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34891] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34891] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [34892] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [34892] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [34893] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [34894] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [34893] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34894] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34939] r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34939] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34954] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [34954] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [34955] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [34956] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34956] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34955] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [34991] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [34991] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14 -> [34992] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14
% 251.92/36.14 [34992] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [34993] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [34994] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34993] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [34994] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34740] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34770] ~! [Y3_3] : ((p(X2_989_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34770] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_989_0) <=> p(Y3_3)))
% 251.92/36.14 -> [34771] ~(p(X2_989_0) <=> p(skolem_Y33(X2_989_0)))
% 251.92/36.14
% 251.92/36.14 [34771] BETA_NOT_EQUIV : ~(p(X2_989_0) <=> p(skolem_Y33(X2_989_0)))
% 251.92/36.14 -> [34772] ~p(X2_989_0), p(skolem_Y33(X2_989_0))
% 251.92/36.14 -> [34773] p(X2_989_0), ~p(skolem_Y33(X2_989_0))
% 251.92/36.14
% 251.92/36.14 [34772] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34898] r(Y5_1145_1)
% 251.92/36.14
% 251.92/36.14 [34898] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34936] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [34936] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [34937] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [34938] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34937] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34938] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [34986] ~! [Y11_11] : ((r(X10_827_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [34986] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_827_3) <=> r(Y11_11)))
% 251.92/36.14 -> [34987] ~(r(X10_827_3) <=> r(skolem_Y1111(X10_827_3)))
% 251.92/36.14
% 251.92/36.14 [34987] BETA_NOT_EQUIV : ~(r(X10_827_3) <=> r(skolem_Y1111(X10_827_3)))
% 251.92/36.14 -> [34988] ~r(X10_827_3), r(skolem_Y1111(X10_827_3))
% 251.92/36.14 -> [34989] r(X10_827_3), ~r(skolem_Y1111(X10_827_3))
% 251.92/36.14
% 251.92/36.14 [34988] CLOSURE : ~r(X10_827_3)
% 251.92/36.14
% 251.92/36.14 [34989] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [35061] p(Y13_421_4)
% 251.92/36.14
% 251.92/36.14 [35061] CLOSURE : p(Y13_421_4)
% 251.92/36.14
% 251.92/36.14 [34773] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34885] r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34885] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34929] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [34929] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [34930] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [34931] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34930] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34979] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [35080] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [35081] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [35080] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [35081] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34715] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [34716] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [34716] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [34717] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34718] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [34717] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34747] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34747] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34830] ~! [Y3_3] : ((p(X2_994_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34830] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_994_0) <=> p(Y3_3)))
% 251.92/36.14 -> [34831] ~(p(X2_994_0) <=> p(skolem_Y33(X2_994_0)))
% 251.92/36.14
% 251.92/36.14 [34831] BETA_NOT_EQUIV : ~(p(X2_994_0) <=> p(skolem_Y33(X2_994_0)))
% 251.92/36.14 -> [34832] ~p(X2_994_0), p(skolem_Y33(X2_994_0))
% 251.92/36.14 -> [34833] p(X2_994_0), ~p(skolem_Y33(X2_994_0))
% 251.92/36.14
% 251.92/36.14 [34832] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34865] r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34865] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34888] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [34888] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [34889] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [34890] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34890] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34889] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [34940] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [34940] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14 -> [34941] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14
% 251.92/36.14 [34941] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [34945] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [34946] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34945] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [34946] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34833] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34886] r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34886] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34932] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [34932] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [34933] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [34934] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34934] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34933] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [35031] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [35031] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14 -> [35032] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14
% 251.92/36.14 [35032] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [35033] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [35034] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [35033] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [35034] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34718] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [34719] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34719] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34775] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34775] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [34776] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [34776] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [34777] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [34778] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [34777] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34778] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34860] r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34860] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34908] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [34908] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [34909] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [34910] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34909] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34964] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [35088] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [35089] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [35089] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [35088] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [34661] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.14 -> [34688] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [34689] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14
% 251.92/36.14 [34688] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [34705] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [34706] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [34706] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [34709] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [34709] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [34710] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34711] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [34711] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [34713] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34713] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34757] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34757] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34837] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34837] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [34839] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [34839] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [34840] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [34841] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [34840] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34841] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34863] r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34863] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34895] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [34895] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [34896] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [34897] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34897] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34896] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [34982] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [34982] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14 -> [34983] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14
% 251.92/36.14 [34983] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [34984] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [34985] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34984] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [34985] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34710] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34732] ~! [Y3_3] : ((p(X2_988_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34732] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_988_0) <=> p(Y3_3)))
% 251.92/36.14 -> [34733] ~(p(X2_988_0) <=> p(skolem_Y33(X2_988_0)))
% 251.92/36.14
% 251.92/36.14 [34733] BETA_NOT_EQUIV : ~(p(X2_988_0) <=> p(skolem_Y33(X2_988_0)))
% 251.92/36.14 -> [34734] ~p(X2_988_0), p(skolem_Y33(X2_988_0))
% 251.92/36.14 -> [34735] p(X2_988_0), ~p(skolem_Y33(X2_988_0))
% 251.92/36.14
% 251.92/36.14 [34735] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34836] r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34836] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34875] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [34875] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [34876] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [34877] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34876] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34923] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [35013] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [35014] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [35013] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [35014] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34734] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34857] r(Y5_1138_1)
% 251.92/36.14
% 251.92/36.14 [34857] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34926] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [34926] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [34927] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [34928] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34927] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34928] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [35035] ~! [Y11_11] : ((r(X10_834_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [35035] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_834_3) <=> r(Y11_11)))
% 251.92/36.14 -> [35036] ~(r(X10_834_3) <=> r(skolem_Y1111(X10_834_3)))
% 251.92/36.14
% 251.92/36.14 [35036] BETA_NOT_EQUIV : ~(r(X10_834_3) <=> r(skolem_Y1111(X10_834_3)))
% 251.92/36.14 -> [35037] ~r(X10_834_3), r(skolem_Y1111(X10_834_3))
% 251.92/36.14 -> [35038] r(X10_834_3), ~r(skolem_Y1111(X10_834_3))
% 251.92/36.14
% 251.92/36.14 [35037] CLOSURE : ~r(X10_834_3)
% 251.92/36.14
% 251.92/36.14 [35038] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [35085] ~s(X12_501_4)
% 251.92/36.14
% 251.92/36.14 [35085] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [35090] p(Y13_422_5)
% 251.92/36.14
% 251.92/36.14 [35090] CLOSURE : p(Y13_422_5)
% 251.92/36.14
% 251.92/36.14 [34705] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [34726] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34727] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [34727] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [34728] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34728] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34784] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34784] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [34785] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [34785] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [34786] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [34787] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [34786] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34787] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34874] r(Y5_1142_1)
% 251.92/36.14
% 251.92/36.14 [34874] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34965] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [34965] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [34968] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [34969] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34968] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34969] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [35048] ~! [Y11_11] : ((r(X10_835_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [35048] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_835_3) <=> r(Y11_11)))
% 251.92/36.14 -> [35049] ~(r(X10_835_3) <=> r(skolem_Y1111(X10_835_3)))
% 251.92/36.14
% 251.92/36.14 [35049] BETA_NOT_EQUIV : ~(r(X10_835_3) <=> r(skolem_Y1111(X10_835_3)))
% 251.92/36.14 -> [35050] ~r(X10_835_3), r(skolem_Y1111(X10_835_3))
% 251.92/36.14 -> [35051] r(X10_835_3), ~r(skolem_Y1111(X10_835_3))
% 251.92/36.14
% 251.92/36.14 [35050] CLOSURE : ~r(X10_835_3)
% 251.92/36.14
% 251.92/36.14 [35051] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [35086] ~s(X12_502_4)
% 251.92/36.14
% 251.92/36.14 [35086] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [35108] p(Y13_424_5)
% 251.92/36.14
% 251.92/36.14 [35108] CLOSURE : p(Y13_424_5)
% 251.92/36.14
% 251.92/36.14 [34726] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34751] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34751] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34820] ~! [Y3_3] : ((p(X2_993_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34820] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_993_0) <=> p(Y3_3)))
% 251.92/36.14 -> [34823] ~(p(X2_993_0) <=> p(skolem_Y33(X2_993_0)))
% 251.92/36.14
% 251.92/36.14 [34823] BETA_NOT_EQUIV : ~(p(X2_993_0) <=> p(skolem_Y33(X2_993_0)))
% 251.92/36.14 -> [34824] ~p(X2_993_0), p(skolem_Y33(X2_993_0))
% 251.92/36.14 -> [34825] p(X2_993_0), ~p(skolem_Y33(X2_993_0))
% 251.92/36.14
% 251.92/36.14 [34825] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34920] r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34920] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [35006] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [35006] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [35007] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [35008] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [35008] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [35007] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [35095] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [35095] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14 -> [35096] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14
% 251.92/36.14 [35096] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [35097] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [35098] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [35097] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [35098] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34824] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34953] r(Y5_1152_1)
% 251.92/36.14
% 251.92/36.14 [34953] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [35026] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [35026] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [35029] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [35030] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [35030] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [35029] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [35099] ~! [Y11_11] : ((r(X10_840_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [35099] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_840_3) <=> r(Y11_11)))
% 251.92/36.14 -> [35100] ~(r(X10_840_3) <=> r(skolem_Y1111(X10_840_3)))
% 251.92/36.14
% 251.92/36.14 [35100] BETA_NOT_EQUIV : ~(r(X10_840_3) <=> r(skolem_Y1111(X10_840_3)))
% 251.92/36.14 -> [35101] ~r(X10_840_3), r(skolem_Y1111(X10_840_3))
% 251.92/36.14 -> [35102] r(X10_840_3), ~r(skolem_Y1111(X10_840_3))
% 251.92/36.14
% 251.92/36.14 [35101] CLOSURE : ~r(X10_840_3)
% 251.92/36.14
% 251.92/36.14 [35102] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [35133] ~s(X12_505_4)
% 251.92/36.14
% 251.92/36.14 [35133] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [35134] p(Y13_428_5)
% 251.92/36.14
% 251.92/36.14 [35134] CLOSURE : p(Y13_428_5)
% 251.92/36.14
% 251.92/36.14 [34689] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [34690] s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [34690] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [34739] ~p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [34739] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [34814] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [34815] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [34814] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [34845] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34846] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [34845] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34856] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34856] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34866] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34866] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [34867] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [34867] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [34868] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [34869] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [34869] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [34868] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34919] r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34919] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34942] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [34942] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [34943] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [34944] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34944] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34943] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [35009] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [35009] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.14 -> [35010] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14
% 251.92/36.14 [35010] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.14 -> [35011] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.14 -> [35012] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [35011] CLOSURE : ~r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [35012] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.14
% 251.92/36.14 [34846] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [34847] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34847] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34881] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34881] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [34882] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [34882] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [34883] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [34884] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [34884] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [34883] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34995] r(Y5_1154_1)
% 251.92/36.14
% 251.92/36.14 [34995] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [35003] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [35003] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [35004] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [35005] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [35004] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [35005] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [35020] ~! [Y11_11] : ((r(X10_832_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [35020] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_832_3) <=> r(Y11_11)))
% 251.92/36.14 -> [35021] ~(r(X10_832_3) <=> r(skolem_Y1111(X10_832_3)))
% 251.92/36.14
% 251.92/36.14 [35021] BETA_NOT_EQUIV : ~(r(X10_832_3) <=> r(skolem_Y1111(X10_832_3)))
% 251.92/36.14 -> [35022] ~r(X10_832_3), r(skolem_Y1111(X10_832_3))
% 251.92/36.14 -> [35023] r(X10_832_3), ~r(skolem_Y1111(X10_832_3))
% 251.92/36.14
% 251.92/36.14 [35022] CLOSURE : ~r(X10_832_3)
% 251.92/36.14
% 251.92/36.14 [35023] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [35071] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [35071] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.14 -> [35072] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.14
% 251.92/36.14 [35072] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.14 -> [35073] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.14 -> [35074] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [35074] CLOSURE : s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [35073] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [35118] q(Y17_107_5)
% 251.92/36.14
% 251.92/36.14 [35118] GAMMA_FORALL : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [35128] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14
% 251.92/36.14 [35128] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [35129] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [35129] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [35130] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [35130] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [35131] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [35132] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [35132] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [35131] : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [35165] ! [Y5_5] : (r(Y5_5))
% 251.92/36.14
% 251.92/36.14 [35165] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [35166] r(Y5_1157_1)
% 251.92/36.14
% 251.92/36.14 [35166] CLOSURE : r(Y5_1157_1)
% 251.92/36.14
% 251.92/36.14 [34815] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [34826] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [34826] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [34827] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34828] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [34827] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34848] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34848] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [34849] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [34849] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [34850] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [34851] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [34851] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [34850] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [34907] r(Y5_1146_1)
% 251.92/36.14
% 251.92/36.14 [34907] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [34947] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [34947] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [34948] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [34949] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34948] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [34971] BETA_NOT_EQUIV : ~(r(X10_824_3) <=> r(skolem_Y1111(X10_824_3)))
% 251.92/36.14 -> [35065] ~r(X10_824_3), r(skolem_Y1111(X10_824_3))
% 251.92/36.14 -> [35066] r(X10_824_3), ~r(skolem_Y1111(X10_824_3))
% 251.92/36.14
% 251.92/36.14 [35065] CLOSURE : ~r(X10_824_3)
% 251.92/36.14
% 251.92/36.14 [35066] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14 -> [35103] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [35103] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.14 -> [35104] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.14 -> [35105] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [35105] CLOSURE : s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [35104] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [35143] ~p(X16_144_5)
% 251.92/36.14
% 251.92/36.14 [35143] CLOSURE : ~p(X16_144_5)
% 251.92/36.14
% 251.92/36.14 [34828] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [34829] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [34829] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [34861] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [34861] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [34915] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [34915] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [34916] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [34916] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [34917] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [34918] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [34918] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [34917] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [35024] r(Y5_1156_1)
% 251.92/36.14
% 251.92/36.14 [35024] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [35045] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [35045] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [35046] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [35047] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [35047] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [35046] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [35109] ~! [Y11_11] : ((r(X10_841_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [35109] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_841_3) <=> r(Y11_11)))
% 251.92/36.14 -> [35110] ~(r(X10_841_3) <=> r(skolem_Y1111(X10_841_3)))
% 251.92/36.14
% 251.92/36.14 [35110] BETA_NOT_EQUIV : ~(r(X10_841_3) <=> r(skolem_Y1111(X10_841_3)))
% 251.92/36.14 -> [35111] ~r(X10_841_3), r(skolem_Y1111(X10_841_3))
% 251.92/36.14 -> [35112] r(X10_841_3), ~r(skolem_Y1111(X10_841_3))
% 251.92/36.14
% 251.92/36.14 [35111] CLOSURE : ~r(X10_841_3)
% 251.92/36.14
% 251.92/36.14 [35112] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14 -> [35154] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [35154] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.14 -> [35155] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.14 -> [35156] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [35156] CLOSURE : s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [35155] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [35188] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14
% 251.92/36.14 [35188] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [35189] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [35189] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [35190] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [35190] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [35191] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [35192] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [35191] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [35192] : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [35225] ! [Y5_5] : (r(Y5_5))
% 251.92/36.14
% 251.92/36.14 [35225] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [35226] r(Y5_1158_1)
% 251.92/36.14
% 251.92/36.14 [35226] CLOSURE : r(Y5_1158_1)
% 251.92/36.14
% 251.92/36.14 [105] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.14 -> [152] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [153] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14
% 251.92/36.14 [152] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.14 -> [191] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [192] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14
% 251.92/36.14 [192] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [195] s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [195] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [280] ~p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [280] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [533] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [534] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [534] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [551] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [551] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [552] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [553] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [552] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [690] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [690] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [693] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [693] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [694] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [695] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [695] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [694] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [2486] r(skolem_Y1111(X10_12_3))
% 251.92/36.14
% 251.92/36.14 [2486] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [4181] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [4181] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [4182] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [4183] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [4182] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [4424] BETA_NOT_EQUIV : ~(r(X10_12_3) <=> r(skolem_Y1111(X10_12_3)))
% 251.92/36.14 -> [6673] ~r(X10_12_3), r(skolem_Y1111(X10_12_3))
% 251.92/36.14 -> [6674] r(X10_12_3), ~r(skolem_Y1111(X10_12_3))
% 251.92/36.14
% 251.92/36.14 [6674] CLOSURE : ~r(skolem_Y1111(X10_12_3))
% 251.92/36.14
% 251.92/36.14 [6673] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [35930] ~r(X8_969_4)
% 251.92/36.14
% 251.92/36.14 [35930] CLOSURE : ~r(X8_969_4)
% 251.92/36.14
% 251.92/36.14 [553] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [562] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [562] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [6635] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [6635] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [6934] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [6934] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [6935] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [6935] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [6936] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [6937] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [6937] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [6936] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [38481] r(Y5_1232_1)
% 251.92/36.14
% 251.92/36.14 [38481] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [38546] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [38546] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [38547] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [38548] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [38548] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [38547] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [38616] ~! [Y11_11] : ((r(X10_967_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [38616] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_967_3) <=> r(Y11_11)))
% 251.92/36.14 -> [38618] ~(r(X10_967_3) <=> r(skolem_Y1111(X10_967_3)))
% 251.92/36.14
% 251.92/36.14 [38618] BETA_NOT_EQUIV : ~(r(X10_967_3) <=> r(skolem_Y1111(X10_967_3)))
% 251.92/36.14 -> [38620] ~r(X10_967_3), r(skolem_Y1111(X10_967_3))
% 251.92/36.14 -> [38621] r(X10_967_3), ~r(skolem_Y1111(X10_967_3))
% 251.92/36.14
% 251.92/36.14 [38620] CLOSURE : ~r(X10_967_3)
% 251.92/36.14
% 251.92/36.14 [38621] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [38649] ~r(X8_1134_4)
% 251.92/36.14
% 251.92/36.14 [38649] CLOSURE : ~r(X8_1134_4)
% 251.92/36.14
% 251.92/36.14 [533] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [653] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [654] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [654] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [664] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [664] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [8039] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [8039] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [8041] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [8041] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [8042] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [8043] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [8042] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [8043] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [37992] r(Y5_1211_1)
% 251.92/36.14
% 251.92/36.14 [37992] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [38011] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [38011] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [38014] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [38015] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [38014] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [38015] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [38044] ~! [Y11_11] : ((r(X10_940_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [38044] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_940_3) <=> r(Y11_11)))
% 251.92/36.14 -> [38045] ~(r(X10_940_3) <=> r(skolem_Y1111(X10_940_3)))
% 251.92/36.14
% 251.92/36.14 [38045] BETA_NOT_EQUIV : ~(r(X10_940_3) <=> r(skolem_Y1111(X10_940_3)))
% 251.92/36.14 -> [38046] ~r(X10_940_3), r(skolem_Y1111(X10_940_3))
% 251.92/36.14 -> [38047] r(X10_940_3), ~r(skolem_Y1111(X10_940_3))
% 251.92/36.14
% 251.92/36.14 [38046] CLOSURE : ~r(X10_940_3)
% 251.92/36.14
% 251.92/36.14 [38047] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [38173] ~r(X8_1105_4)
% 251.92/36.14
% 251.92/36.14 [38173] CLOSURE : ~r(X8_1105_4)
% 251.92/36.14
% 251.92/36.14 [653] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [807] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [807] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [8697] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [8697] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [8698] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [8698] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [8699] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [8700] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [8700] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [8699] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [11506] r(skolem_Y1111(X10_197_3))
% 251.92/36.14
% 251.92/36.14 [11506] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [12410] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [12410] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [12411] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [12412] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [12412] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [12411] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [18072] ~! [Y11_11] : ((r(X10_197_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [18072] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_197_3) <=> r(Y11_11)))
% 251.92/36.14 -> [18073] ~(r(X10_197_3) <=> r(skolem_Y1111(X10_197_3)))
% 251.92/36.14
% 251.92/36.14 [18073] BETA_NOT_EQUIV : ~(r(X10_197_3) <=> r(skolem_Y1111(X10_197_3)))
% 251.92/36.14 -> [18074] ~r(X10_197_3), r(skolem_Y1111(X10_197_3))
% 251.92/36.14 -> [18075] r(X10_197_3), ~r(skolem_Y1111(X10_197_3))
% 251.92/36.14
% 251.92/36.14 [18075] CLOSURE : ~r(skolem_Y1111(X10_197_3))
% 251.92/36.14
% 251.92/36.14 [18074] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [40324] ~r(X8_1228_4)
% 251.92/36.14
% 251.92/36.14 [40324] CLOSURE : ~r(X8_1228_4)
% 251.92/36.14
% 251.92/36.14 [191] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [2478] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [2479] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [2478] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [2726] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [2727] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [2727] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [2730] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [2730] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [3373] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [3373] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [3374] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [3374] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [3375] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [3376] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [3375] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [3376] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [6686] r(Y5_187_1)
% 251.92/36.14
% 251.92/36.14 [6686] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [6779] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [6779] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [6780] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [6781] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [6780] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [6781] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [6975] ~! [Y11_11] : ((r(X10_38_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [6975] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_38_3) <=> r(Y11_11)))
% 251.92/36.14 -> [6976] ~(r(X10_38_3) <=> r(skolem_Y1111(X10_38_3)))
% 251.92/36.14
% 251.92/36.14 [6976] BETA_NOT_EQUIV : ~(r(X10_38_3) <=> r(skolem_Y1111(X10_38_3)))
% 251.92/36.14 -> [6977] ~r(X10_38_3), r(skolem_Y1111(X10_38_3))
% 251.92/36.14 -> [6978] r(X10_38_3), ~r(skolem_Y1111(X10_38_3))
% 251.92/36.14
% 251.92/36.14 [6977] CLOSURE : ~r(X10_38_3)
% 251.92/36.14
% 251.92/36.14 [6978] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [9911] ~r(X8_39_4)
% 251.92/36.14
% 251.92/36.14 [9911] CLOSURE : ~r(X8_39_4)
% 251.92/36.14
% 251.92/36.14 [2726] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [3003] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [3003] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [3004] ~! [Y3_3] : ((p(X2_99_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [3004] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_99_0) <=> p(Y3_3)))
% 251.92/36.14 -> [3005] ~(p(X2_99_0) <=> p(skolem_Y33(X2_99_0)))
% 251.92/36.14
% 251.92/36.14 [3005] BETA_NOT_EQUIV : ~(p(X2_99_0) <=> p(skolem_Y33(X2_99_0)))
% 251.92/36.14 -> [3006] ~p(X2_99_0), p(skolem_Y33(X2_99_0))
% 251.92/36.14 -> [3007] p(X2_99_0), ~p(skolem_Y33(X2_99_0))
% 251.92/36.14
% 251.92/36.14 [3007] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [6664] r(skolem_Y1111(X10_72_3))
% 251.92/36.14
% 251.92/36.14 [6664] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [6894] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [6894] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [6895] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [6896] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [6896] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [6895] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [11294] ~! [Y11_11] : ((r(X10_72_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [11294] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_72_3) <=> r(Y11_11)))
% 251.92/36.14 -> [11295] ~(r(X10_72_3) <=> r(skolem_Y1111(X10_72_3)))
% 251.92/36.14
% 251.92/36.14 [11295] BETA_NOT_EQUIV : ~(r(X10_72_3) <=> r(skolem_Y1111(X10_72_3)))
% 251.92/36.14 -> [11296] ~r(X10_72_3), r(skolem_Y1111(X10_72_3))
% 251.92/36.14 -> [11297] r(X10_72_3), ~r(skolem_Y1111(X10_72_3))
% 251.92/36.14
% 251.92/36.14 [11297] CLOSURE : ~r(skolem_Y1111(X10_72_3))
% 251.92/36.14
% 251.92/36.14 [11296] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [23255] ~r(X8_329_4)
% 251.92/36.14
% 251.92/36.14 [23255] CLOSURE : ~r(X8_329_4)
% 251.92/36.14
% 251.92/36.14 [3006] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [6803] r(skolem_Y1111(X10_668_3))
% 251.92/36.14
% 251.92/36.14 [6803] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [7249] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [7249] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [7250] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [7251] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [7251] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [7250] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [30000] ~! [Y11_11] : ((r(X10_668_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [30000] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_668_3) <=> r(Y11_11)))
% 251.92/36.14 -> [30001] ~(r(X10_668_3) <=> r(skolem_Y1111(X10_668_3)))
% 251.92/36.14
% 251.92/36.14 [30001] BETA_NOT_EQUIV : ~(r(X10_668_3) <=> r(skolem_Y1111(X10_668_3)))
% 251.92/36.14 -> [30002] ~r(X10_668_3), r(skolem_Y1111(X10_668_3))
% 251.92/36.14 -> [30003] r(X10_668_3), ~r(skolem_Y1111(X10_668_3))
% 251.92/36.14
% 251.92/36.14 [30003] CLOSURE : ~r(skolem_Y1111(X10_668_3))
% 251.92/36.14
% 251.92/36.14 [30002] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [30144] ~r(X8_735_4)
% 251.92/36.14
% 251.92/36.14 [30144] CLOSURE : ~r(X8_735_4)
% 251.92/36.14
% 251.92/36.14 [2479] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [2480] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [2480] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [2481] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [2482] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [2482] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [2771] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [2771] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [3442] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [3442] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [16743] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [16743] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [16744] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [16744] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [16745] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [16746] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [16745] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [16746] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [17977] r(skolem_Y1111(X10_1022_3))
% 251.92/36.14
% 251.92/36.14 [17977] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [19052] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [19052] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [19053] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [19054] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [19054] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [19053] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [39748] ~! [Y11_11] : ((r(X10_1022_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [39748] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1022_3) <=> r(Y11_11)))
% 251.92/36.14 -> [39749] ~(r(X10_1022_3) <=> r(skolem_Y1111(X10_1022_3)))
% 251.92/36.14
% 251.92/36.14 [39749] BETA_NOT_EQUIV : ~(r(X10_1022_3) <=> r(skolem_Y1111(X10_1022_3)))
% 251.92/36.14 -> [39750] ~r(X10_1022_3), r(skolem_Y1111(X10_1022_3))
% 251.92/36.14 -> [39751] r(X10_1022_3), ~r(skolem_Y1111(X10_1022_3))
% 251.92/36.14
% 251.92/36.14 [39751] CLOSURE : ~r(skolem_Y1111(X10_1022_3))
% 251.92/36.14
% 251.92/36.14 [39750] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [39836] ~r(X8_1206_4)
% 251.92/36.14
% 251.92/36.14 [39836] CLOSURE : ~r(X8_1206_4)
% 251.92/36.14
% 251.92/36.14 [2481] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [3092] ~! [Y3_3] : ((p(X2_102_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [3092] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_102_0) <=> p(Y3_3)))
% 251.92/36.14 -> [3093] ~(p(X2_102_0) <=> p(skolem_Y33(X2_102_0)))
% 251.92/36.14
% 251.92/36.14 [3093] BETA_NOT_EQUIV : ~(p(X2_102_0) <=> p(skolem_Y33(X2_102_0)))
% 251.92/36.14 -> [3096] ~p(X2_102_0), p(skolem_Y33(X2_102_0))
% 251.92/36.14 -> [3097] p(X2_102_0), ~p(skolem_Y33(X2_102_0))
% 251.92/36.14
% 251.92/36.14 [3097] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [16584] r(Y5_660_1)
% 251.92/36.14
% 251.92/36.14 [16584] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [37945] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [37945] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [37946] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [37947] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [37946] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [37947] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [37972] ~! [Y11_11] : ((r(X10_938_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [37972] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_938_3) <=> r(Y11_11)))
% 251.92/36.14 -> [37973] ~(r(X10_938_3) <=> r(skolem_Y1111(X10_938_3)))
% 251.92/36.14
% 251.92/36.14 [37973] BETA_NOT_EQUIV : ~(r(X10_938_3) <=> r(skolem_Y1111(X10_938_3)))
% 251.92/36.14 -> [37974] ~r(X10_938_3), r(skolem_Y1111(X10_938_3))
% 251.92/36.14 -> [37975] r(X10_938_3), ~r(skolem_Y1111(X10_938_3))
% 251.92/36.14
% 251.92/36.14 [37974] CLOSURE : ~r(X10_938_3)
% 251.92/36.14
% 251.92/36.14 [37975] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [38175] ~r(X8_1107_4)
% 251.92/36.14
% 251.92/36.14 [38175] CLOSURE : ~r(X8_1107_4)
% 251.92/36.14
% 251.92/36.14 [3096] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [16259] r(Y5_648_1)
% 251.92/36.14
% 251.92/36.14 [16259] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [17092] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [17092] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [17093] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [17094] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [17093] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [17894] BETA_NOT_EQUIV : ~(r(X10_193_3) <=> r(skolem_Y1111(X10_193_3)))
% 251.92/36.14 -> [40996] ~r(X10_193_3), r(skolem_Y1111(X10_193_3))
% 251.92/36.14 -> [40997] r(X10_193_3), ~r(skolem_Y1111(X10_193_3))
% 251.92/36.14
% 251.92/36.14 [40996] CLOSURE : ~r(X10_193_3)
% 251.92/36.14
% 251.92/36.14 [40997] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [41129] ~r(X8_1264_4)
% 251.92/36.14
% 251.92/36.14 [41129] CLOSURE : ~r(X8_1264_4)
% 251.92/36.14
% 251.92/36.14 [153] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.14 -> [165] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [166] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.14
% 251.92/36.14 [165] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [210] ~p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [210] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [218] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [219] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [218] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [258] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [259] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [258] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [13375] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [13375] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [13376] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [13376] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [13377] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [13378] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [13378] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [13377] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [22281] r(Y5_905_1)
% 251.92/36.14
% 251.92/36.14 [22281] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [22589] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [22589] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [22592] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [22593] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [22592] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [22881] BETA_NOT_EQUIV : ~(r(X10_353_3) <=> r(skolem_Y1111(X10_353_3)))
% 251.92/36.14 -> [24541] ~r(X10_353_3), r(skolem_Y1111(X10_353_3))
% 251.92/36.14 -> [24542] r(X10_353_3), ~r(skolem_Y1111(X10_353_3))
% 251.92/36.14
% 251.92/36.14 [24541] CLOSURE : ~r(X10_353_3)
% 251.92/36.14
% 251.92/36.14 [24542] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [25387] ~r(X8_486_4)
% 251.92/36.14
% 251.92/36.14 [25387] CLOSURE : ~r(X8_486_4)
% 251.92/36.14
% 251.92/36.14 [259] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [3718] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [3718] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [13935] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [13935] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [15228] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [15228] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [15229] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [15229] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [15230] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [15231] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [15230] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [15231] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [23864] r(skolem_Y1111(X10_474_3))
% 251.92/36.14
% 251.92/36.14 [23864] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [24158] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [24158] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [24159] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [24160] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [24160] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [24159] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [25436] ~! [Y11_11] : ((r(X10_474_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [25436] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_474_3) <=> r(Y11_11)))
% 251.92/36.14 -> [25437] ~(r(X10_474_3) <=> r(skolem_Y1111(X10_474_3)))
% 251.92/36.14
% 251.92/36.14 [25437] BETA_NOT_EQUIV : ~(r(X10_474_3) <=> r(skolem_Y1111(X10_474_3)))
% 251.92/36.14 -> [25438] ~r(X10_474_3), r(skolem_Y1111(X10_474_3))
% 251.92/36.14 -> [25439] r(X10_474_3), ~r(skolem_Y1111(X10_474_3))
% 251.92/36.14
% 251.92/36.14 [25439] CLOSURE : ~r(skolem_Y1111(X10_474_3))
% 251.92/36.14
% 251.92/36.14 [25438] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [26597] ~r(X8_543_4)
% 251.92/36.14
% 251.92/36.14 [26597] CLOSURE : ~r(X8_543_4)
% 251.92/36.14
% 251.92/36.14 [219] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [3667] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [3667] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [3670] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [3671] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [3671] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [3674] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [3674] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [5294] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [5294] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [5295] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [5295] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [5296] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [5297] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [5296] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [5297] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [22576] r(Y5_912_1)
% 251.92/36.14
% 251.92/36.14 [22576] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [22914] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [22914] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [22915] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [22916] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [22915] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [23176] BETA_NOT_EQUIV : ~(r(X10_377_3) <=> r(skolem_Y1111(X10_377_3)))
% 251.92/36.14 -> [24783] ~r(X10_377_3), r(skolem_Y1111(X10_377_3))
% 251.92/36.14 -> [24784] r(X10_377_3), ~r(skolem_Y1111(X10_377_3))
% 251.92/36.14
% 251.92/36.14 [24783] CLOSURE : ~r(X10_377_3)
% 251.92/36.14
% 251.92/36.14 [24784] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [25584] ~r(X8_495_4)
% 251.92/36.14
% 251.92/36.14 [25584] CLOSURE : ~r(X8_495_4)
% 251.92/36.14
% 251.92/36.14 [3670] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [4631] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [4631] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [4632] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [4632] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [4633] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [4633] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [4634] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [4635] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [4635] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [4634] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [13692] r(Y5_541_1)
% 251.92/36.14
% 251.92/36.14 [13692] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [33136] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [33136] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [33137] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [33138] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [33138] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [33137] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [33458] ~! [Y11_11] : ((r(X10_759_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [33458] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_759_3) <=> r(Y11_11)))
% 251.92/36.14 -> [33459] ~(r(X10_759_3) <=> r(skolem_Y1111(X10_759_3)))
% 251.92/36.14
% 251.92/36.14 [33459] BETA_NOT_EQUIV : ~(r(X10_759_3) <=> r(skolem_Y1111(X10_759_3)))
% 251.92/36.14 -> [33460] ~r(X10_759_3), r(skolem_Y1111(X10_759_3))
% 251.92/36.14 -> [33461] r(X10_759_3), ~r(skolem_Y1111(X10_759_3))
% 251.92/36.14
% 251.92/36.14 [33460] CLOSURE : ~r(X10_759_3)
% 251.92/36.14
% 251.92/36.14 [33461] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [33827] ~r(X8_875_4)
% 251.92/36.14
% 251.92/36.14 [33827] CLOSURE : ~r(X8_875_4)
% 251.92/36.14
% 251.92/36.14 [166] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [172] s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [172] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [243] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [244] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [243] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [1506] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [1507] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [1507] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [1512] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [1512] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [2960] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [2960] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [10614] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [10614] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [10615] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [10615] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [10616] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [10617] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [10616] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [10617] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [12609] r(Y5_482_1)
% 251.92/36.14
% 251.92/36.14 [12609] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [13676] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [13676] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [13677] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [13678] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [13678] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [13677] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [23431] ~! [Y11_11] : ((r(X10_390_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [23431] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_390_3) <=> r(Y11_11)))
% 251.92/36.14 -> [23432] ~(r(X10_390_3) <=> r(skolem_Y1111(X10_390_3)))
% 251.92/36.14
% 251.92/36.14 [23432] BETA_NOT_EQUIV : ~(r(X10_390_3) <=> r(skolem_Y1111(X10_390_3)))
% 251.92/36.14 -> [23433] ~r(X10_390_3), r(skolem_Y1111(X10_390_3))
% 251.92/36.14 -> [23434] r(X10_390_3), ~r(skolem_Y1111(X10_390_3))
% 251.92/36.14
% 251.92/36.14 [23433] CLOSURE : ~r(X10_390_3)
% 251.92/36.14
% 251.92/36.14 [23434] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [24364] ~r(X8_418_4)
% 251.92/36.14
% 251.92/36.14 [24364] CLOSURE : ~r(X8_418_4)
% 251.92/36.14
% 251.92/36.14 [1506] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [2201] ~! [Y3_3] : ((p(X2_66_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [2201] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_66_0) <=> p(Y3_3)))
% 251.92/36.14 -> [2202] ~(p(X2_66_0) <=> p(skolem_Y33(X2_66_0)))
% 251.92/36.14
% 251.92/36.14 [2202] BETA_NOT_EQUIV : ~(p(X2_66_0) <=> p(skolem_Y33(X2_66_0)))
% 251.92/36.14 -> [2203] ~p(X2_66_0), p(skolem_Y33(X2_66_0))
% 251.92/36.14 -> [2204] p(X2_66_0), ~p(skolem_Y33(X2_66_0))
% 251.92/36.14
% 251.92/36.14 [2203] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [18413] r(skolem_Y1111(X10_244_3))
% 251.92/36.14
% 251.92/36.14 [18413] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [19132] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [19132] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [19133] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [19134] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19133] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19585] BETA_NOT_EQUIV : ~(r(X10_244_3) <=> r(skolem_Y1111(X10_244_3)))
% 251.92/36.14 -> [22229] ~r(X10_244_3), r(skolem_Y1111(X10_244_3))
% 251.92/36.14 -> [22230] r(X10_244_3), ~r(skolem_Y1111(X10_244_3))
% 251.92/36.14
% 251.92/36.14 [22230] CLOSURE : ~r(skolem_Y1111(X10_244_3))
% 251.92/36.14
% 251.92/36.14 [22229] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [23580] ~r(X8_357_4)
% 251.92/36.14
% 251.92/36.14 [23580] CLOSURE : ~r(X8_357_4)
% 251.92/36.14
% 251.92/36.14 [2204] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [4537] r(Y5_124_1)
% 251.92/36.14
% 251.92/36.14 [4537] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [18724] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [18724] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [18725] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [18726] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [18725] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19098] BETA_NOT_EQUIV : ~(r(X10_223_3) <=> r(skolem_Y1111(X10_223_3)))
% 251.92/36.14 -> [41731] ~r(X10_223_3), r(skolem_Y1111(X10_223_3))
% 251.92/36.14 -> [41732] r(X10_223_3), ~r(skolem_Y1111(X10_223_3))
% 251.92/36.14
% 251.92/36.14 [41731] CLOSURE : ~r(X10_223_3)
% 251.92/36.14
% 251.92/36.14 [41732] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [42018] ~r(X8_1317_4)
% 251.92/36.14
% 251.92/36.14 [42018] CLOSURE : ~r(X8_1317_4)
% 251.92/36.14
% 251.92/36.14 [244] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [263] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [263] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [278] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [279] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [278] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [307] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [307] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [402] ~! [Y3_3] : ((p(X2_4_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [402] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_4_0) <=> p(Y3_3)))
% 251.92/36.14 -> [403] ~(p(X2_4_0) <=> p(skolem_Y33(X2_4_0)))
% 251.92/36.14
% 251.92/36.14 [403] BETA_NOT_EQUIV : ~(p(X2_4_0) <=> p(skolem_Y33(X2_4_0)))
% 251.92/36.14 -> [404] ~p(X2_4_0), p(skolem_Y33(X2_4_0))
% 251.92/36.14 -> [405] p(X2_4_0), ~p(skolem_Y33(X2_4_0))
% 251.92/36.14
% 251.92/36.14 [405] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [879] r(skolem_Y1111(X10_651_3))
% 251.92/36.14
% 251.92/36.14 [879] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [1277] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [1277] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [1278] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [1279] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [1279] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [1278] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [29718] ~! [Y11_11] : ((r(X10_651_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [29718] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_651_3) <=> r(Y11_11)))
% 251.92/36.14 -> [29719] ~(r(X10_651_3) <=> r(skolem_Y1111(X10_651_3)))
% 251.92/36.14
% 251.92/36.14 [29719] BETA_NOT_EQUIV : ~(r(X10_651_3) <=> r(skolem_Y1111(X10_651_3)))
% 251.92/36.14 -> [29720] ~r(X10_651_3), r(skolem_Y1111(X10_651_3))
% 251.92/36.14 -> [29721] r(X10_651_3), ~r(skolem_Y1111(X10_651_3))
% 251.92/36.14
% 251.92/36.14 [29721] CLOSURE : ~r(skolem_Y1111(X10_651_3))
% 251.92/36.14
% 251.92/36.14 [29720] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [29833] ~r(X8_719_4)
% 251.92/36.14
% 251.92/36.14 [29833] CLOSURE : ~r(X8_719_4)
% 251.92/36.14
% 251.92/36.14 [404] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [639] r(skolem_Y1111(X10_113_3))
% 251.92/36.14
% 251.92/36.14 [639] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [7967] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [7967] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [7973] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [7974] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [7973] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [7974] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [14182] ~! [Y11_11] : ((r(X10_113_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [14182] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_113_3) <=> r(Y11_11)))
% 251.92/36.14 -> [14183] ~(r(X10_113_3) <=> r(skolem_Y1111(X10_113_3)))
% 251.92/36.14
% 251.92/36.14 [14183] BETA_NOT_EQUIV : ~(r(X10_113_3) <=> r(skolem_Y1111(X10_113_3)))
% 251.92/36.14 -> [14185] ~r(X10_113_3), r(skolem_Y1111(X10_113_3))
% 251.92/36.14 -> [14186] r(X10_113_3), ~r(skolem_Y1111(X10_113_3))
% 251.92/36.14
% 251.92/36.14 [14186] CLOSURE : ~r(skolem_Y1111(X10_113_3))
% 251.92/36.14
% 251.92/36.14 [14185] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [35318] ~r(X8_930_4)
% 251.92/36.14
% 251.92/36.14 [35318] CLOSURE : ~r(X8_930_4)
% 251.92/36.14
% 251.92/36.14 [279] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [295] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [295] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [339] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [339] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [351] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [351] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [354] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [355] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [354] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [355] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [5371] r(Y5_144_1)
% 251.92/36.14
% 251.92/36.14 [5371] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [19956] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [19956] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [19957] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [19958] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19957] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19958] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [20584] ~! [Y11_11] : ((r(X10_276_3) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [20584] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_276_3) <=> r(Y11_11)))
% 251.92/36.14 -> [20585] ~(r(X10_276_3) <=> r(skolem_Y1111(X10_276_3)))
% 251.92/36.14
% 251.92/36.14 [20585] BETA_NOT_EQUIV : ~(r(X10_276_3) <=> r(skolem_Y1111(X10_276_3)))
% 251.92/36.14 -> [20586] ~r(X10_276_3), r(skolem_Y1111(X10_276_3))
% 251.92/36.14 -> [20587] r(X10_276_3), ~r(skolem_Y1111(X10_276_3))
% 251.92/36.14
% 251.92/36.14 [20586] CLOSURE : ~r(X10_276_3)
% 251.92/36.14
% 251.92/36.14 [20587] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [42017] ~r(X8_1316_4)
% 251.92/36.14
% 251.92/36.14 [42017] CLOSURE : ~r(X8_1316_4)
% 251.92/36.14
% 251.92/36.14 [60] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.14 -> [75] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [75] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.14 -> [76] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.14 -> [77] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.14
% 251.92/36.14 [77] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [87] r(skolem_X88)
% 251.92/36.14
% 251.92/36.14 [87] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.14 -> [6497] ~s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [6497] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.14 -> [8335] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [8336] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14
% 251.92/36.14 [8335] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.14 -> [9043] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [9044] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14
% 251.92/36.14 [9044] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [9046] s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [9046] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [15900] ~p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [15900] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [17002] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [17003] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [17003] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [17011] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [17011] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [17012] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [17013] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [17013] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [17017] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [17017] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [18214] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [18214] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [18215] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [18215] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [18216] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [18217] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [18217] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [18216] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [39615] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [39615] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [39652] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [39652] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [39653] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [39654] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [39653] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [39700] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1094_3))
% 251.92/36.14 -> [39975] ~r(skolem_X1010), ~r(Y11_1094_3)
% 251.92/36.14 -> [39976] r(skolem_X1010), r(Y11_1094_3)
% 251.92/36.14
% 251.92/36.14 [39975] CLOSURE : ~r(Y11_1094_3)
% 251.92/36.14
% 251.92/36.14 [39976] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14 -> [39979] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [39979] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.14 -> [39980] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.14 -> [39981] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [39981] CLOSURE : s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [39980] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [40012] q(Y17_150_5)
% 251.92/36.14
% 251.92/36.14 [40012] GAMMA_FORALL : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [40017] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14
% 251.92/36.14 [40017] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [40018] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [40018] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [40019] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [40019] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [40020] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [40021] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [40020] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [40021] : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [40065] ! [Y5_5] : (r(Y5_5))
% 251.92/36.14
% 251.92/36.14 [40065] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [40066] r(Y5_1289_1)
% 251.92/36.14
% 251.92/36.14 [40066] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [40094] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14
% 251.92/36.14 [40094] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [40095] (q(skolem_X66) <=> q(Y7_1273_2))
% 251.92/36.14
% 251.92/36.14 [40095] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1273_2))
% 251.92/36.14 -> [40096] ~q(skolem_X66), ~q(Y7_1273_2)
% 251.92/36.14 -> [40097] q(skolem_X66), q(Y7_1273_2)
% 251.92/36.14
% 251.92/36.14 [40096] CLOSURE : ~q(skolem_X66)
% 251.92/36.14
% 251.92/36.14 [40097] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [40109] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [40109] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [40110] (r(skolem_X1010) <=> r(Y11_1109_3))
% 251.92/36.14
% 251.92/36.14 [40110] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1109_3))
% 251.92/36.14 -> [40111] ~r(skolem_X1010), ~r(Y11_1109_3)
% 251.92/36.14 -> [40112] r(skolem_X1010), r(Y11_1109_3)
% 251.92/36.14
% 251.92/36.14 [40111] CLOSURE : ~r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [40112] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14 -> [40124] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [40124] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14 -> [40125] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.14
% 251.92/36.14 [40125] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.14 -> [40127] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.92/36.14 -> [40128] s(skolem_X1414), s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [40128] CLOSURE : s(skolem_X1414)
% 251.92/36.14
% 251.92/36.14 [40127] CLOSURE : ~s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [17012] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [17369] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [17369] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [18588] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [18588] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [18589] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [18589] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [18590] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [18591] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [18591] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [18590] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [19974] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [19974] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [20763] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [20763] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [20764] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [20765] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [20764] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [20765] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [40126] (r(skolem_X1010) <=> r(Y11_1110_3))
% 251.92/36.14
% 251.92/36.14 [40126] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1110_3))
% 251.92/36.14 -> [40129] ~r(skolem_X1010), ~r(Y11_1110_3)
% 251.92/36.14 -> [40130] r(skolem_X1010), r(Y11_1110_3)
% 251.92/36.14
% 251.92/36.14 [40129] CLOSURE : ~r(Y11_1110_3)
% 251.92/36.14
% 251.92/36.14 [40130] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14 -> [40227] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [40227] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.14 -> [40228] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.14 -> [40229] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [40229] CLOSURE : s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [40228] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [40516] ~p(X16_192_5)
% 251.92/36.14
% 251.92/36.14 [40516] CLOSURE : ~p(X16_192_5)
% 251.92/36.14
% 251.92/36.14 [17002] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [17366] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [17367] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [17367] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [17368] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [17368] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [18583] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [18583] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [19310] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [19310] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [19311] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [19311] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [19312] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [19313] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [19313] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [19312] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [39594] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [39594] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [39619] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [39619] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [39620] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [39621] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [39621] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [39620] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [39713] (r(skolem_X1010) <=> r(Y11_1097_3))
% 251.92/36.14
% 251.92/36.14 [39713] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1097_3))
% 251.92/36.14 -> [39714] ~r(skolem_X1010), ~r(Y11_1097_3)
% 251.92/36.14 -> [39715] r(skolem_X1010), r(Y11_1097_3)
% 251.92/36.14
% 251.92/36.14 [39714] CLOSURE : ~r(Y11_1097_3)
% 251.92/36.14
% 251.92/36.14 [39715] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [39740] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [39740] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.14 -> [39741] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.14
% 251.92/36.14 [39741] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.14 -> [39742] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.14 -> [39743] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [39743] CLOSURE : s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [39742] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [39838] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14
% 251.92/36.14 [39838] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [39839] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [39839] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [39840] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [39840] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [39841] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [39842] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [39841] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [39842] : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [39920] ! [Y5_5] : (r(Y5_5))
% 251.92/36.14
% 251.92/36.14 [39920] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [39921] r(Y5_1283_1)
% 251.92/36.14
% 251.92/36.14 [39921] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [39943] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14
% 251.92/36.14 [39943] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [39944] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [39944] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [39945] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [39946] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [39946] CLOSURE : q(skolem_X66)
% 251.92/36.14
% 251.92/36.14 [39945] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [17366] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [17813] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [17813] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [17814] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [17814] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [17815] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [17816] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [17816] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [17815] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [19299] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [19299] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [20188] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [20188] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [20189] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [20190] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [20189] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [39378] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1082_3))
% 251.92/36.14 -> [40131] ~r(skolem_X1010), ~r(Y11_1082_3)
% 251.92/36.14 -> [40132] r(skolem_X1010), r(Y11_1082_3)
% 251.92/36.14
% 251.92/36.14 [40131] CLOSURE : ~r(Y11_1082_3)
% 251.92/36.14
% 251.92/36.14 [40132] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [40249] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [40249] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.14 -> [40250] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.14
% 251.92/36.14 [40250] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.14 -> [40251] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.14 -> [40252] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [40252] CLOSURE : s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [40251] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [40909] ~p(X16_193_5)
% 251.92/36.14
% 251.92/36.14 [40909] CLOSURE : ~p(X16_193_5)
% 251.92/36.14
% 251.92/36.14 [9043] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [9704] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [9705] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [9705] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [9710] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [9710] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [9711] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [9712] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [9711] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [15885] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [15885] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [16989] ~! [Y3_3] : ((p(X2_705_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [16989] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_705_0) <=> p(Y3_3)))
% 251.92/36.14 -> [16993] ~(p(X2_705_0) <=> p(skolem_Y33(X2_705_0)))
% 251.92/36.14
% 251.92/36.14 [16993] BETA_NOT_EQUIV : ~(p(X2_705_0) <=> p(skolem_Y33(X2_705_0)))
% 251.92/36.14 -> [16994] ~p(X2_705_0), p(skolem_Y33(X2_705_0))
% 251.92/36.14 -> [16995] p(X2_705_0), ~p(skolem_Y33(X2_705_0))
% 251.92/36.14
% 251.92/36.14 [16994] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [18809] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [18809] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [19544] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [19544] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [19545] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [19546] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [19546] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [19545] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [39363] (r(skolem_X1010) <=> r(Y11_1081_3))
% 251.92/36.14
% 251.92/36.14 [39363] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1081_3))
% 251.92/36.14 -> [39364] ~r(skolem_X1010), ~r(Y11_1081_3)
% 251.92/36.14 -> [39365] r(skolem_X1010), r(Y11_1081_3)
% 251.92/36.14
% 251.92/36.14 [39364] CLOSURE : ~r(Y11_1081_3)
% 251.92/36.14
% 251.92/36.14 [39365] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [39402] ~s(X12_634_4)
% 251.92/36.14
% 251.92/36.14 [39402] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [39490] p(Y13_568_5)
% 251.92/36.14
% 251.92/36.14 [39490] CLOSURE : p(Y13_568_5)
% 251.92/36.14
% 251.92/36.14 [16995] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [18580] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [18580] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [19292] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [19292] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [19293] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [19294] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19293] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19294] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [39489] (r(skolem_X1010) <=> r(Y11_1085_3))
% 251.92/36.14
% 251.92/36.14 [39489] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1085_3))
% 251.92/36.14 -> [39491] ~r(skolem_X1010), ~r(Y11_1085_3)
% 251.92/36.14 -> [39492] r(skolem_X1010), r(Y11_1085_3)
% 251.92/36.14
% 251.92/36.14 [39491] CLOSURE : ~r(Y11_1085_3)
% 251.92/36.14
% 251.92/36.14 [39492] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [39626] ~s(X12_642_4)
% 251.92/36.14
% 251.92/36.14 [39626] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [39767] p(Y13_576_5)
% 251.92/36.14
% 251.92/36.14 [39767] CLOSURE : p(Y13_576_5)
% 251.92/36.14
% 251.92/36.14 [9712] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [9713] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [9713] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [16193] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [16193] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [16194] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [16194] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [16195] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [16196] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [16195] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [16196] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [17805] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [17805] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [18819] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [18819] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [18820] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [18821] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [18820] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19734] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_329_3))
% 251.92/36.14 -> [39736] ~r(skolem_X1010), ~r(Y11_329_3)
% 251.92/36.14 -> [39737] r(skolem_X1010), r(Y11_329_3)
% 251.92/36.14
% 251.92/36.14 [39736] CLOSURE : ~r(Y11_329_3)
% 251.92/36.14
% 251.92/36.14 [39737] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [39883] ~s(X12_649_4)
% 251.92/36.14
% 251.92/36.14 [39883] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [39977] p(Y13_580_5)
% 251.92/36.14
% 251.92/36.14 [39977] CLOSURE : p(Y13_580_5)
% 251.92/36.14
% 251.92/36.14 [9704] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [15873] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [15874] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [15874] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [15876] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [15876] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [16585] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [16585] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [18173] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [18173] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [18174] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [18174] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [18175] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [18176] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [18175] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [18176] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [19531] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [19531] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [20164] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [20164] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [20165] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [20166] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [20166] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [20165] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [32948] (r(skolem_X1010) <=> r(Y11_818_3))
% 251.92/36.14
% 251.92/36.14 [32948] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_818_3))
% 251.92/36.14 -> [32949] ~r(skolem_X1010), ~r(Y11_818_3)
% 251.92/36.14 -> [32950] r(skolem_X1010), r(Y11_818_3)
% 251.92/36.14
% 251.92/36.14 [32949] CLOSURE : ~r(Y11_818_3)
% 251.92/36.14
% 251.92/36.14 [32950] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [33007] ~s(X12_452_4)
% 251.92/36.14
% 251.92/36.14 [33007] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [33052] p(Y13_390_5)
% 251.92/36.14
% 251.92/36.14 [33052] CLOSURE : p(Y13_390_5)
% 251.92/36.14
% 251.92/36.14 [15873] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [16181] ~! [Y3_3] : ((p(X2_667_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [16181] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_667_0) <=> p(Y3_3)))
% 251.92/36.14 -> [16182] ~(p(X2_667_0) <=> p(skolem_Y33(X2_667_0)))
% 251.92/36.14
% 251.92/36.14 [16182] BETA_NOT_EQUIV : ~(p(X2_667_0) <=> p(skolem_Y33(X2_667_0)))
% 251.92/36.14 -> [16183] ~p(X2_667_0), p(skolem_Y33(X2_667_0))
% 251.92/36.14 -> [16184] p(X2_667_0), ~p(skolem_Y33(X2_667_0))
% 251.92/36.14
% 251.92/36.14 [16184] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [17794] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [17794] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [18796] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [18796] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [18799] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [18800] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [18799] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19724] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_328_3))
% 251.92/36.14 -> [32998] ~r(skolem_X1010), ~r(Y11_328_3)
% 251.92/36.14 -> [32999] r(skolem_X1010), r(Y11_328_3)
% 251.92/36.14
% 251.92/36.14 [32998] CLOSURE : ~r(Y11_328_3)
% 251.92/36.14
% 251.92/36.14 [32999] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [33079] ~s(X12_457_4)
% 251.92/36.14
% 251.92/36.14 [33079] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [33116] p(Y13_391_5)
% 251.92/36.14
% 251.92/36.14 [33116] CLOSURE : p(Y13_391_5)
% 251.92/36.14
% 251.92/36.14 [16183] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [18793] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [18793] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [19711] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [19711] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [19712] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [19713] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19712] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [20693] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_369_3))
% 251.92/36.14 -> [41384] ~r(skolem_X1010), ~r(Y11_369_3)
% 251.92/36.14 -> [41385] r(skolem_X1010), r(Y11_369_3)
% 251.92/36.14
% 251.92/36.14 [41384] CLOSURE : ~r(Y11_369_3)
% 251.92/36.14
% 251.92/36.14 [41385] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [41423] ~s(X12_677_4)
% 251.92/36.14
% 251.92/36.14 [41423] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [41452] p(Y13_616_5)
% 251.92/36.14
% 251.92/36.14 [41452] CLOSURE : p(Y13_616_5)
% 251.92/36.14
% 251.92/36.14 [8336] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.14 -> [8340] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [8341] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.14
% 251.92/36.14 [8340] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [9055] ~p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [9055] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [16613] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [16614] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [16614] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [16615] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [16615] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [16616] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [16617] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [16616] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [17024] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [17024] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [17025] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [17025] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [17026] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [17027] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [17027] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [17026] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [18855] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [18855] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [19579] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [19579] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [19580] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [19581] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [19580] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [20475] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_361_3))
% 251.92/36.14 -> [39609] ~r(skolem_X1010), ~r(Y11_361_3)
% 251.92/36.14 -> [39610] r(skolem_X1010), r(Y11_361_3)
% 251.92/36.14
% 251.92/36.14 [39609] CLOSURE : ~r(Y11_361_3)
% 251.92/36.14
% 251.92/36.14 [39610] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [39661] ~s(skolem_X1414)
% 251.92/36.14
% 251.92/36.14 [39661] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14 -> [39692] (s(skolem_X1414) <=> s(Y15_295_5))
% 251.92/36.14
% 251.92/36.14 [39692] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_295_5))
% 251.92/36.14 -> [39693] ~s(skolem_X1414), ~s(Y15_295_5)
% 251.92/36.14 -> [39694] s(skolem_X1414), s(Y15_295_5)
% 251.92/36.14
% 251.92/36.14 [39694] CLOSURE : s(Y15_295_5)
% 251.92/36.14
% 251.92/36.14 [39693] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [39739] ~p(X16_185_6)
% 251.92/36.14
% 251.92/36.14 [39739] CLOSURE : ~p(X16_185_6)
% 251.92/36.14
% 251.92/36.14 [16617] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [16619] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [16619] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [17849] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [17849] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [18856] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [18856] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [18857] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [18857] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [18858] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [18859] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [18859] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [18858] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [40035] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [40035] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [40106] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [40106] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [40107] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [40108] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [40108] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [40107] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [40279] (r(skolem_X1010) <=> r(Y11_1119_3))
% 251.92/36.14
% 251.92/36.14 [40279] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1119_3))
% 251.92/36.14 -> [40280] ~r(skolem_X1010), ~r(Y11_1119_3)
% 251.92/36.14 -> [40281] r(skolem_X1010), r(Y11_1119_3)
% 251.92/36.14
% 251.92/36.14 [40280] CLOSURE : ~r(Y11_1119_3)
% 251.92/36.14
% 251.92/36.14 [40281] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [40290] ~s(skolem_X1414)
% 251.92/36.14
% 251.92/36.14 [40290] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14 -> [40307] (s(skolem_X1414) <=> s(Y15_308_5))
% 251.92/36.14
% 251.92/36.14 [40307] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_308_5))
% 251.92/36.14 -> [40308] ~s(skolem_X1414), ~s(Y15_308_5)
% 251.92/36.14 -> [40309] s(skolem_X1414), s(Y15_308_5)
% 251.92/36.14
% 251.92/36.14 [40309] CLOSURE : s(Y15_308_5)
% 251.92/36.14
% 251.92/36.14 [40308] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [40329] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14
% 251.92/36.14 [40329] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [40330] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [40330] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [40331] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [40331] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [40332] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [40333] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [40332] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [40333] : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [41857] ! [Y5_5] : (r(Y5_5))
% 251.92/36.14
% 251.92/36.14 [41857] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [41858] r(Y5_1312_1)
% 251.92/36.14
% 251.92/36.14 [41858] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [42022] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14
% 251.92/36.14 [42022] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [42023] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [42023] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [42024] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [42025] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [42025] CLOSURE : q(skolem_X66)
% 251.92/36.14
% 251.92/36.14 [42024] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [16613] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [17019] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [17020] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [17019] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [17372] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [17372] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [18608] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [18608] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [18609] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [18609] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [18610] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [18611] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [18611] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [18610] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [19985] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [19985] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [21033] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [21033] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [21034] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [21035] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [21035] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [21034] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [40172] (r(skolem_X1010) <=> r(Y11_1112_3))
% 251.92/36.14
% 251.92/36.14 [40172] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1112_3))
% 251.92/36.14 -> [40174] ~r(skolem_X1010), ~r(Y11_1112_3)
% 251.92/36.14 -> [40175] r(skolem_X1010), r(Y11_1112_3)
% 251.92/36.14
% 251.92/36.14 [40174] CLOSURE : ~r(Y11_1112_3)
% 251.92/36.14
% 251.92/36.14 [40175] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [40214] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [40214] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [40253] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [40253] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.14 -> [40255] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.14
% 251.92/36.14 [40255] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.14 -> [40259] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.14 -> [40260] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [40259] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.14
% 251.92/36.14 [40260] CLOSURE : s(skolem_Y99)
% 251.92/36.14
% 251.92/36.14 [17020] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [17022] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [17022] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [18228] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [18228] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [18229] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [18229] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [18230] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [18231] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [18231] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [18230] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [39417] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [39417] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [39521] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [39521] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [39522] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [39523] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [39522] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [39657] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1092_3))
% 251.92/36.14 -> [40534] ~r(skolem_X1010), ~r(Y11_1092_3)
% 251.92/36.14 -> [40535] r(skolem_X1010), r(Y11_1092_3)
% 251.92/36.14
% 251.92/36.14 [40535] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [41182] ~s(X14_290_5)
% 251.92/36.14
% 251.92/36.14 [41182] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [41206] ~! [Y15_15] : ((s(X14_290_5) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [41206] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_290_5) <=> s(Y15_15)))
% 251.92/36.14 -> [41207] ~(s(X14_290_5) <=> s(skolem_Y1515(X14_290_5)))
% 251.92/36.14
% 251.92/36.14 [41207] BETA_NOT_EQUIV : ~(s(X14_290_5) <=> s(skolem_Y1515(X14_290_5)))
% 251.92/36.14 -> [41208] ~s(X14_290_5), s(skolem_Y1515(X14_290_5))
% 251.92/36.14 -> [41209] s(X14_290_5), ~s(skolem_Y1515(X14_290_5))
% 251.92/36.14
% 251.92/36.14 [41209] CLOSURE : s(X14_290_5)
% 251.92/36.14
% 251.92/36.14 [41208] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [41300] q(Y17_157_6)
% 251.92/36.14
% 251.92/36.14 [41300] GAMMA_FORALL : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [41317] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14
% 251.92/36.14 [41317] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [41318] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [41318] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [41319] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [41319] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [41320] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [41321] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [41320] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [41321] : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [41511] ! [Y5_5] : (r(Y5_5))
% 251.92/36.14
% 251.92/36.14 [41511] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [41512] r(Y5_1310_1)
% 251.92/36.14
% 251.92/36.14 [41512] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [41544] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14
% 251.92/36.14 [41544] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [41545] (q(skolem_X66) <=> q(Y7_1314_2))
% 251.92/36.14
% 251.92/36.14 [41545] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1314_2))
% 251.92/36.14 -> [41547] ~q(skolem_X66), ~q(Y7_1314_2)
% 251.92/36.14 -> [41548] q(skolem_X66), q(Y7_1314_2)
% 251.92/36.14
% 251.92/36.14 [41547] CLOSURE : ~q(skolem_X66)
% 251.92/36.14
% 251.92/36.14 [41548] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [41563] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14
% 251.92/36.14 [41563] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [41564] (r(skolem_X1010) <=> r(Y11_1154_3))
% 251.92/36.14
% 251.92/36.14 [41564] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1154_3))
% 251.92/36.14 -> [41567] ~r(skolem_X1010), ~r(Y11_1154_3)
% 251.92/36.14 -> [41568] r(skolem_X1010), r(Y11_1154_3)
% 251.92/36.14
% 251.92/36.14 [41567] CLOSURE : ~r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [41568] : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [41577] ~? [X12_12] : (s(X12_12))
% 251.92/36.14
% 251.92/36.14 [41577] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [41578] ~s(X12_680_4)
% 251.92/36.14
% 251.92/36.14 [41578] CLOSURE : ~s(X12_680_4)
% 251.92/36.14
% 251.92/36.14 [40534] CLOSURE : ~r(Y11_1092_3)
% 251.92/36.14
% 251.92/36.14 [8341] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [8343] s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [8343] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [9728] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [9729] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [9728] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [15912] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [15913] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [15913] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [15920] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [15920] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [16640] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [16640] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [16641] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [16641] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [16642] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [16643] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [16642] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [16643] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [18251] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [18251] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [24066] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [24066] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [24067] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [24068] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [24067] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [24284] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_508_3))
% 251.92/36.14 -> [24812] ~r(skolem_X1010), ~r(Y11_508_3)
% 251.92/36.14 -> [24813] r(skolem_X1010), r(Y11_508_3)
% 251.92/36.14
% 251.92/36.14 [24813] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [24947] p(Y13_174_4)
% 251.92/36.14
% 251.92/36.14 [24947] CLOSURE : p(Y13_174_4)
% 251.92/36.14
% 251.92/36.14 [24812] CLOSURE : ~r(Y11_508_3)
% 251.92/36.14
% 251.92/36.14 [15912] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [16210] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [16210] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [17379] ~! [Y3_3] : ((p(X2_713_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [17379] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_713_0) <=> p(Y3_3)))
% 251.92/36.14 -> [17380] ~(p(X2_713_0) <=> p(skolem_Y33(X2_713_0)))
% 251.92/36.14
% 251.92/36.14 [17380] BETA_NOT_EQUIV : ~(p(X2_713_0) <=> p(skolem_Y33(X2_713_0)))
% 251.92/36.14 -> [17382] ~p(X2_713_0), p(skolem_Y33(X2_713_0))
% 251.92/36.14 -> [17383] p(X2_713_0), ~p(skolem_Y33(X2_713_0))
% 251.92/36.14
% 251.92/36.14 [17382] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [21985] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [21985] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [26062] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [26062] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [26063] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [26064] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [26064] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [26063] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [26126] (r(skolem_X1010) <=> r(Y11_571_3))
% 251.92/36.14
% 251.92/36.14 [26126] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_571_3))
% 251.92/36.14 -> [26127] ~r(skolem_X1010), ~r(Y11_571_3)
% 251.92/36.14 -> [26128] r(skolem_X1010), r(Y11_571_3)
% 251.92/36.14
% 251.92/36.14 [26128] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [26161] p(Y13_215_4)
% 251.92/36.14
% 251.92/36.14 [26161] CLOSURE : p(Y13_215_4)
% 251.92/36.14
% 251.92/36.14 [26127] CLOSURE : ~r(Y11_571_3)
% 251.92/36.14
% 251.92/36.14 [17383] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [40744] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [40744] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [40816] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [40816] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [40817] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [40818] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [40818] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [40817] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [41553] (r(skolem_X1010) <=> r(Y11_1153_3))
% 251.92/36.14
% 251.92/36.14 [41553] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1153_3))
% 251.92/36.14 -> [41554] ~r(skolem_X1010), ~r(Y11_1153_3)
% 251.92/36.14 -> [41555] r(skolem_X1010), r(Y11_1153_3)
% 251.92/36.14
% 251.92/36.14 [41555] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [41855] p(Y13_625_4)
% 251.92/36.14
% 251.92/36.14 [41855] CLOSURE : p(Y13_625_4)
% 251.92/36.14
% 251.92/36.14 [41554] CLOSURE : ~r(Y11_1153_3)
% 251.92/36.14
% 251.92/36.14 [9729] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [9734] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [9734] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [9735] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [9736] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [9735] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [15926] ~! [Y3_3] : ((p(X2_651_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [15926] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_651_0) <=> p(Y3_3)))
% 251.92/36.14 -> [15928] ~(p(X2_651_0) <=> p(skolem_Y33(X2_651_0)))
% 251.92/36.14
% 251.92/36.14 [15928] BETA_NOT_EQUIV : ~(p(X2_651_0) <=> p(skolem_Y33(X2_651_0)))
% 251.92/36.14 -> [15930] ~p(X2_651_0), p(skolem_Y33(X2_651_0))
% 251.92/36.14 -> [15931] p(X2_651_0), ~p(skolem_Y33(X2_651_0))
% 251.92/36.14
% 251.92/36.14 [15930] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [17862] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [17862] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [40718] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [40718] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [40719] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [40720] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [40719] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [40819] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1133_3))
% 251.92/36.14 -> [41565] ~r(skolem_X1010), ~r(Y11_1133_3)
% 251.92/36.14 -> [41566] r(skolem_X1010), r(Y11_1133_3)
% 251.92/36.14
% 251.92/36.14 [41566] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [41605] p(Y13_621_4)
% 251.92/36.14
% 251.92/36.14 [41605] CLOSURE : p(Y13_621_4)
% 251.92/36.14
% 251.92/36.14 [41565] CLOSURE : ~r(Y11_1133_3)
% 251.92/36.14
% 251.92/36.14 [15931] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [17393] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [17393] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [40427] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [40427] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [40428] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [40429] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [40428] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [40477] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1123_3))
% 251.92/36.14 -> [41234] ~r(skolem_X1010), ~r(Y11_1123_3)
% 251.92/36.14 -> [41235] r(skolem_X1010), r(Y11_1123_3)
% 251.92/36.14
% 251.92/36.14 [41235] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [41466] p(Y13_618_4)
% 251.92/36.14
% 251.92/36.14 [41466] CLOSURE : p(Y13_618_4)
% 251.92/36.14
% 251.92/36.14 [41234] CLOSURE : ~r(Y11_1123_3)
% 251.92/36.14
% 251.92/36.14 [9736] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [9741] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [9741] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [16229] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [16229] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [17398] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [17398] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [17400] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [17400] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [17401] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [17402] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [17401] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [17402] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [40469] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [40469] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [40504] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [40504] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [40505] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [40506] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [40505] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [40506] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [42146] (r(skolem_X1010) <=> r(Y11_1179_3))
% 251.92/36.14
% 251.92/36.14 [42146] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1179_3))
% 251.92/36.14 -> [42147] ~r(skolem_X1010), ~r(Y11_1179_3)
% 251.92/36.14 -> [42148] r(skolem_X1010), r(Y11_1179_3)
% 251.92/36.14
% 251.92/36.14 [42148] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [42273] p(Y13_636_4)
% 251.92/36.14
% 251.92/36.14 [42273] CLOSURE : p(Y13_636_4)
% 251.92/36.14
% 251.92/36.14 [42147] CLOSURE : ~r(Y11_1179_3)
% 251.92/36.14
% 251.92/36.14 [76] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.14 -> [135] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [136] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14
% 251.92/36.14 [136] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.14 -> [143] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [144] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.14
% 251.92/36.14 [144] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [145] s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [145] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [260] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [261] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [261] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [272] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [272] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [276] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [277] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [277] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [300] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [300] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [418] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [418] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [5098] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [5098] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [5101] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [5101] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [5102] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [5103] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [5102] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [5103] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [6723] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [6723] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [7002] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [7002] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [7003] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [7004] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [7003] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [7004] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [11188] (r(skolem_X1010) <=> r(Y11_115_3))
% 251.92/36.14
% 251.92/36.14 [11188] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_115_3))
% 251.92/36.14 -> [11189] ~r(skolem_X1010), ~r(Y11_115_3)
% 251.92/36.14 -> [11190] r(skolem_X1010), r(Y11_115_3)
% 251.92/36.14
% 251.92/36.14 [11189] CLOSURE : ~r(Y11_115_3)
% 251.92/36.14
% 251.92/36.14 [11190] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [12882] ~r(X8_71_4)
% 251.92/36.14
% 251.92/36.14 [12882] CLOSURE : ~r(X8_71_4)
% 251.92/36.14
% 251.92/36.14 [276] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [338] ~! [Y3_3] : ((p(X2_1_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [338] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_1_0) <=> p(Y3_3)))
% 251.92/36.14 -> [340] ~(p(X2_1_0) <=> p(skolem_Y33(X2_1_0)))
% 251.92/36.14
% 251.92/36.14 [340] BETA_NOT_EQUIV : ~(p(X2_1_0) <=> p(skolem_Y33(X2_1_0)))
% 251.92/36.14 -> [342] ~p(X2_1_0), p(skolem_Y33(X2_1_0))
% 251.92/36.14 -> [343] p(X2_1_0), ~p(skolem_Y33(X2_1_0))
% 251.92/36.14
% 251.92/36.14 [343] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [5780] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [5780] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [10854] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [10854] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [10855] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [10856] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [10855] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [11986] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_124_3))
% 251.92/36.14 -> [30150] ~r(skolem_X1010), ~r(Y11_124_3)
% 251.92/36.14 -> [30151] r(skolem_X1010), r(Y11_124_3)
% 251.92/36.14
% 251.92/36.14 [30151] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [30195] ~r(X8_736_4)
% 251.92/36.14
% 251.92/36.14 [30195] CLOSURE : ~r(X8_736_4)
% 251.92/36.14
% 251.92/36.14 [30150] CLOSURE : ~r(Y11_124_3)
% 251.92/36.14
% 251.92/36.14 [342] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [15402] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [15402] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [16115] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [16115] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [16116] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [16117] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [16116] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [37788] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1014_3))
% 251.92/36.14 -> [37858] ~r(skolem_X1010), ~r(Y11_1014_3)
% 251.92/36.14 -> [37859] r(skolem_X1010), r(Y11_1014_3)
% 251.92/36.14
% 251.92/36.14 [37859] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [37884] ~r(X8_1081_4)
% 251.92/36.14
% 251.92/36.14 [37884] CLOSURE : ~r(X8_1081_4)
% 251.92/36.14
% 251.92/36.14 [37858] CLOSURE : ~r(Y11_1014_3)
% 251.92/36.14
% 251.92/36.14 [260] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [317] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [318] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [318] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [324] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [324] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [37293] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [37293] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [37294] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [37294] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [37295] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [37296] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [37295] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [37296] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [37348] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [37348] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [37383] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [37383] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [37384] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [37385] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [37384] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [37421] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_991_3))
% 251.92/36.14 -> [37539] ~r(skolem_X1010), ~r(Y11_991_3)
% 251.92/36.14 -> [37540] r(skolem_X1010), r(Y11_991_3)
% 251.92/36.14
% 251.92/36.14 [37540] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [37564] ~r(X8_1047_4)
% 251.92/36.14
% 251.92/36.14 [37564] CLOSURE : ~r(X8_1047_4)
% 251.92/36.14
% 251.92/36.14 [37539] CLOSURE : ~r(Y11_991_3)
% 251.92/36.14
% 251.92/36.14 [317] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [377] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [377] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [40358] ~! [Y3_3] : ((p(X2_1051_0) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [40358] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_1051_0) <=> p(Y3_3)))
% 251.92/36.14 -> [40363] ~(p(X2_1051_0) <=> p(skolem_Y33(X2_1051_0)))
% 251.92/36.14
% 251.92/36.14 [40363] BETA_NOT_EQUIV : ~(p(X2_1051_0) <=> p(skolem_Y33(X2_1051_0)))
% 251.92/36.14 -> [40364] ~p(X2_1051_0), p(skolem_Y33(X2_1051_0))
% 251.92/36.14 -> [40365] p(X2_1051_0), ~p(skolem_Y33(X2_1051_0))
% 251.92/36.14
% 251.92/36.14 [40365] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [40440] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [40440] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [40449] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [40449] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [40450] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [40451] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [40451] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [40450] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [40536] (r(skolem_X1010) <=> r(Y11_1126_3))
% 251.92/36.14
% 251.92/36.14 [40536] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1126_3))
% 251.92/36.14 -> [40537] ~r(skolem_X1010), ~r(Y11_1126_3)
% 251.92/36.14 -> [40538] r(skolem_X1010), r(Y11_1126_3)
% 251.92/36.14
% 251.92/36.14 [40537] CLOSURE : ~r(Y11_1126_3)
% 251.92/36.14
% 251.92/36.14 [40538] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [40912] ~r(X8_1246_4)
% 251.92/36.14
% 251.92/36.14 [40912] CLOSURE : ~r(X8_1246_4)
% 251.92/36.14
% 251.92/36.14 [40364] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [40717] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [40717] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [40811] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [40811] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [40812] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [40813] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [40812] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [40813] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [41263] (r(skolem_X1010) <=> r(Y11_1150_3))
% 251.92/36.14
% 251.92/36.14 [41263] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1150_3))
% 251.92/36.14 -> [41265] ~r(skolem_X1010), ~r(Y11_1150_3)
% 251.92/36.14 -> [41266] r(skolem_X1010), r(Y11_1150_3)
% 251.92/36.14
% 251.92/36.14 [41265] CLOSURE : ~r(Y11_1150_3)
% 251.92/36.14
% 251.92/36.14 [41266] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [41346] ~r(X8_1273_4)
% 251.92/36.14
% 251.92/36.14 [41346] CLOSURE : ~r(X8_1273_4)
% 251.92/36.14
% 251.92/36.14 [143] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [464] ~p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [464] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.14 -> [470] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [471] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14
% 251.92/36.14 [471] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.14 -> [485] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.14
% 251.92/36.14 [485] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [487] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [488] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [488] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [498] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [498] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [20294] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [20294] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [21124] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [21124] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [21125] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [21125] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [21126] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [21127] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [21126] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [21127] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [25321] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [25321] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [25503] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [25503] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [25504] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [25505] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [25505] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [25504] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [26135] (r(skolem_X1010) <=> r(Y11_572_3))
% 251.92/36.14
% 251.92/36.14 [26135] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_572_3))
% 251.92/36.14 -> [26136] ~r(skolem_X1010), ~r(Y11_572_3)
% 251.92/36.14 -> [26137] r(skolem_X1010), r(Y11_572_3)
% 251.92/36.14
% 251.92/36.14 [26136] CLOSURE : ~r(Y11_572_3)
% 251.92/36.14
% 251.92/36.14 [26137] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [26251] ~r(X8_529_4)
% 251.92/36.14
% 251.92/36.14 [26251] CLOSURE : ~r(X8_529_4)
% 251.92/36.14
% 251.92/36.14 [487] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [728] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [728] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [729] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [729] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [730] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [731] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [731] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [730] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [3076] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [3076] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [3772] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [3772] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [3773] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [3774] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [3773] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [16220] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_231_3))
% 251.92/36.14 -> [40138] ~r(skolem_X1010), ~r(Y11_231_3)
% 251.92/36.14 -> [40139] r(skolem_X1010), r(Y11_231_3)
% 251.92/36.14
% 251.92/36.14 [40139] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [40208] ~r(X8_1222_4)
% 251.92/36.14
% 251.92/36.14 [40208] CLOSURE : ~r(X8_1222_4)
% 251.92/36.14
% 251.92/36.14 [40138] CLOSURE : ~r(Y11_231_3)
% 251.92/36.14
% 251.92/36.14 [470] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.14 -> [699] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [700] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.14
% 251.92/36.14 [699] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.14 -> [5755] ~q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [5755] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [5759] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [5759] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.14 -> [5760] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14
% 251.92/36.14 [5760] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.14 -> [5761] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.14 -> [5762] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.14
% 251.92/36.14 [5762] CLOSURE : p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [5761] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [21198] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [21198] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [35660] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14
% 251.92/36.14 [35660] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.14 -> [35661] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.14 -> [35662] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [35662] CLOSURE : q(skolem_Y1717)
% 251.92/36.14
% 251.92/36.14 [35661] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.14 -> [35733] (r(skolem_X1010) <=> r(Y11_895_3))
% 251.92/36.14
% 251.92/36.14 [35733] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_895_3))
% 251.92/36.14 -> [35734] ~r(skolem_X1010), ~r(Y11_895_3)
% 251.92/36.14 -> [35735] r(skolem_X1010), r(Y11_895_3)
% 251.92/36.14
% 251.92/36.14 [35734] CLOSURE : ~r(Y11_895_3)
% 251.92/36.14
% 251.92/36.14 [35735] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [35747] ~r(X8_956_4)
% 251.92/36.14
% 251.92/36.14 [35747] CLOSURE : ~r(X8_956_4)
% 251.92/36.14
% 251.92/36.14 [700] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.14 -> [711] p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [711] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.14 -> [2334] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14
% 251.92/36.14 [2334] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.14 -> [2336] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14
% 251.92/36.14 [2336] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.14 -> [2337] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.14 -> [2338] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.14
% 251.92/36.14 [2337] CLOSURE : ~p(skolem_X1616)
% 251.92/36.14
% 251.92/36.14 [2338] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.14 -> [41014] r(skolem_X1010)
% 251.92/36.14
% 251.92/36.14 [41014] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.14 -> [41070] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14
% 251.92/36.14 [41070] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.14 -> [41071] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.14 -> [41072] q(skolem_X66), q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [41071] CLOSURE : ~q(skolem_X44)
% 251.92/36.14
% 251.92/36.14 [41137] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1144_3))
% 251.92/36.14 -> [41404] ~r(skolem_X1010), ~r(Y11_1144_3)
% 251.92/36.14 -> [41405] r(skolem_X1010), r(Y11_1144_3)
% 251.92/36.14
% 251.92/36.14 [41405] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.14 -> [41540] ~r(X8_1281_4)
% 251.92/36.14
% 251.92/36.14 [41540] CLOSURE : ~r(X8_1281_4)
% 251.92/36.14
% 251.92/36.14 [41404] CLOSURE : ~r(Y11_1144_3)
% 251.92/36.14
% 251.92/36.14 [135] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.14 -> [4625] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [4626] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14
% 251.92/36.14 [4626] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.14 -> [4630] s(skolem_X1212)
% 251.92/36.14
% 251.92/36.14 [4630] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.14 -> [6213] ~p(skolem_Y1313)
% 251.92/36.14
% 251.92/36.14 [6213] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [6665] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [6666] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [6666] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [6675] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [6675] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [6676] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [6677] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [6677] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [6683] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [6683] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [6725] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [6725] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [6726] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [6726] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [6727] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [6728] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [6728] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [6727] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [7455] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [7455] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [8115] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [8115] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15 -> [8116] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.15 -> [8117] q(skolem_X66), q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [8116] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [9001] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_82_3))
% 251.92/36.15 -> [12001] ~r(skolem_X1010), ~r(Y11_82_3)
% 251.92/36.15 -> [12002] r(skolem_X1010), r(Y11_82_3)
% 251.92/36.15
% 251.92/36.15 [12002] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [12574] ~r(X8_66_4)
% 251.92/36.15
% 251.92/36.15 [12574] CLOSURE : ~r(X8_66_4)
% 251.92/36.15
% 251.92/36.15 [12001] CLOSURE : ~r(Y11_82_3)
% 251.92/36.15
% 251.92/36.15 [6676] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [6697] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [6697] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [6789] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [6789] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [6790] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [6790] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [6791] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [6792] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [6792] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [6791] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [7112] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [7112] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [7774] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [7774] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15 -> [7775] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.15 -> [7776] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [7776] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [7775] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [31084] (r(skolem_X1010) <=> r(Y11_704_3))
% 251.92/36.15
% 251.92/36.15 [31084] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_704_3))
% 251.92/36.15 -> [31085] ~r(skolem_X1010), ~r(Y11_704_3)
% 251.92/36.15 -> [31086] r(skolem_X1010), r(Y11_704_3)
% 251.92/36.15
% 251.92/36.15 [31085] CLOSURE : ~r(Y11_704_3)
% 251.92/36.15
% 251.92/36.15 [31086] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [31134] ~r(X8_760_4)
% 251.92/36.15
% 251.92/36.15 [31134] CLOSURE : ~r(X8_760_4)
% 251.92/36.15
% 251.92/36.15 [6665] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [6690] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [6691] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [6691] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [6693] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [6693] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [6738] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [6738] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [6866] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [6866] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [6867] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [6867] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [6868] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [6869] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [6869] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [6868] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [21818] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [21818] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [30920] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [30920] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15 -> [30921] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.15 -> [30922] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [30922] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [30921] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [30996] (r(skolem_X1010) <=> r(Y11_703_3))
% 251.92/36.15
% 251.92/36.15 [30996] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_703_3))
% 251.92/36.15 -> [30997] ~r(skolem_X1010), ~r(Y11_703_3)
% 251.92/36.15 -> [30998] r(skolem_X1010), r(Y11_703_3)
% 251.92/36.15
% 251.92/36.15 [30997] CLOSURE : ~r(Y11_703_3)
% 251.92/36.15
% 251.92/36.15 [30998] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [31002] ~r(X8_754_4)
% 251.92/36.15
% 251.92/36.15 [31002] CLOSURE : ~r(X8_754_4)
% 251.92/36.15
% 251.92/36.15 [6690] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [6719] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [6719] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [6720] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [6720] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [6721] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [6722] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [6722] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [6721] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [6897] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [6897] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [7016] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [7016] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15 -> [7019] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.15 -> [7020] q(skolem_X66), q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [7019] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [7376] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_73_3))
% 251.92/36.15 -> [10351] ~r(skolem_X1010), ~r(Y11_73_3)
% 251.92/36.15 -> [10352] r(skolem_X1010), r(Y11_73_3)
% 251.92/36.15
% 251.92/36.15 [10352] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [11527] ~r(X8_62_4)
% 251.92/36.15
% 251.92/36.15 [11527] CLOSURE : ~r(X8_62_4)
% 251.92/36.15
% 251.92/36.15 [10351] CLOSURE : ~r(Y11_73_3)
% 251.92/36.15
% 251.92/36.15 [4625] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [5274] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [5275] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [5274] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [6183] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [6184] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [6183] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [6596] ~! [Y3_3] : ((p(X2_245_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [6596] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_245_0) <=> p(Y3_3)))
% 251.92/36.15 -> [6597] ~(p(X2_245_0) <=> p(skolem_Y33(X2_245_0)))
% 251.92/36.15
% 251.92/36.15 [6597] BETA_NOT_EQUIV : ~(p(X2_245_0) <=> p(skolem_Y33(X2_245_0)))
% 251.92/36.15 -> [6598] ~p(X2_245_0), p(skolem_Y33(X2_245_0))
% 251.92/36.15 -> [6599] p(X2_245_0), ~p(skolem_Y33(X2_245_0))
% 251.92/36.15
% 251.92/36.15 [6599] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [21297] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [21297] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [22142] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [22142] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15 -> [22143] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.15 -> [22144] q(skolem_X66), q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [22143] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [22471] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_414_3))
% 251.92/36.15 -> [23126] ~r(skolem_X1010), ~r(Y11_414_3)
% 251.92/36.15 -> [23127] r(skolem_X1010), r(Y11_414_3)
% 251.92/36.15
% 251.92/36.15 [23127] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [23351] ~r(X8_336_4)
% 251.92/36.15
% 251.92/36.15 [23351] CLOSURE : ~r(X8_336_4)
% 251.92/36.15
% 251.92/36.15 [23126] CLOSURE : ~r(Y11_414_3)
% 251.92/36.15
% 251.92/36.15 [6598] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [24532] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [24532] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [24658] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [24658] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15 -> [24659] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.15 -> [24660] q(skolem_X66), q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [24659] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [24798] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_530_3))
% 251.92/36.15 -> [25154] ~r(skolem_X1010), ~r(Y11_530_3)
% 251.92/36.15 -> [25155] r(skolem_X1010), r(Y11_530_3)
% 251.92/36.15
% 251.92/36.15 [25155] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [25281] ~r(X8_478_4)
% 251.92/36.15
% 251.92/36.15 [25281] CLOSURE : ~r(X8_478_4)
% 251.92/36.15
% 251.92/36.15 [25154] CLOSURE : ~r(Y11_530_3)
% 251.92/36.15
% 251.92/36.15 [6184] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [6185] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [6185] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [10817] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [10817] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [31028] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [31028] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [31029] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [31029] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [31030] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [31031] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [31030] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [31031] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [31053] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [31053] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [31080] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [31080] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15 -> [31081] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.15 -> [31082] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [31082] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [31081] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [31460] (r(skolem_X1010) <=> r(Y11_724_3))
% 251.92/36.15
% 251.92/36.15 [31460] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_724_3))
% 251.92/36.15 -> [31461] ~r(skolem_X1010), ~r(Y11_724_3)
% 251.92/36.15 -> [31462] r(skolem_X1010), r(Y11_724_3)
% 251.92/36.15
% 251.92/36.15 [31461] CLOSURE : ~r(Y11_724_3)
% 251.92/36.15
% 251.92/36.15 [31462] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [31485] ~r(X8_771_4)
% 251.92/36.15
% 251.92/36.15 [31485] CLOSURE : ~r(X8_771_4)
% 251.92/36.15
% 251.92/36.15 [5275] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [5279] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [5279] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [5280] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [5281] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [5281] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [5286] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [5286] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [6610] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [6610] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [6612] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [6612] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [6613] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [6614] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [6613] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [6614] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [22033] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [22033] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [22458] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [22458] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.15 -> [22459] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.15 -> [22460] q(skolem_X66), q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [22459] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [22835] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_431_3))
% 251.92/36.15 -> [23594] ~r(skolem_X1010), ~r(Y11_431_3)
% 251.92/36.15 -> [23595] r(skolem_X1010), r(Y11_431_3)
% 251.92/36.15
% 251.92/36.15 [23595] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [23786] ~r(X8_368_4)
% 251.92/36.15
% 251.92/36.15 [23786] CLOSURE : ~r(X8_368_4)
% 251.92/36.15
% 251.92/36.15 [23594] CLOSURE : ~r(Y11_431_3)
% 251.92/36.15
% 251.92/36.15 [5280] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [6192] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [6192] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [6193] ~! [Y3_3] : ((p(X2_228_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [6193] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_228_0) <=> p(Y3_3)))
% 251.92/36.15 -> [6194] ~(p(X2_228_0) <=> p(skolem_Y33(X2_228_0)))
% 251.92/36.15
% 251.92/36.15 [6194] BETA_NOT_EQUIV : ~(p(X2_228_0) <=> p(skolem_Y33(X2_228_0)))
% 251.92/36.15 -> [6195] ~p(X2_228_0), p(skolem_Y33(X2_228_0))
% 251.92/36.15 -> [6196] p(X2_228_0), ~p(skolem_Y33(X2_228_0))
% 251.92/36.15
% 251.92/36.15 [6195] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [31131] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [31131] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [31181] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [31181] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15 -> [31182] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.15 -> [31183] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [31183] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [31182] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [31309] (r(skolem_X1010) <=> r(Y11_714_3))
% 251.92/36.15
% 251.92/36.15 [31309] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_714_3))
% 251.92/36.15 -> [31310] ~r(skolem_X1010), ~r(Y11_714_3)
% 251.92/36.15 -> [31311] r(skolem_X1010), r(Y11_714_3)
% 251.92/36.15
% 251.92/36.15 [31310] CLOSURE : ~r(Y11_714_3)
% 251.92/36.15
% 251.92/36.15 [31311] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [31335] ~r(X8_764_4)
% 251.92/36.15
% 251.92/36.15 [31335] CLOSURE : ~r(X8_764_4)
% 251.92/36.15
% 251.92/36.15 [6196] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [41504] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [41504] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.15 -> [41682] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [41682] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.15 -> [41683] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.15 -> [41684] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [41684] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [41683] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [42377] (r(skolem_X1010) <=> r(Y11_1191_3))
% 251.92/36.15
% 251.92/36.15 [42377] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1191_3))
% 251.92/36.15 -> [42378] ~r(skolem_X1010), ~r(Y11_1191_3)
% 251.92/36.15 -> [42379] r(skolem_X1010), r(Y11_1191_3)
% 251.92/36.15
% 251.92/36.15 [42378] CLOSURE : ~r(Y11_1191_3)
% 251.92/36.15
% 251.92/36.15 [42379] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [42405] ~r(X8_1361_4)
% 251.92/36.15
% 251.92/36.15 [42405] CLOSURE : ~r(X8_1361_4)
% 251.92/36.15
% 251.92/36.15 [47] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.15 -> [101] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.15 -> [102] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.15
% 251.92/36.15 [101] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.15 -> [820] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [821] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.15
% 251.92/36.15 [821] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [2711] r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [2711] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.15 -> [4039] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [4040] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15
% 251.92/36.15 [4039] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.15 -> [33180] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [33181] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15
% 251.92/36.15 [33181] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [33182] s(skolem_X1212)
% 251.92/36.15
% 251.92/36.15 [33182] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [33232] ~p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [33232] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [33320] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [33321] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [33321] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [33324] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [33324] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [33325] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [33326] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [33325] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [33384] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [33384] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [33385] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [33385] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [33386] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [33387] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [33387] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [33386] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33516] r(Y5_1106_1)
% 251.92/36.15
% 251.92/36.15 [33516] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33591] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33591] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [33592] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [33592] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [33593] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [33594] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [33593] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [33594] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [33696] ~! [Y11_11] : ((r(X10_774_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [33696] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_774_3) <=> r(Y11_11)))
% 251.92/36.15 -> [33697] ~(r(X10_774_3) <=> r(skolem_Y1111(X10_774_3)))
% 251.92/36.15
% 251.92/36.15 [33697] BETA_NOT_EQUIV : ~(r(X10_774_3) <=> r(skolem_Y1111(X10_774_3)))
% 251.92/36.15 -> [33698] ~r(X10_774_3), r(skolem_Y1111(X10_774_3))
% 251.92/36.15 -> [33699] r(X10_774_3), ~r(skolem_Y1111(X10_774_3))
% 251.92/36.15
% 251.92/36.15 [33698] CLOSURE : ~r(X10_774_3)
% 251.92/36.15
% 251.92/36.15 [33699] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [34049] s(skolem_X1414)
% 251.92/36.15
% 251.92/36.15 [34049] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15 -> [34069] (s(skolem_X1414) <=> s(Y15_206_5))
% 251.92/36.15
% 251.92/36.15 [34069] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_206_5))
% 251.92/36.15 -> [34070] ~s(skolem_X1414), ~s(Y15_206_5)
% 251.92/36.15 -> [34071] s(skolem_X1414), s(Y15_206_5)
% 251.92/36.15
% 251.92/36.15 [34071] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [34096] ~p(X16_132_6)
% 251.92/36.15
% 251.92/36.15 [34096] CLOSURE : ~p(X16_132_6)
% 251.92/36.15
% 251.92/36.15 [34070] CLOSURE : ~s(Y15_206_5)
% 251.92/36.15
% 251.92/36.15 [33326] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [33333] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [33333] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [33405] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [33405] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [33493] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [33493] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [33494] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [33494] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [33495] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [33496] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [33496] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [33495] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33845] r(Y5_1115_1)
% 251.92/36.15
% 251.92/36.15 [33845] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33891] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33891] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [33892] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [33892] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [33893] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [33894] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [33894] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [33893] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [34060] ~! [Y11_11] : ((r(X10_790_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [34060] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_790_3) <=> r(Y11_11)))
% 251.92/36.15 -> [34061] ~(r(X10_790_3) <=> r(skolem_Y1111(X10_790_3)))
% 251.92/36.15
% 251.92/36.15 [34061] BETA_NOT_EQUIV : ~(r(X10_790_3) <=> r(skolem_Y1111(X10_790_3)))
% 251.92/36.15 -> [34062] ~r(X10_790_3), r(skolem_Y1111(X10_790_3))
% 251.92/36.15 -> [34063] r(X10_790_3), ~r(skolem_Y1111(X10_790_3))
% 251.92/36.15
% 251.92/36.15 [34062] CLOSURE : ~r(X10_790_3)
% 251.92/36.15
% 251.92/36.15 [34063] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [34086] s(skolem_X1414)
% 251.92/36.15
% 251.92/36.15 [34086] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15 -> [34105] (s(skolem_X1414) <=> s(Y15_207_5))
% 251.92/36.15
% 251.92/36.15 [34105] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_207_5))
% 251.92/36.15 -> [34106] ~s(skolem_X1414), ~s(Y15_207_5)
% 251.92/36.15 -> [34107] s(skolem_X1414), s(Y15_207_5)
% 251.92/36.15
% 251.92/36.15 [34106] CLOSURE : ~s(Y15_207_5)
% 251.92/36.15
% 251.92/36.15 [34107] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [34119] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15
% 251.92/36.15 [34119] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [34121] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [34121] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [34122] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [34122] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [34123] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [34124] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [34123] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [34124] : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [34154] ! [Y5_5] : (r(Y5_5))
% 251.92/36.15
% 251.92/36.15 [34154] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [34155] r(Y5_1126_1)
% 251.92/36.15
% 251.92/36.15 [34155] CLOSURE : r(Y5_1126_1)
% 251.92/36.15
% 251.92/36.15 [33320] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [33377] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [33378] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [33377] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [33401] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [33401] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [33485] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [33485] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [33486] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [33486] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [33487] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [33488] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [33488] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [33487] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33645] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33645] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33711] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33711] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [33712] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [33712] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [33713] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [33714] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [33714] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [33713] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [34023] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [34023] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15 -> [34024] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15
% 251.92/36.15 [34024] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [34025] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [34026] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [34025] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [34026] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33378] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [33380] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [33380] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [33427] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [33427] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [33428] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [33428] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [33429] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [33430] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [33430] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [33429] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33668] r(Y5_1112_1)
% 251.92/36.15
% 251.92/36.15 [33668] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33716] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33716] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [33717] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [33717] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [33718] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [33719] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [33718] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [33806] BETA_NOT_EQUIV : ~(r(X10_777_3) <=> r(skolem_Y1111(X10_777_3)))
% 251.92/36.15 -> [34125] ~r(X10_777_3), r(skolem_Y1111(X10_777_3))
% 251.92/36.15 -> [34126] r(X10_777_3), ~r(skolem_Y1111(X10_777_3))
% 251.92/36.15
% 251.92/36.15 [34125] CLOSURE : ~r(X10_777_3)
% 251.92/36.15
% 251.92/36.15 [34126] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [34153] s(skolem_Y1515(skolem_X1212))
% 251.92/36.15
% 251.92/36.15 [34153] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [34160] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [34160] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.15 -> [34161] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.15
% 251.92/36.15 [34161] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.15 -> [34162] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.15 -> [34163] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.15
% 251.92/36.15 [34163] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.15
% 251.92/36.15 [34162] CLOSURE : ~s(skolem_X1212)
% 251.92/36.15
% 251.92/36.15 [33180] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [33203] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [33204] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [33204] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [33209] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [33209] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [33210] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [33211] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [33211] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [33212] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [33212] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [33267] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [33267] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [33369] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [33369] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [33370] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [33370] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [33371] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [33372] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [33371] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [33372] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33484] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33484] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33587] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33587] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [33588] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [33588] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [33589] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [33590] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [33590] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [33589] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [33933] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [33933] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15 -> [33934] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15
% 251.92/36.15 [33934] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [33935] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [33936] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33935] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [33936] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33210] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [33228] ~! [Y3_3] : ((p(X2_953_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [33228] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_953_0) <=> p(Y3_3)))
% 251.92/36.15 -> [33229] ~(p(X2_953_0) <=> p(skolem_Y33(X2_953_0)))
% 251.92/36.15
% 251.92/36.15 [33229] BETA_NOT_EQUIV : ~(p(X2_953_0) <=> p(skolem_Y33(X2_953_0)))
% 251.92/36.15 -> [33230] ~p(X2_953_0), p(skolem_Y33(X2_953_0))
% 251.92/36.15 -> [33231] p(X2_953_0), ~p(skolem_Y33(X2_953_0))
% 251.92/36.15
% 251.92/36.15 [33231] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33310] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33310] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33393] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33393] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [33394] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [33394] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [33395] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [33396] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [33395] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [33533] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [33980] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [33981] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33981] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33980] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [33230] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33363] r(Y5_1096_1)
% 251.92/36.15
% 251.92/36.15 [33363] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33418] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33418] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [33419] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [33419] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [33420] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [33421] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [33420] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [33571] BETA_NOT_EQUIV : ~(r(X10_765_3) <=> r(skolem_Y1111(X10_765_3)))
% 251.92/36.15 -> [33990] ~r(X10_765_3), r(skolem_Y1111(X10_765_3))
% 251.92/36.15 -> [33991] r(X10_765_3), ~r(skolem_Y1111(X10_765_3))
% 251.92/36.15
% 251.92/36.15 [33990] CLOSURE : ~r(X10_765_3)
% 251.92/36.15
% 251.92/36.15 [33991] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [34120] s(Y9_455_4)
% 251.92/36.15
% 251.92/36.15 [34120] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [34127] ~s(X12_477_5)
% 251.92/36.15
% 251.92/36.15 [34127] CLOSURE : ~s(X12_477_5)
% 251.92/36.15
% 251.92/36.15 [33203] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [33224] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [33225] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [33224] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [33259] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [33259] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [33357] ~! [Y3_3] : ((p(X2_957_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [33357] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_957_0) <=> p(Y3_3)))
% 251.92/36.15 -> [33358] ~(p(X2_957_0) <=> p(skolem_Y33(X2_957_0)))
% 251.92/36.15
% 251.92/36.15 [33358] BETA_NOT_EQUIV : ~(p(X2_957_0) <=> p(skolem_Y33(X2_957_0)))
% 251.92/36.15 -> [33359] ~p(X2_957_0), p(skolem_Y33(X2_957_0))
% 251.92/36.15 -> [33360] p(X2_957_0), ~p(skolem_Y33(X2_957_0))
% 251.92/36.15
% 251.92/36.15 [33359] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33498] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33498] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33600] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33600] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [33601] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [33601] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [33602] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [33603] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [33603] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [33602] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [34196] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [34196] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15 -> [34197] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15
% 251.92/36.15 [34197] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [34198] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [34199] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [34199] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [34198] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [33360] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33451] r(Y5_1100_1)
% 251.92/36.15
% 251.92/36.15 [33451] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33554] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33554] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [33555] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [33555] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [33556] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [33557] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [33557] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [33556] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [34183] ~! [Y11_11] : ((r(X10_794_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [34183] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_794_3) <=> r(Y11_11)))
% 251.92/36.15 -> [34184] ~(r(X10_794_3) <=> r(skolem_Y1111(X10_794_3)))
% 251.92/36.15
% 251.92/36.15 [34184] BETA_NOT_EQUIV : ~(r(X10_794_3) <=> r(skolem_Y1111(X10_794_3)))
% 251.92/36.15 -> [34185] ~r(X10_794_3), r(skolem_Y1111(X10_794_3))
% 251.92/36.15 -> [34186] r(X10_794_3), ~r(skolem_Y1111(X10_794_3))
% 251.92/36.15
% 251.92/36.15 [34185] CLOSURE : ~r(X10_794_3)
% 251.92/36.15
% 251.92/36.15 [34186] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [34329] s(Y9_460_4)
% 251.92/36.15
% 251.92/36.15 [34329] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [34348] ~s(X12_481_5)
% 251.92/36.15
% 251.92/36.15 [34348] CLOSURE : ~s(X12_481_5)
% 251.92/36.15
% 251.92/36.15 [33225] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [33227] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [33227] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [33284] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [33284] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [33285] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [33285] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [33286] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [33287] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [33286] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [33287] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [33390] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [33390] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [33438] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [33438] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [33439] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [33439] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [33440] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [33441] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [33440] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [33597] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [34047] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [34048] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [34048] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [34047] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [4040] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.15 -> [4041] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [4042] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.15
% 251.92/36.15 [4041] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [14785] ~p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [14785] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [15991] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [15992] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [15991] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [16432] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [16433] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [16432] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [16931] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [16931] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [16933] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [16933] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [16935] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [16936] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [16936] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [16935] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [22504] r(Y5_910_1)
% 251.92/36.15
% 251.92/36.15 [22504] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [22605] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [22605] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [22606] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [22606] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [22607] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [22608] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [22607] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [22869] BETA_NOT_EQUIV : ~(r(X10_352_3) <=> r(skolem_Y1111(X10_352_3)))
% 251.92/36.15 -> [23596] ~r(X10_352_3), r(skolem_Y1111(X10_352_3))
% 251.92/36.15 -> [23597] r(X10_352_3), ~r(skolem_Y1111(X10_352_3))
% 251.92/36.15
% 251.92/36.15 [23596] CLOSURE : ~r(X10_352_3)
% 251.92/36.15
% 251.92/36.15 [23597] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [23811] s(Y9_193_4)
% 251.92/36.15
% 251.92/36.15 [23811] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [23846] ~s(X12_183_5)
% 251.92/36.15
% 251.92/36.15 [23846] CLOSURE : ~s(X12_183_5)
% 251.92/36.15
% 251.92/36.15 [16433] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [16434] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [16434] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [22488] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [22488] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [22841] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [22841] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [22842] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [22842] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [22843] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [22844] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [22844] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [22843] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [24012] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [24012] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [24218] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [24218] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [24219] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [24219] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [24220] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [24221] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [24221] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [24220] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [25212] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [25212] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15 -> [25213] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15
% 251.92/36.15 [25213] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [25214] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [25215] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [25214] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [25215] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [15992] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [15994] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [15994] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [15996] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [15997] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [15997] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [16000] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [16000] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [16952] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [16952] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [16953] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [16953] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [16954] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [16955] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [16954] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [16955] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [23562] r(Y5_943_1)
% 251.92/36.15
% 251.92/36.15 [23562] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [23731] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [23731] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [23732] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [23732] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [23733] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [23734] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [23733] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [24125] BETA_NOT_EQUIV : ~(r(X10_419_3) <=> r(skolem_Y1111(X10_419_3)))
% 251.92/36.15 -> [25862] ~r(X10_419_3), r(skolem_Y1111(X10_419_3))
% 251.92/36.15 -> [25863] r(X10_419_3), ~r(skolem_Y1111(X10_419_3))
% 251.92/36.15
% 251.92/36.15 [25862] CLOSURE : ~r(X10_419_3)
% 251.92/36.15
% 251.92/36.15 [25863] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [26481] s(Y9_293_4)
% 251.92/36.15
% 251.92/36.15 [26481] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [26618] ~s(X12_281_5)
% 251.92/36.15
% 251.92/36.15 [26618] CLOSURE : ~s(X12_281_5)
% 251.92/36.15
% 251.92/36.15 [15996] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [16435] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [16435] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [38708] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [38708] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [38709] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [38709] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [38710] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [38711] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [38711] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [38710] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [38802] r(Y5_1249_1)
% 251.92/36.15
% 251.92/36.15 [38802] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [38863] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [38863] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [38867] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [38867] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [38870] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [38871] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [38871] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [38870] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [39539] ~! [Y11_11] : ((r(X10_1016_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [39539] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1016_3) <=> r(Y11_11)))
% 251.92/36.15 -> [39540] ~(r(X10_1016_3) <=> r(skolem_Y1111(X10_1016_3)))
% 251.92/36.15
% 251.92/36.15 [39540] BETA_NOT_EQUIV : ~(r(X10_1016_3) <=> r(skolem_Y1111(X10_1016_3)))
% 251.92/36.15 -> [39541] ~r(X10_1016_3), r(skolem_Y1111(X10_1016_3))
% 251.92/36.15 -> [39542] r(X10_1016_3), ~r(skolem_Y1111(X10_1016_3))
% 251.92/36.15
% 251.92/36.15 [39541] CLOSURE : ~r(X10_1016_3)
% 251.92/36.15
% 251.92/36.15 [39542] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [39591] s(Y9_622_4)
% 251.92/36.15
% 251.92/36.15 [39591] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [39596] ~s(X12_640_5)
% 251.92/36.15
% 251.92/36.15 [39596] CLOSURE : ~s(X12_640_5)
% 251.92/36.15
% 251.92/36.15 [4042] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [4047] s(skolem_X1212)
% 251.92/36.15
% 251.92/36.15 [4047] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [15214] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [15215] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [15215] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [15216] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [15216] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [15217] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [15218] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [15217] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [15437] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [15437] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [16357] ~! [Y3_3] : ((p(X2_679_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [16357] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_679_0) <=> p(Y3_3)))
% 251.92/36.15 -> [16358] ~(p(X2_679_0) <=> p(skolem_Y33(X2_679_0)))
% 251.92/36.15
% 251.92/36.15 [16358] BETA_NOT_EQUIV : ~(p(X2_679_0) <=> p(skolem_Y33(X2_679_0)))
% 251.92/36.15 -> [16359] ~p(X2_679_0), p(skolem_Y33(X2_679_0))
% 251.92/36.15 -> [16360] p(X2_679_0), ~p(skolem_Y33(X2_679_0))
% 251.92/36.15
% 251.92/36.15 [16359] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [18149] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [18149] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [19236] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [19236] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [19237] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [19237] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [19238] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [19239] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [19239] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [19238] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [41955] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [41955] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15 -> [41956] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15
% 251.92/36.15 [41956] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [41957] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [41958] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [41958] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [41957] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [16360] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [17850] r(Y5_728_1)
% 251.92/36.15
% 251.92/36.15 [17850] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [18850] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [18850] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [18851] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [18851] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [18852] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [18853] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [18853] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [18852] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [42163] ~! [Y11_11] : ((r(X10_1130_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [42163] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1130_3) <=> r(Y11_11)))
% 251.92/36.15 -> [42166] ~(r(X10_1130_3) <=> r(skolem_Y1111(X10_1130_3)))
% 251.92/36.15
% 251.92/36.15 [42166] BETA_NOT_EQUIV : ~(r(X10_1130_3) <=> r(skolem_Y1111(X10_1130_3)))
% 251.92/36.15 -> [42167] ~r(X10_1130_3), r(skolem_Y1111(X10_1130_3))
% 251.92/36.15 -> [42168] r(X10_1130_3), ~r(skolem_Y1111(X10_1130_3))
% 251.92/36.15
% 251.92/36.15 [42167] CLOSURE : ~r(X10_1130_3)
% 251.92/36.15
% 251.92/36.15 [42168] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [42435] s(Y9_698_4)
% 251.92/36.15
% 251.92/36.15 [42435] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [42444] p(Y13_640_5)
% 251.92/36.15
% 251.92/36.15 [42444] CLOSURE : p(Y13_640_5)
% 251.92/36.15
% 251.92/36.15 [15218] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [15219] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [15219] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [15646] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [15646] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [15647] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [15647] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [15648] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [15649] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [15648] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [15649] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [16726] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [16726] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [17428] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [17428] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [17429] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [17429] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [17430] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [17431] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [17430] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [19251] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [42315] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [42316] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [42315] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [42316] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [15214] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [15426] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [15427] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [15427] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [15428] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [15428] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [15981] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [15981] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [17088] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [17088] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [17089] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [17089] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [17090] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [17091] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [17090] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [17091] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [18463] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [18463] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [19481] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [19481] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [19482] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [19482] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [19483] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [19484] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [19484] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [19483] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [25432] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [25432] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.15 -> [25433] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15
% 251.92/36.15 [25433] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [25434] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [25435] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [25435] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [25434] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [15426] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [15632] ~! [Y3_3] : ((p(X2_636_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [15632] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_636_0) <=> p(Y3_3)))
% 251.92/36.15 -> [15633] ~(p(X2_636_0) <=> p(skolem_Y33(X2_636_0)))
% 251.92/36.15
% 251.92/36.15 [15633] BETA_NOT_EQUIV : ~(p(X2_636_0) <=> p(skolem_Y33(X2_636_0)))
% 251.92/36.15 -> [15634] ~p(X2_636_0), p(skolem_Y33(X2_636_0))
% 251.92/36.15 -> [15635] p(X2_636_0), ~p(skolem_Y33(X2_636_0))
% 251.92/36.15
% 251.92/36.15 [15634] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [17071] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [17071] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [17823] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [17823] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [17824] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [17824] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [17825] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [17826] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [17825] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [19465] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [26116] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [26117] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [26116] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [26117] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [15635] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [16704] r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [16704] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [17411] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [17411] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [17412] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [17412] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [17413] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [17414] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [17413] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [19226] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.15 -> [42487] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.15 -> [42488] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [42487] CLOSURE : ~r(skolem_X88)
% 251.92/36.15
% 251.92/36.15 [42488] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.92/36.15
% 251.92/36.15 [820] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [7057] ~s(skolem_Y99)
% 251.92/36.15
% 251.92/36.15 [7057] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.15 -> [7058] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [7059] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15
% 251.92/36.15 [7058] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.15 -> [7219] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [7220] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15
% 251.92/36.15 [7219] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [7520] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7521] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [7520] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7950] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7951] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7951] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7956] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7956] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8740] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8740] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [8742] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [8742] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [8744] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [8745] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [8744] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [8745] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [16107] r(Y5_645_1)
% 251.92/36.15
% 251.92/36.15 [16107] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [17252] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [17252] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [17253] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [17253] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [17254] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [17255] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [17254] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [17255] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [18531] ~! [Y11_11] : ((r(X10_212_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [18531] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_212_3) <=> r(Y11_11)))
% 251.92/36.15 -> [18532] ~(r(X10_212_3) <=> r(skolem_Y1111(X10_212_3)))
% 251.92/36.15
% 251.92/36.15 [18532] BETA_NOT_EQUIV : ~(r(X10_212_3) <=> r(skolem_Y1111(X10_212_3)))
% 251.92/36.15 -> [18533] ~r(X10_212_3), r(skolem_Y1111(X10_212_3))
% 251.92/36.15 -> [18534] r(X10_212_3), ~r(skolem_Y1111(X10_212_3))
% 251.92/36.15
% 251.92/36.15 [18533] CLOSURE : ~r(X10_212_3)
% 251.92/36.15
% 251.92/36.15 [18534] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [40914] ~r(X8_1247_4)
% 251.92/36.15
% 251.92/36.15 [40914] CLOSURE : ~r(X8_1247_4)
% 251.92/36.15
% 251.92/36.15 [7950] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8329] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [8329] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8330] ~! [Y3_3] : ((p(X2_331_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8330] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_331_0) <=> p(Y3_3)))
% 251.92/36.15 -> [8331] ~(p(X2_331_0) <=> p(skolem_Y33(X2_331_0)))
% 251.92/36.15
% 251.92/36.15 [8331] BETA_NOT_EQUIV : ~(p(X2_331_0) <=> p(skolem_Y33(X2_331_0)))
% 251.92/36.15 -> [8332] ~p(X2_331_0), p(skolem_Y33(X2_331_0))
% 251.92/36.15 -> [8333] p(X2_331_0), ~p(skolem_Y33(X2_331_0))
% 251.92/36.15
% 251.92/36.15 [8332] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [15770] r(Y5_635_1)
% 251.92/36.15
% 251.92/36.15 [15770] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [17238] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [17238] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [17239] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [17239] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [17240] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [17241] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [17241] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [17240] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [24243] ~! [Y11_11] : ((r(X10_424_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [24243] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_424_3) <=> r(Y11_11)))
% 251.92/36.15 -> [24244] ~(r(X10_424_3) <=> r(skolem_Y1111(X10_424_3)))
% 251.92/36.15
% 251.92/36.15 [24244] BETA_NOT_EQUIV : ~(r(X10_424_3) <=> r(skolem_Y1111(X10_424_3)))
% 251.92/36.15 -> [24245] ~r(X10_424_3), r(skolem_Y1111(X10_424_3))
% 251.92/36.15 -> [24246] r(X10_424_3), ~r(skolem_Y1111(X10_424_3))
% 251.92/36.15
% 251.92/36.15 [24245] CLOSURE : ~r(X10_424_3)
% 251.92/36.15
% 251.92/36.15 [24246] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [25410] ~r(X8_487_4)
% 251.92/36.15
% 251.92/36.15 [25410] CLOSURE : ~r(X8_487_4)
% 251.92/36.15
% 251.92/36.15 [8333] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [9980] r(Y5_336_1)
% 251.92/36.15
% 251.92/36.15 [9980] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [16442] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [16442] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [16443] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [16443] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [16444] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [16445] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [16445] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [16444] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [20672] ~! [Y11_11] : ((r(X10_278_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [20672] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_278_3) <=> r(Y11_11)))
% 251.92/36.15 -> [20673] ~(r(X10_278_3) <=> r(skolem_Y1111(X10_278_3)))
% 251.92/36.15
% 251.92/36.15 [20673] BETA_NOT_EQUIV : ~(r(X10_278_3) <=> r(skolem_Y1111(X10_278_3)))
% 251.92/36.15 -> [20674] ~r(X10_278_3), r(skolem_Y1111(X10_278_3))
% 251.92/36.15 -> [20675] r(X10_278_3), ~r(skolem_Y1111(X10_278_3))
% 251.92/36.15
% 251.92/36.15 [20674] CLOSURE : ~r(X10_278_3)
% 251.92/36.15
% 251.92/36.15 [20675] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [41036] ~r(X8_1253_4)
% 251.92/36.15
% 251.92/36.15 [41036] CLOSURE : ~r(X8_1253_4)
% 251.92/36.15
% 251.92/36.15 [7521] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [7963] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [7963] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7964] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7965] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7965] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7969] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7969] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8766] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [8766] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [9993] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [9993] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [9997] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [9997] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [9999] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [10000] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [9999] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [10000] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [16878] r(Y5_678_1)
% 251.92/36.15
% 251.92/36.15 [16878] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [18027] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [18027] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [18028] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [18028] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [18029] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [18030] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [18029] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [18030] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [24694] ~! [Y11_11] : ((r(X10_437_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [24694] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_437_3) <=> r(Y11_11)))
% 251.92/36.15 -> [24695] ~(r(X10_437_3) <=> r(skolem_Y1111(X10_437_3)))
% 251.92/36.15
% 251.92/36.15 [24695] BETA_NOT_EQUIV : ~(r(X10_437_3) <=> r(skolem_Y1111(X10_437_3)))
% 251.92/36.15 -> [24696] ~r(X10_437_3), r(skolem_Y1111(X10_437_3))
% 251.92/36.15 -> [24697] r(X10_437_3), ~r(skolem_Y1111(X10_437_3))
% 251.92/36.15
% 251.92/36.15 [24696] CLOSURE : ~r(X10_437_3)
% 251.92/36.15
% 251.92/36.15 [24697] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [25330] ~r(X8_484_4)
% 251.92/36.15
% 251.92/36.15 [25330] CLOSURE : ~r(X8_484_4)
% 251.92/36.15
% 251.92/36.15 [7964] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8348] ~! [Y3_3] : ((p(X2_333_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8348] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_333_0) <=> p(Y3_3)))
% 251.92/36.15 -> [8349] ~(p(X2_333_0) <=> p(skolem_Y33(X2_333_0)))
% 251.92/36.15
% 251.92/36.15 [8349] BETA_NOT_EQUIV : ~(p(X2_333_0) <=> p(skolem_Y33(X2_333_0)))
% 251.92/36.15 -> [8350] ~p(X2_333_0), p(skolem_Y33(X2_333_0))
% 251.92/36.15 -> [8351] p(X2_333_0), ~p(skolem_Y33(X2_333_0))
% 251.92/36.15
% 251.92/36.15 [8350] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [15777] r(Y5_637_1)
% 251.92/36.15
% 251.92/36.15 [15777] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [16864] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [16864] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [16865] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [16865] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [16866] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [16867] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [16866] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [16867] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [18386] ~! [Y11_11] : ((r(X10_206_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [18386] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_206_3) <=> r(Y11_11)))
% 251.92/36.15 -> [18387] ~(r(X10_206_3) <=> r(skolem_Y1111(X10_206_3)))
% 251.92/36.15
% 251.92/36.15 [18387] BETA_NOT_EQUIV : ~(r(X10_206_3) <=> r(skolem_Y1111(X10_206_3)))
% 251.92/36.15 -> [18388] ~r(X10_206_3), r(skolem_Y1111(X10_206_3))
% 251.92/36.15 -> [18389] r(X10_206_3), ~r(skolem_Y1111(X10_206_3))
% 251.92/36.15
% 251.92/36.15 [18388] CLOSURE : ~r(X10_206_3)
% 251.92/36.15
% 251.92/36.15 [18389] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [41009] ~r(X8_1252_4)
% 251.92/36.15
% 251.92/36.15 [41009] CLOSURE : ~r(X8_1252_4)
% 251.92/36.15
% 251.92/36.15 [8351] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [9990] r(Y5_337_1)
% 251.92/36.15
% 251.92/36.15 [9990] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [16460] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [16460] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [16461] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [16461] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [16462] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [16463] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [16462] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [18195] BETA_NOT_EQUIV : ~(r(X10_198_3) <=> r(skolem_Y1111(X10_198_3)))
% 251.92/36.15 -> [41220] ~r(X10_198_3), r(skolem_Y1111(X10_198_3))
% 251.92/36.15 -> [41221] r(X10_198_3), ~r(skolem_Y1111(X10_198_3))
% 251.92/36.15
% 251.92/36.15 [41220] CLOSURE : ~r(X10_198_3)
% 251.92/36.15
% 251.92/36.15 [41221] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [41816] ~r(X8_1302_4)
% 251.92/36.15
% 251.92/36.15 [41816] CLOSURE : ~r(X8_1302_4)
% 251.92/36.15
% 251.92/36.15 [7220] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [7221] s(skolem_X1212)
% 251.92/36.15
% 251.92/36.15 [7221] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [7981] ~p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [7981] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [9245] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [9246] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [9245] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [9590] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [9591] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [9590] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [10019] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [10019] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [16485] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [16485] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [16486] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [16486] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [16487] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [16488] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [16487] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [24082] r(Y5_953_1)
% 251.92/36.15
% 251.92/36.15 [24082] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [24268] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [24268] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [24269] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [24269] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [24270] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [24271] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [24271] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [24270] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [24943] ~! [Y11_11] : ((r(X10_447_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [24943] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_447_3) <=> r(Y11_11)))
% 251.92/36.15 -> [24944] ~(r(X10_447_3) <=> r(skolem_Y1111(X10_447_3)))
% 251.92/36.15
% 251.92/36.15 [24944] BETA_NOT_EQUIV : ~(r(X10_447_3) <=> r(skolem_Y1111(X10_447_3)))
% 251.92/36.15 -> [24945] ~r(X10_447_3), r(skolem_Y1111(X10_447_3))
% 251.92/36.15 -> [24946] r(X10_447_3), ~r(skolem_Y1111(X10_447_3))
% 251.92/36.15
% 251.92/36.15 [24945] CLOSURE : ~r(X10_447_3)
% 251.92/36.15
% 251.92/36.15 [24946] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [25197] ~r(X8_476_4)
% 251.92/36.15
% 251.92/36.15 [25197] CLOSURE : ~r(X8_476_4)
% 251.92/36.15
% 251.92/36.15 [16488] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [9591] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [9592] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [9592] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [16141] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [16141] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [16142] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [16142] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [16143] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [16144] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [16144] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [16143] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [40729] r(skolem_Y1111(X10_1091_3))
% 251.92/36.15
% 251.92/36.15 [40729] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [40826] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [40826] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [40829] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [40829] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [40833] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [40834] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [40833] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [41311] BETA_NOT_EQUIV : ~(r(X10_1091_3) <=> r(skolem_Y1111(X10_1091_3)))
% 251.92/36.15 -> [41636] ~r(X10_1091_3), r(skolem_Y1111(X10_1091_3))
% 251.92/36.15 -> [41637] r(X10_1091_3), ~r(skolem_Y1111(X10_1091_3))
% 251.92/36.15
% 251.92/36.15 [41637] CLOSURE : ~r(skolem_Y1111(X10_1091_3))
% 251.92/36.15
% 251.92/36.15 [41636] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [41744] ~r(X8_1299_4)
% 251.92/36.15
% 251.92/36.15 [41744] CLOSURE : ~r(X8_1299_4)
% 251.92/36.15
% 251.92/36.15 [9246] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [9257] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [9257] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [9258] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [9259] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [9258] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [9593] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [9593] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [9594] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [9594] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [9595] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [9596] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [9596] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [9595] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [16900] r(Y5_679_1)
% 251.92/36.15
% 251.92/36.15 [16900] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [23972] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [23972] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [23973] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [23973] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [23974] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [23975] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [23974] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [23975] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [24201] ~! [Y11_11] : ((r(X10_422_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [24201] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_422_3) <=> r(Y11_11)))
% 251.92/36.15 -> [24202] ~(r(X10_422_3) <=> r(skolem_Y1111(X10_422_3)))
% 251.92/36.15
% 251.92/36.15 [24202] BETA_NOT_EQUIV : ~(r(X10_422_3) <=> r(skolem_Y1111(X10_422_3)))
% 251.92/36.15 -> [24203] ~r(X10_422_3), r(skolem_Y1111(X10_422_3))
% 251.92/36.15 -> [24204] r(X10_422_3), ~r(skolem_Y1111(X10_422_3))
% 251.92/36.15
% 251.92/36.15 [24203] CLOSURE : ~r(X10_422_3)
% 251.92/36.15
% 251.92/36.15 [24204] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [24887] ~r(X8_452_4)
% 251.92/36.15
% 251.92/36.15 [24887] CLOSURE : ~r(X8_452_4)
% 251.92/36.15
% 251.92/36.15 [9259] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [9264] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [9264] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [15790] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [15790] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [16902] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [16902] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [16903] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [16903] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [16904] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [16905] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [16904] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [16905] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [41044] r(skolem_Y1111(X10_1126_3))
% 251.92/36.15
% 251.92/36.15 [41044] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [41156] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [41156] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [41157] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [41157] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [41158] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [41159] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [41159] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [41158] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [42113] ~! [Y11_11] : ((r(X10_1126_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [42113] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1126_3) <=> r(Y11_11)))
% 251.92/36.15 -> [42114] ~(r(X10_1126_3) <=> r(skolem_Y1111(X10_1126_3)))
% 251.92/36.15
% 251.92/36.15 [42114] BETA_NOT_EQUIV : ~(r(X10_1126_3) <=> r(skolem_Y1111(X10_1126_3)))
% 251.92/36.15 -> [42115] ~r(X10_1126_3), r(skolem_Y1111(X10_1126_3))
% 251.92/36.15 -> [42116] r(X10_1126_3), ~r(skolem_Y1111(X10_1126_3))
% 251.92/36.15
% 251.92/36.15 [42116] CLOSURE : ~r(skolem_Y1111(X10_1126_3))
% 251.92/36.15
% 251.92/36.15 [42115] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [42625] ~r(X8_1378_4)
% 251.92/36.15
% 251.92/36.15 [42625] CLOSURE : ~r(X8_1378_4)
% 251.92/36.15
% 251.92/36.15 [7059] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.15 -> [7062] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [7063] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.15
% 251.92/36.15 [7062] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [7229] ~p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [7229] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [7232] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7233] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [7232] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7553] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7554] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7554] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7558] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7558] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8780] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [8780] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [10042] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [10042] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [10043] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [10043] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [10044] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [10045] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [10045] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [10044] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [24821] r(skolem_Y1111(X10_507_3))
% 251.92/36.15
% 251.92/36.15 [24821] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [25021] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [25021] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [25022] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [25022] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [25023] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [25024] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [25024] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [25023] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [26315] ~! [Y11_11] : ((r(X10_507_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [26315] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_507_3) <=> r(Y11_11)))
% 251.92/36.15 -> [26316] ~(r(X10_507_3) <=> r(skolem_Y1111(X10_507_3)))
% 251.92/36.15
% 251.92/36.15 [26316] BETA_NOT_EQUIV : ~(r(X10_507_3) <=> r(skolem_Y1111(X10_507_3)))
% 251.92/36.15 -> [26317] ~r(X10_507_3), r(skolem_Y1111(X10_507_3))
% 251.92/36.15 -> [26318] r(X10_507_3), ~r(skolem_Y1111(X10_507_3))
% 251.92/36.15
% 251.92/36.15 [26318] CLOSURE : ~r(skolem_Y1111(X10_507_3))
% 251.92/36.15
% 251.92/36.15 [26317] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [27131] ~r(X8_562_4)
% 251.92/36.15
% 251.92/36.15 [27131] CLOSURE : ~r(X8_562_4)
% 251.92/36.15
% 251.92/36.15 [7553] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [7991] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [7991] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [7992] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [7992] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [7994] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [7995] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [7995] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [7994] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [10037] r(Y5_341_1)
% 251.92/36.15
% 251.92/36.15 [10037] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [16521] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [16521] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [16524] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [16524] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [16526] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [16527] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [16526] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [16527] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [40564] ~! [Y11_11] : ((r(X10_1061_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [40564] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1061_3) <=> r(Y11_11)))
% 251.92/36.15 -> [40565] ~(r(X10_1061_3) <=> r(skolem_Y1111(X10_1061_3)))
% 251.92/36.15
% 251.92/36.15 [40565] BETA_NOT_EQUIV : ~(r(X10_1061_3) <=> r(skolem_Y1111(X10_1061_3)))
% 251.92/36.15 -> [40566] ~r(X10_1061_3), r(skolem_Y1111(X10_1061_3))
% 251.92/36.15 -> [40567] r(X10_1061_3), ~r(skolem_Y1111(X10_1061_3))
% 251.92/36.15
% 251.92/36.15 [40566] CLOSURE : ~r(X10_1061_3)
% 251.92/36.15
% 251.92/36.15 [40567] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [41077] ~r(X8_1257_4)
% 251.92/36.15
% 251.92/36.15 [41077] CLOSURE : ~r(X8_1257_4)
% 251.92/36.15
% 251.92/36.15 [7233] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [7237] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [7237] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7238] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7239] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7239] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7244] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7244] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8394] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8394] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [8395] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [8395] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [8396] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [8397] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [8397] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [8396] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [40958] r(skolem_Y1111(X10_1083_3))
% 251.92/36.15
% 251.92/36.15 [40958] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [41073] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [41073] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [41074] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [41074] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [41075] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [41076] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [41075] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [41165] BETA_NOT_EQUIV : ~(r(X10_1083_3) <=> r(skolem_Y1111(X10_1083_3)))
% 251.92/36.15 -> [41624] ~r(X10_1083_3), r(skolem_Y1111(X10_1083_3))
% 251.92/36.15 -> [41625] r(X10_1083_3), ~r(skolem_Y1111(X10_1083_3))
% 251.92/36.15
% 251.92/36.15 [41625] CLOSURE : ~r(skolem_Y1111(X10_1083_3))
% 251.92/36.15
% 251.92/36.15 [41624] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [41728] ~r(X8_1298_4)
% 251.92/36.15
% 251.92/36.15 [41728] CLOSURE : ~r(X8_1298_4)
% 251.92/36.15
% 251.92/36.15 [7238] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7563] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [7563] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [7564] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [7564] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [7565] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [7565] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [7566] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [7567] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [7567] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [7566] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [10056] r(skolem_Y1111(X10_1074_3))
% 251.92/36.15
% 251.92/36.15 [10056] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [16547] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [16547] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [16548] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [16548] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [16549] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [16550] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [16550] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [16549] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [40874] ~! [Y11_11] : ((r(X10_1074_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [40874] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1074_3) <=> r(Y11_11)))
% 251.92/36.15 -> [40875] ~(r(X10_1074_3) <=> r(skolem_Y1111(X10_1074_3)))
% 251.92/36.15
% 251.92/36.15 [40875] BETA_NOT_EQUIV : ~(r(X10_1074_3) <=> r(skolem_Y1111(X10_1074_3)))
% 251.92/36.15 -> [40876] ~r(X10_1074_3), r(skolem_Y1111(X10_1074_3))
% 251.92/36.15 -> [40877] r(X10_1074_3), ~r(skolem_Y1111(X10_1074_3))
% 251.92/36.15
% 251.92/36.15 [40877] CLOSURE : ~r(skolem_Y1111(X10_1074_3))
% 251.92/36.15
% 251.92/36.15 [40876] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [42540] ~r(X8_1372_4)
% 251.92/36.15
% 251.92/36.15 [42540] CLOSURE : ~r(X8_1372_4)
% 251.92/36.15
% 251.92/36.15 [7063] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [7064] s(skolem_X1212)
% 251.92/36.15
% 251.92/36.15 [7064] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [7592] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7593] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [7593] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [7595] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [7595] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7596] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7597] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7596] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8019] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [8019] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [9285] ~! [Y3_3] : ((p(X2_380_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [9285] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_380_0) <=> p(Y3_3)))
% 251.92/36.15 -> [9286] ~(p(X2_380_0) <=> p(skolem_Y33(X2_380_0)))
% 251.92/36.15
% 251.92/36.15 [9286] BETA_NOT_EQUIV : ~(p(X2_380_0) <=> p(skolem_Y33(X2_380_0)))
% 251.92/36.15 -> [9287] ~p(X2_380_0), p(skolem_Y33(X2_380_0))
% 251.92/36.15 -> [9288] p(X2_380_0), ~p(skolem_Y33(X2_380_0))
% 251.92/36.15
% 251.92/36.15 [9288] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [16209] r(Y5_646_1)
% 251.92/36.15
% 251.92/36.15 [16209] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [17319] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [17319] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [17320] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [17320] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [17321] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [17322] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [17322] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [17321] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [24959] ~! [Y11_11] : ((r(X10_448_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [24959] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_448_3) <=> r(Y11_11)))
% 251.92/36.15 -> [24962] ~(r(X10_448_3) <=> r(skolem_Y1111(X10_448_3)))
% 251.92/36.15
% 251.92/36.15 [24962] BETA_NOT_EQUIV : ~(r(X10_448_3) <=> r(skolem_Y1111(X10_448_3)))
% 251.92/36.15 -> [24966] ~r(X10_448_3), r(skolem_Y1111(X10_448_3))
% 251.92/36.15 -> [24967] r(X10_448_3), ~r(skolem_Y1111(X10_448_3))
% 251.92/36.15
% 251.92/36.15 [24966] CLOSURE : ~r(X10_448_3)
% 251.92/36.15
% 251.92/36.15 [24967] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [25294] ~r(X8_480_4)
% 251.92/36.15
% 251.92/36.15 [25294] CLOSURE : ~r(X8_480_4)
% 251.92/36.15
% 251.92/36.15 [9287] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [16581] r(Y5_659_1)
% 251.92/36.15
% 251.92/36.15 [16581] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [17711] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [17711] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [17712] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [17712] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [17714] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [17715] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [17714] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [17715] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [25254] ~! [Y11_11] : ((r(X10_464_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [25254] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_464_3) <=> r(Y11_11)))
% 251.92/36.15 -> [25255] ~(r(X10_464_3) <=> r(skolem_Y1111(X10_464_3)))
% 251.92/36.15
% 251.92/36.15 [25255] BETA_NOT_EQUIV : ~(r(X10_464_3) <=> r(skolem_Y1111(X10_464_3)))
% 251.92/36.15 -> [25256] ~r(X10_464_3), r(skolem_Y1111(X10_464_3))
% 251.92/36.15 -> [25257] r(X10_464_3), ~r(skolem_Y1111(X10_464_3))
% 251.92/36.15
% 251.92/36.15 [25256] CLOSURE : ~r(X10_464_3)
% 251.92/36.15
% 251.92/36.15 [25257] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [25813] ~r(X8_506_4)
% 251.92/36.15
% 251.92/36.15 [25813] CLOSURE : ~r(X8_506_4)
% 251.92/36.15
% 251.92/36.15 [7597] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7600] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7600] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8419] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8419] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [8420] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [8420] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [8421] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [8422] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [8421] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [8422] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [10075] r(Y5_347_1)
% 251.92/36.15
% 251.92/36.15 [10075] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [16597] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [16597] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [16598] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [16598] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [16599] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [16600] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [16599] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [16600] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [38410] ~! [Y11_11] : ((r(X10_953_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [38410] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_953_3) <=> r(Y11_11)))
% 251.92/36.15 -> [38411] ~(r(X10_953_3) <=> r(skolem_Y1111(X10_953_3)))
% 251.92/36.15
% 251.92/36.15 [38411] BETA_NOT_EQUIV : ~(r(X10_953_3) <=> r(skolem_Y1111(X10_953_3)))
% 251.92/36.15 -> [38412] ~r(X10_953_3), r(skolem_Y1111(X10_953_3))
% 251.92/36.15 -> [38413] r(X10_953_3), ~r(skolem_Y1111(X10_953_3))
% 251.92/36.15
% 251.92/36.15 [38412] CLOSURE : ~r(X10_953_3)
% 251.92/36.15
% 251.92/36.15 [38413] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [38585] ~r(X8_1130_4)
% 251.92/36.15
% 251.92/36.15 [38585] CLOSURE : ~r(X8_1130_4)
% 251.92/36.15
% 251.92/36.15 [7592] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [8015] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8016] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [8015] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8407] ~! [Y3_3] : ((p(X2_337_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8407] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_337_0) <=> p(Y3_3)))
% 251.92/36.15 -> [8408] ~(p(X2_337_0) <=> p(skolem_Y33(X2_337_0)))
% 251.92/36.15
% 251.92/36.15 [8408] BETA_NOT_EQUIV : ~(p(X2_337_0) <=> p(skolem_Y33(X2_337_0)))
% 251.92/36.15 -> [8409] ~p(X2_337_0), p(skolem_Y33(X2_337_0))
% 251.92/36.15 -> [8410] p(X2_337_0), ~p(skolem_Y33(X2_337_0))
% 251.92/36.15
% 251.92/36.15 [8409] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [15801] r(Y5_639_1)
% 251.92/36.15
% 251.92/36.15 [15801] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [16925] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [16925] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [16926] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [16926] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [16927] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [16928] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [16927] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [16928] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [40634] ~! [Y11_11] : ((r(X10_1063_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [40634] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1063_3) <=> r(Y11_11)))
% 251.92/36.15 -> [40635] ~(r(X10_1063_3) <=> r(skolem_Y1111(X10_1063_3)))
% 251.92/36.15
% 251.92/36.15 [40635] BETA_NOT_EQUIV : ~(r(X10_1063_3) <=> r(skolem_Y1111(X10_1063_3)))
% 251.92/36.15 -> [40636] ~r(X10_1063_3), r(skolem_Y1111(X10_1063_3))
% 251.92/36.15 -> [40637] r(X10_1063_3), ~r(skolem_Y1111(X10_1063_3))
% 251.92/36.15
% 251.92/36.15 [40636] CLOSURE : ~r(X10_1063_3)
% 251.92/36.15
% 251.92/36.15 [40637] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [41432] ~r(X8_1277_4)
% 251.92/36.15
% 251.92/36.15 [41432] CLOSURE : ~r(X8_1277_4)
% 251.92/36.15
% 251.92/36.15 [8410] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [10071] r(Y5_345_1)
% 251.92/36.15
% 251.92/36.15 [10071] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [16569] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [16569] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [16570] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [16570] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [16571] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [16572] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [16571] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [16572] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [40745] ~! [Y11_11] : ((r(X10_1067_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [40745] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1067_3) <=> r(Y11_11)))
% 251.92/36.15 -> [40746] ~(r(X10_1067_3) <=> r(skolem_Y1111(X10_1067_3)))
% 251.92/36.15
% 251.92/36.15 [40746] BETA_NOT_EQUIV : ~(r(X10_1067_3) <=> r(skolem_Y1111(X10_1067_3)))
% 251.92/36.15 -> [40749] ~r(X10_1067_3), r(skolem_Y1111(X10_1067_3))
% 251.92/36.15 -> [40750] r(X10_1067_3), ~r(skolem_Y1111(X10_1067_3))
% 251.92/36.15
% 251.92/36.15 [40749] CLOSURE : ~r(X10_1067_3)
% 251.92/36.15
% 251.92/36.15 [40750] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [42237] ~r(X8_1340_4)
% 251.92/36.15
% 251.92/36.15 [42237] CLOSURE : ~r(X8_1340_4)
% 251.92/36.15
% 251.92/36.15 [8016] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [8017] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [8017] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8803] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [8803] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [15810] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [15810] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [15811] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [15811] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [15812] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [15813] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [15812] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [15813] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [17311] r(skolem_Y1111(X10_1145_3))
% 251.92/36.15
% 251.92/36.15 [17311] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [40828] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [40828] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [40832] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [40832] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [40835] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [40836] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [40835] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [40836] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [42529] ~! [Y11_11] : ((r(X10_1145_3) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [42529] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1145_3) <=> r(Y11_11)))
% 251.92/36.15 -> [42530] ~(r(X10_1145_3) <=> r(skolem_Y1111(X10_1145_3)))
% 251.92/36.15
% 251.92/36.15 [42530] BETA_NOT_EQUIV : ~(r(X10_1145_3) <=> r(skolem_Y1111(X10_1145_3)))
% 251.92/36.15 -> [42532] ~r(X10_1145_3), r(skolem_Y1111(X10_1145_3))
% 251.92/36.15 -> [42533] r(X10_1145_3), ~r(skolem_Y1111(X10_1145_3))
% 251.92/36.15
% 251.92/36.15 [42533] CLOSURE : ~r(skolem_Y1111(X10_1145_3))
% 251.92/36.15
% 251.92/36.15 [42532] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [42647] ~r(X8_1379_4)
% 251.92/36.15
% 251.92/36.15 [42647] CLOSURE : ~r(X8_1379_4)
% 251.92/36.15
% 251.92/36.15 [102] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.15 -> [132] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15
% 251.92/36.15 [132] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.15 -> [139] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [140] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.15
% 251.92/36.15 [139] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.15 -> [248] ~s(skolem_Y99)
% 251.92/36.15
% 251.92/36.15 [248] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.15 -> [7084] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [7085] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15
% 251.92/36.15 [7085] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.15 -> [7093] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [7094] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.15
% 251.92/36.15 [7093] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [7292] ~p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [7292] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [7295] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7296] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [7295] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7572] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7573] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7573] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7574] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7574] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8682] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8682] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [8683] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [8683] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [8685] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [8686] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [8686] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [8685] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [14281] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [14281] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [15403] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [15403] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [15404] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [15404] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [15405] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [15406] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [15405] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [29513] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_661_3))
% 251.92/36.15 -> [29575] ~r(skolem_X1010), ~r(Y11_661_3)
% 251.92/36.15 -> [29576] r(skolem_X1010), r(Y11_661_3)
% 251.92/36.15
% 251.92/36.15 [29575] CLOSURE : ~r(Y11_661_3)
% 251.92/36.15
% 251.92/36.15 [29576] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [29591] ~r(X8_702_4)
% 251.92/36.15
% 251.92/36.15 [29591] CLOSURE : ~r(X8_702_4)
% 251.92/36.15
% 251.92/36.15 [7572] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7910] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [7910] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [7911] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [7911] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [7912] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [7912] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [7914] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [7915] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [7915] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [7914] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [10392] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [10392] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [12061] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [12061] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [12062] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [12062] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [12069] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [12070] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [12069] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [12070] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [31234] (r(skolem_X1010) <=> r(Y11_710_3))
% 251.92/36.15
% 251.92/36.15 [31234] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_710_3))
% 251.92/36.15 -> [31235] ~r(skolem_X1010), ~r(Y11_710_3)
% 251.92/36.15 -> [31236] r(skolem_X1010), r(Y11_710_3)
% 251.92/36.15
% 251.92/36.15 [31235] CLOSURE : ~r(Y11_710_3)
% 251.92/36.15
% 251.92/36.15 [31236] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [31243] ~r(X8_761_4)
% 251.92/36.15
% 251.92/36.15 [31243] CLOSURE : ~r(X8_761_4)
% 251.92/36.15
% 251.92/36.15 [7296] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [7299] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [7299] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7300] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7301] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7301] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7306] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7306] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8291] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [8291] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [9503] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [9503] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [9504] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [9504] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [9505] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [9506] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [9506] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [9505] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [15689] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [15689] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [16834] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [16834] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [16835] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [16835] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [16836] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [16837] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [16837] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [16836] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [20951] (r(skolem_X1010) <=> r(Y11_380_3))
% 251.92/36.15
% 251.92/36.15 [20951] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_380_3))
% 251.92/36.15 -> [20952] ~r(skolem_X1010), ~r(Y11_380_3)
% 251.92/36.15 -> [20953] r(skolem_X1010), r(Y11_380_3)
% 251.92/36.15
% 251.92/36.15 [20953] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [22056] ~r(X8_280_4)
% 251.92/36.15
% 251.92/36.15 [22056] CLOSURE : ~r(X8_280_4)
% 251.92/36.15
% 251.92/36.15 [20952] CLOSURE : ~r(Y11_380_3)
% 251.92/36.15
% 251.92/36.15 [7300] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [7584] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [7584] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [7585] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [7585] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [7587] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [7588] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [7588] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [7587] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [9501] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [9501] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [10916] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [10916] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [10917] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [10917] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [10918] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [10919] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [10918] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [13112] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_150_3))
% 251.92/36.15 -> [38182] ~r(skolem_X1010), ~r(Y11_150_3)
% 251.92/36.15 -> [38183] r(skolem_X1010), r(Y11_150_3)
% 251.92/36.15
% 251.92/36.15 [38182] CLOSURE : ~r(Y11_150_3)
% 251.92/36.15
% 251.92/36.15 [38183] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [38225] ~r(X8_1110_4)
% 251.92/36.15
% 251.92/36.15 [38225] CLOSURE : ~r(X8_1110_4)
% 251.92/36.15
% 251.92/36.15 [7094] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [7097] s(skolem_X1212)
% 251.92/36.15
% 251.92/36.15 [7097] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [7598] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7599] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [7598] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7952] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7953] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7953] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7957] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7957] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8706] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8706] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [8707] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [8707] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [8708] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [8709] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [8708] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [8709] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [10400] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [10400] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [12672] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [12672] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [12673] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [12673] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [12674] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [12675] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [12674] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [13948] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_172_3))
% 251.92/36.15 -> [18536] ~r(skolem_X1010), ~r(Y11_172_3)
% 251.92/36.15 -> [18537] r(skolem_X1010), r(Y11_172_3)
% 251.92/36.15
% 251.92/36.15 [18536] CLOSURE : ~r(Y11_172_3)
% 251.92/36.15
% 251.92/36.15 [18537] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [19445] ~r(X8_201_4)
% 251.92/36.15
% 251.92/36.15 [19445] CLOSURE : ~r(X8_201_4)
% 251.92/36.15
% 251.92/36.15 [7952] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8309] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [8309] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [9513] ~! [Y3_3] : ((p(X2_396_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [9513] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_396_0) <=> p(Y3_3)))
% 251.92/36.15 -> [9514] ~(p(X2_396_0) <=> p(skolem_Y33(X2_396_0)))
% 251.92/36.15
% 251.92/36.15 [9514] BETA_NOT_EQUIV : ~(p(X2_396_0) <=> p(skolem_Y33(X2_396_0)))
% 251.92/36.15 -> [9515] ~p(X2_396_0), p(skolem_Y33(X2_396_0))
% 251.92/36.15 -> [9516] p(X2_396_0), ~p(skolem_Y33(X2_396_0))
% 251.92/36.15
% 251.92/36.15 [9516] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [11548] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [11548] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [12922] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [12922] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [12923] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [12923] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [12924] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [12925] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [12925] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [12924] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [18528] (r(skolem_X1010) <=> r(Y11_288_3))
% 251.92/36.15
% 251.92/36.15 [18528] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_288_3))
% 251.92/36.15 -> [18529] ~r(skolem_X1010), ~r(Y11_288_3)
% 251.92/36.15 -> [18530] r(skolem_X1010), r(Y11_288_3)
% 251.92/36.15
% 251.92/36.15 [18529] CLOSURE : ~r(Y11_288_3)
% 251.92/36.15
% 251.92/36.15 [18530] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [19677] ~r(X8_207_4)
% 251.92/36.15
% 251.92/36.15 [19677] CLOSURE : ~r(X8_207_4)
% 251.92/36.15
% 251.92/36.15 [9515] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [12101] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [12101] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [13121] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [13121] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [13125] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [13125] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [13131] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [13132] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [13132] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [13131] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [18860] (r(skolem_X1010) <=> r(Y11_299_3))
% 251.92/36.15
% 251.92/36.15 [18860] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_299_3))
% 251.92/36.15 -> [18861] ~r(skolem_X1010), ~r(Y11_299_3)
% 251.92/36.15 -> [18862] r(skolem_X1010), r(Y11_299_3)
% 251.92/36.15
% 251.92/36.15 [18861] CLOSURE : ~r(Y11_299_3)
% 251.92/36.15
% 251.92/36.15 [18862] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [19648] ~r(X8_206_4)
% 251.92/36.15
% 251.92/36.15 [19648] CLOSURE : ~r(X8_206_4)
% 251.92/36.15
% 251.92/36.15 [7599] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [7607] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [7607] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7608] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7609] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7609] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7616] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7616] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8328] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [8328] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [9540] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [9540] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [9541] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [9541] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [9542] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [9543] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [9542] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [9543] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [11591] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [11591] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [12962] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [12962] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [12963] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [12963] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [12964] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [12965] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [12965] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [12964] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [19066] (r(skolem_X1010) <=> r(Y11_308_3))
% 251.92/36.15
% 251.92/36.15 [19066] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_308_3))
% 251.92/36.15 -> [19067] ~r(skolem_X1010), ~r(Y11_308_3)
% 251.92/36.15 -> [19068] r(skolem_X1010), r(Y11_308_3)
% 251.92/36.15
% 251.92/36.15 [19067] CLOSURE : ~r(Y11_308_3)
% 251.92/36.15
% 251.92/36.15 [19068] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [19883] ~r(X8_214_4)
% 251.92/36.15
% 251.92/36.15 [19883] CLOSURE : ~r(X8_214_4)
% 251.92/36.15
% 251.92/36.15 [7608] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [7966] ~! [Y3_3] : ((p(X2_310_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [7966] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_310_0) <=> p(Y3_3)))
% 251.92/36.15 -> [7968] ~(p(X2_310_0) <=> p(skolem_Y33(X2_310_0)))
% 251.92/36.15
% 251.92/36.15 [7968] BETA_NOT_EQUIV : ~(p(X2_310_0) <=> p(skolem_Y33(X2_310_0)))
% 251.92/36.15 -> [7971] ~p(X2_310_0), p(skolem_Y33(X2_310_0))
% 251.92/36.15 -> [7972] p(X2_310_0), ~p(skolem_Y33(X2_310_0))
% 251.92/36.15
% 251.92/36.15 [7971] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [9970] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [9970] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [11570] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [11570] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [11571] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [11571] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [11572] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [11573] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [11572] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [13405] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_158_3))
% 251.92/36.15 -> [17690] ~r(skolem_X1010), ~r(Y11_158_3)
% 251.92/36.15 -> [17691] r(skolem_X1010), r(Y11_158_3)
% 251.92/36.15
% 251.92/36.15 [17690] CLOSURE : ~r(Y11_158_3)
% 251.92/36.15
% 251.92/36.15 [17691] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [18390] ~r(X8_177_4)
% 251.92/36.15
% 251.92/36.15 [18390] CLOSURE : ~r(X8_177_4)
% 251.92/36.15
% 251.92/36.15 [7972] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [9533] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [9533] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [19716] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [19716] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [19717] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [19717] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [19718] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [19719] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [19718] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [20788] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_374_3))
% 251.92/36.15 -> [38486] ~r(skolem_X1010), ~r(Y11_374_3)
% 251.92/36.15 -> [38487] r(skolem_X1010), r(Y11_374_3)
% 251.92/36.15
% 251.92/36.15 [38486] CLOSURE : ~r(Y11_374_3)
% 251.92/36.15
% 251.92/36.15 [38487] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [38519] ~r(X8_1126_4)
% 251.92/36.15
% 251.92/36.15 [38519] CLOSURE : ~r(X8_1126_4)
% 251.92/36.15
% 251.92/36.15 [7084] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.15 -> [7285] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [7286] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15
% 251.92/36.15 [7286] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.15 -> [7287] s(skolem_X1212)
% 251.92/36.15
% 251.92/36.15 [7287] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.15 -> [7903] ~p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [7903] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [9071] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [9072] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [9072] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [9073] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [9073] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [9074] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [9075] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [9074] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [9492] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [9492] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [10881] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [10881] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [10882] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [10882] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [10883] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [10884] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [10884] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [10883] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [13343] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [13343] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [14263] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [14263] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [14264] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [14264] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [14267] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [14268] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [14268] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [14267] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [19863] (r(skolem_X1010) <=> r(Y11_333_3))
% 251.92/36.15
% 251.92/36.15 [19863] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_333_3))
% 251.92/36.15 -> [19864] ~r(skolem_X1010), ~r(Y11_333_3)
% 251.92/36.15 -> [19865] r(skolem_X1010), r(Y11_333_3)
% 251.92/36.15
% 251.92/36.15 [19864] CLOSURE : ~r(Y11_333_3)
% 251.92/36.15
% 251.92/36.15 [19865] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [20708] ~r(X8_235_4)
% 251.92/36.15
% 251.92/36.15 [20708] CLOSURE : ~r(X8_235_4)
% 251.92/36.15
% 251.92/36.15 [9075] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [9082] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [9082] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [10378] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [10378] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [10379] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [10379] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [10380] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [10381] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [10381] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [10380] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [22030] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [22030] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [22402] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [22402] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [22404] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [22404] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [22407] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [22408] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [22407] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [22978] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_439_3))
% 251.92/36.15 -> [23800] ~r(skolem_X1010), ~r(Y11_439_3)
% 251.92/36.15 -> [23801] r(skolem_X1010), r(Y11_439_3)
% 251.92/36.15
% 251.92/36.15 [23800] CLOSURE : ~r(Y11_439_3)
% 251.92/36.15
% 251.92/36.15 [23801] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [23963] ~r(X8_382_4)
% 251.92/36.15
% 251.92/36.15 [23963] CLOSURE : ~r(X8_382_4)
% 251.92/36.15
% 251.92/36.15 [9071] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [9488] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [9489] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [9489] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [9490] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [9490] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [10862] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [10862] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [12627] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [12627] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [12628] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [12628] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [12629] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [12630] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [12630] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [12629] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [23092] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [23092] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [23465] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [23465] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [23466] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [23466] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [23467] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [23468] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [23468] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [23467] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [25231] (r(skolem_X1010) <=> r(Y11_536_3))
% 251.92/36.15
% 251.92/36.15 [25231] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_536_3))
% 251.92/36.15 -> [25232] ~r(skolem_X1010), ~r(Y11_536_3)
% 251.92/36.15 -> [25233] r(skolem_X1010), r(Y11_536_3)
% 251.92/36.15
% 251.92/36.15 [25232] CLOSURE : ~r(Y11_536_3)
% 251.92/36.15
% 251.92/36.15 [25233] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [25411] ~r(X8_488_4)
% 251.92/36.15
% 251.92/36.15 [25411] CLOSURE : ~r(X8_488_4)
% 251.92/36.15
% 251.92/36.15 [9488] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [9920] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [9920] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.15 -> [9921] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15
% 251.92/36.15 [9921] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.15 -> [9922] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.15 -> [9923] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.15
% 251.92/36.15 [9923] CLOSURE : p(skolem_Y1313)
% 251.92/36.15
% 251.92/36.15 [9922] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [12622] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [12622] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [13330] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [13330] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [13331] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [13331] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [13332] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [13333] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [13332] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [14971] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_199_3))
% 251.92/36.15 -> [32908] ~r(skolem_X1010), ~r(Y11_199_3)
% 251.92/36.15 -> [32909] r(skolem_X1010), r(Y11_199_3)
% 251.92/36.15
% 251.92/36.15 [32908] CLOSURE : ~r(Y11_199_3)
% 251.92/36.15
% 251.92/36.15 [32909] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [32967] ~r(X8_837_4)
% 251.92/36.15
% 251.92/36.15 [32967] CLOSURE : ~r(X8_837_4)
% 251.92/36.15
% 251.92/36.15 [7285] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.15 -> [7543] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7544] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15
% 251.92/36.15 [7544] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.15 -> [7548] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.15
% 251.92/36.15 [7548] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7549] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7550] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7550] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7552] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7552] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8257] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8257] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [8258] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [8258] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [8259] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [8260] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [8259] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [8260] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [9916] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [9916] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [11489] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [11489] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [11490] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [11490] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [11491] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [11492] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [13324] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_156_3))
% 251.92/36.15 -> [17842] ~r(skolem_X1010), ~r(Y11_156_3)
% 251.92/36.15 -> [17843] r(skolem_X1010), r(Y11_156_3)
% 251.92/36.15
% 251.92/36.15 [17842] CLOSURE : ~r(Y11_156_3)
% 251.92/36.15
% 251.92/36.15 [17843] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [18507] ~r(X8_180_4)
% 251.92/36.15
% 251.92/36.15 [18507] CLOSURE : ~r(X8_180_4)
% 251.92/36.15
% 251.92/36.15 [11491] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [7549] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7883] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [7883] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [7884] ~! [Y3_3] : ((p(X2_304_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [7884] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_304_0) <=> p(Y3_3)))
% 251.92/36.15 -> [7885] ~(p(X2_304_0) <=> p(skolem_Y33(X2_304_0)))
% 251.92/36.15
% 251.92/36.15 [7885] BETA_NOT_EQUIV : ~(p(X2_304_0) <=> p(skolem_Y33(X2_304_0)))
% 251.92/36.15 -> [7886] ~p(X2_304_0), p(skolem_Y33(X2_304_0))
% 251.92/36.15 -> [7887] p(X2_304_0), ~p(skolem_Y33(X2_304_0))
% 251.92/36.15
% 251.92/36.15 [7887] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [9483] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [9483] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [10839] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [10839] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [10841] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [10841] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [10842] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [10843] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [10843] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [10842] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [38911] (r(skolem_X1010) <=> r(Y11_1063_3))
% 251.92/36.15
% 251.92/36.15 [38911] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1063_3))
% 251.92/36.15 -> [38912] ~r(skolem_X1010), ~r(Y11_1063_3)
% 251.92/36.15 -> [38913] r(skolem_X1010), r(Y11_1063_3)
% 251.92/36.15
% 251.92/36.15 [38913] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [38921] ~r(X8_1144_4)
% 251.92/36.15
% 251.92/36.15 [38921] CLOSURE : ~r(X8_1144_4)
% 251.92/36.15
% 251.92/36.15 [38912] CLOSURE : ~r(Y11_1063_3)
% 251.92/36.15
% 251.92/36.15 [7886] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [9910] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [9910] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [11471] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [11471] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.15 -> [11472] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15
% 251.92/36.15 [11472] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.15 -> [11473] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.15 -> [11474] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.15
% 251.92/36.15 [11474] CLOSURE : q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [11473] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [41979] (r(skolem_X1010) <=> r(Y11_1172_3))
% 251.92/36.15
% 251.92/36.15 [41979] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1172_3))
% 251.92/36.15 -> [41980] ~r(skolem_X1010), ~r(Y11_1172_3)
% 251.92/36.15 -> [41981] r(skolem_X1010), r(Y11_1172_3)
% 251.92/36.15
% 251.92/36.15 [41980] CLOSURE : ~r(Y11_1172_3)
% 251.92/36.15
% 251.92/36.15 [41981] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [42092] ~r(X8_1324_4)
% 251.92/36.15
% 251.92/36.15 [42092] CLOSURE : ~r(X8_1324_4)
% 251.92/36.15
% 251.92/36.15 [7543] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.15 -> [7866] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [7867] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15
% 251.92/36.15 [7867] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.15 -> [7870] p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [7870] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.15 -> [8653] ~q(skolem_Y1717)
% 251.92/36.15
% 251.92/36.15 [8653] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [9887] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [9887] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.15 -> [9888] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15
% 251.92/36.15 [9888] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.15 -> [9891] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.15 -> [9892] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.15
% 251.92/36.15 [9891] CLOSURE : ~p(skolem_X1616)
% 251.92/36.15
% 251.92/36.15 [9892] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [12036] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [12036] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [13072] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [13072] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [13073] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [13073] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [13074] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [13075] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [13074] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [13075] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.15 -> [18776] (r(skolem_X1010) <=> r(Y11_297_3))
% 251.92/36.15
% 251.92/36.15 [18776] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_297_3))
% 251.92/36.15 -> [18777] ~r(skolem_X1010), ~r(Y11_297_3)
% 251.92/36.15 -> [18778] r(skolem_X1010), r(Y11_297_3)
% 251.92/36.15
% 251.92/36.15 [18777] CLOSURE : ~r(Y11_297_3)
% 251.92/36.15
% 251.92/36.15 [18778] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [19523] ~r(X8_203_4)
% 251.92/36.15
% 251.92/36.15 [19523] CLOSURE : ~r(X8_203_4)
% 251.92/36.15
% 251.92/36.15 [7866] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.15 -> [8235] ~! [Y3_3] : ((p(X2_321_0) <=> p(Y3_3)))
% 251.92/36.15
% 251.92/36.15 [8235] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_321_0) <=> p(Y3_3)))
% 251.92/36.15 -> [8236] ~(p(X2_321_0) <=> p(skolem_Y33(X2_321_0)))
% 251.92/36.15
% 251.92/36.15 [8236] BETA_NOT_EQUIV : ~(p(X2_321_0) <=> p(skolem_Y33(X2_321_0)))
% 251.92/36.15 -> [8237] ~p(X2_321_0), p(skolem_Y33(X2_321_0))
% 251.92/36.15 -> [8238] p(X2_321_0), ~p(skolem_Y33(X2_321_0))
% 251.92/36.15
% 251.92/36.15 [8237] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.15 -> [17117] r(skolem_X1010)
% 251.92/36.15
% 251.92/36.15 [17117] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.15 -> [18019] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15
% 251.92/36.15 [18019] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.15 -> [18020] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15
% 251.92/36.15 [18020] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.15 -> [18021] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.15 -> [18022] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.15
% 251.92/36.15 [18021] CLOSURE : ~q(skolem_X44)
% 251.92/36.15
% 251.92/36.15 [38917] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1064_3))
% 251.92/36.15 -> [39337] ~r(skolem_X1010), ~r(Y11_1064_3)
% 251.92/36.15 -> [39338] r(skolem_X1010), r(Y11_1064_3)
% 251.92/36.15
% 251.92/36.15 [39337] CLOSURE : ~r(Y11_1064_3)
% 251.92/36.15
% 251.92/36.15 [39338] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.15 -> [39452] ~r(X8_1189_4)
% 251.92/36.15
% 251.92/36.15 [39452] CLOSURE : ~r(X8_1189_4)
% 251.92/36.15
% 251.92/36.15 [8238] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [9883] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [9883] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [16670] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [16670] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [16671] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [16671] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [16672] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [16673] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [16672] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [40674] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1129_3))
% 251.92/36.16 -> [42121] ~r(skolem_X1010), ~r(Y11_1129_3)
% 251.92/36.16 -> [42122] r(skolem_X1010), r(Y11_1129_3)
% 251.92/36.16
% 251.92/36.16 [42121] CLOSURE : ~r(Y11_1129_3)
% 251.92/36.16
% 251.92/36.16 [42122] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [42256] ~r(X8_1343_4)
% 251.92/36.16
% 251.92/36.16 [42256] CLOSURE : ~r(X8_1343_4)
% 251.92/36.16
% 251.92/36.16 [140] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [457] r(skolem_X88)
% 251.92/36.16
% 251.92/36.16 [457] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.16 -> [576] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [577] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16
% 251.92/36.16 [577] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.16 -> [596] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [597] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.16
% 251.92/36.16 [596] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [772] ~p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [772] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [13589] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [13590] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [13590] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [13596] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [13596] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [13597] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [13598] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [13597] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [13914] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [13914] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [13915] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [13915] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [13917] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [13918] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [13918] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [13917] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [15631] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [15631] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [16438] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [16438] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [16439] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [16439] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [16440] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [16441] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [16440] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [37003] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_961_3))
% 251.92/36.16 -> [37512] ~r(skolem_X1010), ~r(Y11_961_3)
% 251.92/36.16 -> [37513] r(skolem_X1010), r(Y11_961_3)
% 251.92/36.16
% 251.92/36.16 [37512] CLOSURE : ~r(Y11_961_3)
% 251.92/36.16
% 251.92/36.16 [37513] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [37583] s(Y9_574_4)
% 251.92/36.16
% 251.92/36.16 [37583] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [37644] ~s(X12_580_5)
% 251.92/36.16
% 251.92/36.16 [37644] CLOSURE : ~s(X12_580_5)
% 251.92/36.16
% 251.92/36.16 [13598] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [13599] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [13599] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [14257] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [14257] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [15287] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [15287] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [15288] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [15288] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [15289] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [15290] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [15289] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [15290] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [37072] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [37072] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [37115] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [37115] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [37116] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [37116] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [37117] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [37118] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [37118] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [37117] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [37550] (r(skolem_X1010) <=> r(Y11_1001_3))
% 251.92/36.16
% 251.92/36.16 [37550] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1001_3))
% 251.92/36.16 -> [37551] ~r(skolem_X1010), ~r(Y11_1001_3)
% 251.92/36.16 -> [37552] r(skolem_X1010), r(Y11_1001_3)
% 251.92/36.16
% 251.92/36.16 [37551] CLOSURE : ~r(Y11_1001_3)
% 251.92/36.16
% 251.92/36.16 [37552] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [37614] s(Y9_575_4)
% 251.92/36.16
% 251.92/36.16 [37614] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [37671] ~s(X12_582_5)
% 251.92/36.16
% 251.92/36.16 [37671] CLOSURE : ~s(X12_582_5)
% 251.92/36.16
% 251.92/36.16 [13589] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [13908] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [13909] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [13908] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [14242] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [14242] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [15269] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [15269] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [15270] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [15270] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [15271] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [15272] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [15272] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [15271] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [36937] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [36937] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [37103] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [37103] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [37108] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [37108] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [37109] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [37110] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [37110] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [37109] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [37166] (r(skolem_X1010) <=> r(Y11_974_3))
% 251.92/36.16
% 251.92/36.16 [37166] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_974_3))
% 251.92/36.16 -> [37168] ~r(skolem_X1010), ~r(Y11_974_3)
% 251.92/36.16 -> [37169] r(skolem_X1010), r(Y11_974_3)
% 251.92/36.16
% 251.92/36.16 [37168] CLOSURE : ~r(Y11_974_3)
% 251.92/36.16
% 251.92/36.16 [37169] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [37253] s(Y9_561_4)
% 251.92/36.16
% 251.92/36.16 [37253] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [37260] ~s(X12_569_5)
% 251.92/36.16
% 251.92/36.16 [37260] CLOSURE : ~s(X12_569_5)
% 251.92/36.16
% 251.92/36.16 [13909] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [13912] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [13912] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [14554] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [14554] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [14555] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [14555] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [14556] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [14557] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [14557] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [14556] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [36947] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [36947] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [36999] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [36999] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [37000] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [37000] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [37001] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [37002] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [37001] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [37157] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_973_3))
% 251.92/36.16 -> [37721] ~r(skolem_X1010), ~r(Y11_973_3)
% 251.92/36.16 -> [37722] r(skolem_X1010), r(Y11_973_3)
% 251.92/36.16
% 251.92/36.16 [37721] CLOSURE : ~r(Y11_973_3)
% 251.92/36.16
% 251.92/36.16 [37722] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [37748] s(Y9_582_4)
% 251.92/36.16
% 251.92/36.16 [37748] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [37807] ~s(X12_589_5)
% 251.92/36.16
% 251.92/36.16 [37807] CLOSURE : ~s(X12_589_5)
% 251.92/36.16
% 251.92/36.16 [597] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [604] s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [604] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [7163] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [7164] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [7164] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [7173] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [7173] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [7176] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [7177] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [7176] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [7800] ~! [Y3_3] : ((p(X2_299_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [7800] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_299_0) <=> p(Y3_3)))
% 251.92/36.16 -> [7801] ~(p(X2_299_0) <=> p(skolem_Y33(X2_299_0)))
% 251.92/36.16
% 251.92/36.16 [7801] BETA_NOT_EQUIV : ~(p(X2_299_0) <=> p(skolem_Y33(X2_299_0)))
% 251.92/36.16 -> [7802] ~p(X2_299_0), p(skolem_Y33(X2_299_0))
% 251.92/36.16 -> [7803] p(X2_299_0), ~p(skolem_Y33(X2_299_0))
% 251.92/36.16
% 251.92/36.16 [7802] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [9674] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [9674] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [10570] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [10570] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [10571] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [10571] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [10573] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [10574] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [10573] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [24000] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_491_3))
% 251.92/36.16 -> [24613] ~r(skolem_X1010), ~r(Y11_491_3)
% 251.92/36.16 -> [24614] r(skolem_X1010), r(Y11_491_3)
% 251.92/36.16
% 251.92/36.16 [24613] CLOSURE : ~r(Y11_491_3)
% 251.92/36.16
% 251.92/36.16 [24614] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [24778] s(Y9_222_4)
% 251.92/36.16
% 251.92/36.16 [24778] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [24885] p(Y13_170_5)
% 251.92/36.16
% 251.92/36.16 [24885] CLOSURE : p(Y13_170_5)
% 251.92/36.16
% 251.92/36.16 [7803] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [9680] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [9680] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [10580] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [10580] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [10581] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [10581] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [10582] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [10583] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [10582] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [21498] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_390_3))
% 251.92/36.16 -> [29643] ~r(skolem_X1010), ~r(Y11_390_3)
% 251.92/36.16 -> [29644] r(skolem_X1010), r(Y11_390_3)
% 251.92/36.16
% 251.92/36.16 [29643] CLOSURE : ~r(Y11_390_3)
% 251.92/36.16
% 251.92/36.16 [29644] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [29681] s(Y9_359_4)
% 251.92/36.16
% 251.92/36.16 [29681] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [29740] p(Y13_298_5)
% 251.92/36.16
% 251.92/36.16 [29740] CLOSURE : p(Y13_298_5)
% 251.92/36.16
% 251.92/36.16 [7177] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [7183] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [7183] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [8494] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [8494] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [9689] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [9689] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [9690] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [9690] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [9691] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [9692] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [9691] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [9692] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [20689] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [20689] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [21712] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [21712] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [21715] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [21715] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [21716] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [21717] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [21717] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [21716] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [35269] (r(skolem_X1010) <=> r(Y11_881_3))
% 251.92/36.16
% 251.92/36.16 [35269] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_881_3))
% 251.92/36.16 -> [35270] ~r(skolem_X1010), ~r(Y11_881_3)
% 251.92/36.16 -> [35271] r(skolem_X1010), r(Y11_881_3)
% 251.92/36.16
% 251.92/36.16 [35270] CLOSURE : ~r(Y11_881_3)
% 251.92/36.16
% 251.92/36.16 [35271] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [35286] s(Y9_492_4)
% 251.92/36.16
% 251.92/36.16 [35286] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [35293] p(Y13_432_5)
% 251.92/36.16
% 251.92/36.16 [35293] CLOSURE : p(Y13_432_5)
% 251.92/36.16
% 251.92/36.16 [7163] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [7794] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [7795] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [7794] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [8476] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [8476] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [9655] ~! [Y3_3] : ((p(X2_405_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [9655] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_405_0) <=> p(Y3_3)))
% 251.92/36.16 -> [9656] ~(p(X2_405_0) <=> p(skolem_Y33(X2_405_0)))
% 251.92/36.16
% 251.92/36.16 [9656] BETA_NOT_EQUIV : ~(p(X2_405_0) <=> p(skolem_Y33(X2_405_0)))
% 251.92/36.16 -> [9657] ~p(X2_405_0), p(skolem_Y33(X2_405_0))
% 251.92/36.16 -> [9658] p(X2_405_0), ~p(skolem_Y33(X2_405_0))
% 251.92/36.16
% 251.92/36.16 [9657] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [20592] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [20592] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [41113] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [41113] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [41114] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [41114] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [41115] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [41116] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [41116] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [41115] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [41757] (r(skolem_X1010) <=> r(Y11_1162_3))
% 251.92/36.16
% 251.92/36.16 [41757] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1162_3))
% 251.92/36.16 -> [41758] ~r(skolem_X1010), ~r(Y11_1162_3)
% 251.92/36.16 -> [41759] r(skolem_X1010), r(Y11_1162_3)
% 251.92/36.16
% 251.92/36.16 [41758] CLOSURE : ~r(Y11_1162_3)
% 251.92/36.16
% 251.92/36.16 [41759] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [41898] s(Y9_674_4)
% 251.92/36.16
% 251.92/36.16 [41898] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [42075] p(Y13_631_5)
% 251.92/36.16
% 251.92/36.16 [42075] CLOSURE : p(Y13_631_5)
% 251.92/36.16
% 251.92/36.16 [9658] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [20444] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [20444] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [21396] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [21396] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [21397] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [21397] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [21399] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [21400] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [21400] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [21399] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [42466] (r(skolem_X1010) <=> r(Y11_1194_3))
% 251.92/36.16
% 251.92/36.16 [42466] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1194_3))
% 251.92/36.16 -> [42468] ~r(skolem_X1010), ~r(Y11_1194_3)
% 251.92/36.16 -> [42469] r(skolem_X1010), r(Y11_1194_3)
% 251.92/36.16
% 251.92/36.16 [42468] CLOSURE : ~r(Y11_1194_3)
% 251.92/36.16
% 251.92/36.16 [42469] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [42493] s(Y9_703_4)
% 251.92/36.16
% 251.92/36.16 [42493] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [42497] p(Y13_644_5)
% 251.92/36.16
% 251.92/36.16 [42497] CLOSURE : p(Y13_644_5)
% 251.92/36.16
% 251.92/36.16 [7795] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [7796] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [7796] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [8825] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [8825] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [8826] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [8826] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [8827] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [8828] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [8827] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [8828] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [10139] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [10139] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [20457] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [20457] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [20458] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [20458] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [20459] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [20460] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [20459] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [21310] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_384_3))
% 251.92/36.16 -> [42289] ~r(skolem_X1010), ~r(Y11_384_3)
% 251.92/36.16 -> [42290] r(skolem_X1010), r(Y11_384_3)
% 251.92/36.16
% 251.92/36.16 [42290] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [42339] s(Y9_692_4)
% 251.92/36.16
% 251.92/36.16 [42339] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [42626] p(Y13_649_5)
% 251.92/36.16
% 251.92/36.16 [42626] CLOSURE : p(Y13_649_5)
% 251.92/36.16
% 251.92/36.16 [42289] CLOSURE : ~r(Y11_384_3)
% 251.92/36.16
% 251.92/36.16 [576] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.16 -> [745] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [746] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16
% 251.92/36.16 [745] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [6835] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [6836] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [6835] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [6942] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [6943] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [6942] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [7103] ~! [Y3_3] : ((p(X2_266_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [7103] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_266_0) <=> p(Y3_3)))
% 251.92/36.16 -> [7106] ~(p(X2_266_0) <=> p(skolem_Y33(X2_266_0)))
% 251.92/36.16
% 251.92/36.16 [7106] BETA_NOT_EQUIV : ~(p(X2_266_0) <=> p(skolem_Y33(X2_266_0)))
% 251.92/36.16 -> [7107] ~p(X2_266_0), p(skolem_Y33(X2_266_0))
% 251.92/36.16 -> [7108] p(X2_266_0), ~p(skolem_Y33(X2_266_0))
% 251.92/36.16
% 251.92/36.16 [7108] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [8006] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [8006] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [8730] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [8730] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [8733] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [8733] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [8734] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [8735] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [8734] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [10965] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_110_3))
% 251.92/36.16 -> [16100] ~r(skolem_X1010), ~r(Y11_110_3)
% 251.92/36.16 -> [16101] r(skolem_X1010), r(Y11_110_3)
% 251.92/36.16
% 251.92/36.16 [16100] CLOSURE : ~r(Y11_110_3)
% 251.92/36.16
% 251.92/36.16 [16101] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [17710] s(Y9_92_4)
% 251.92/36.16
% 251.92/36.16 [17710] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [18400] ~s(X12_90_5)
% 251.92/36.16
% 251.92/36.16 [18400] CLOSURE : ~s(X12_90_5)
% 251.92/36.16
% 251.92/36.16 [7107] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [8724] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [8724] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [9559] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [9559] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [9564] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [9564] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [9565] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [9566] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [9565] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [12133] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_125_3))
% 251.92/36.16 -> [16881] ~r(skolem_X1010), ~r(Y11_125_3)
% 251.92/36.16 -> [16882] r(skolem_X1010), r(Y11_125_3)
% 251.92/36.16
% 251.92/36.16 [16881] CLOSURE : ~r(Y11_125_3)
% 251.92/36.16
% 251.92/36.16 [16882] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [18041] s(Y9_97_4)
% 251.92/36.16
% 251.92/36.16 [18041] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [18540] ~s(X12_93_5)
% 251.92/36.16
% 251.92/36.16 [18540] CLOSURE : ~s(X12_93_5)
% 251.92/36.16
% 251.92/36.16 [6943] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [6944] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [6944] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [7333] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [7333] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [8364] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [8364] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [8365] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [8365] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [8366] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [8367] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [8366] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [8367] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [10416] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [10416] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [12160] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [12160] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [12163] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [12163] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [12164] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [12165] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [12165] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [12164] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [18218] (r(skolem_X1010) <=> r(Y11_282_3))
% 251.92/36.16
% 251.92/36.16 [18218] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_282_3))
% 251.92/36.16 -> [18219] ~r(skolem_X1010), ~r(Y11_282_3)
% 251.92/36.16 -> [18220] r(skolem_X1010), r(Y11_282_3)
% 251.92/36.16
% 251.92/36.16 [18219] CLOSURE : ~r(Y11_282_3)
% 251.92/36.16
% 251.92/36.16 [18220] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [18892] s(Y9_108_4)
% 251.92/36.16
% 251.92/36.16 [18892] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [19477] ~s(X12_104_5)
% 251.92/36.16
% 251.92/36.16 [19477] CLOSURE : ~s(X12_104_5)
% 251.92/36.16
% 251.92/36.16 [6836] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [6838] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [6838] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [6839] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [6840] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [6840] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [6845] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [6845] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [7120] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [7120] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [7121] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [7121] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [7122] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [7123] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [7122] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [7123] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [8029] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [8029] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [8751] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [8751] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [8752] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [8752] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [8753] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [8754] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [8753] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [10986] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_112_3))
% 251.92/36.16 -> [16898] ~r(skolem_X1010), ~r(Y11_112_3)
% 251.92/36.16 -> [16899] r(skolem_X1010), r(Y11_112_3)
% 251.92/36.16
% 251.92/36.16 [16898] CLOSURE : ~r(Y11_112_3)
% 251.92/36.16
% 251.92/36.16 [16899] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [18063] s(Y9_98_4)
% 251.92/36.16
% 251.92/36.16 [18063] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [18565] ~s(X12_94_5)
% 251.92/36.16
% 251.92/36.16 [18565] CLOSURE : ~s(X12_94_5)
% 251.92/36.16
% 251.92/36.16 [6839] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [6948] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [6948] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [7648] ~! [Y3_3] : ((p(X2_287_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [7648] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_287_0) <=> p(Y3_3)))
% 251.92/36.16 -> [7649] ~(p(X2_287_0) <=> p(skolem_Y33(X2_287_0)))
% 251.92/36.16
% 251.92/36.16 [7649] BETA_NOT_EQUIV : ~(p(X2_287_0) <=> p(skolem_Y33(X2_287_0)))
% 251.92/36.16 -> [7650] ~p(X2_287_0), p(skolem_Y33(X2_287_0))
% 251.92/36.16 -> [7651] p(X2_287_0), ~p(skolem_Y33(X2_287_0))
% 251.92/36.16
% 251.92/36.16 [7651] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [9181] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [9181] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [10417] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [10417] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [10419] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [10419] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [10424] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [10425] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [10425] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [10424] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [17283] (r(skolem_X1010) <=> r(Y11_261_3))
% 251.92/36.16
% 251.92/36.16 [17283] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_261_3))
% 251.92/36.16 -> [17284] ~r(skolem_X1010), ~r(Y11_261_3)
% 251.92/36.16 -> [17285] r(skolem_X1010), r(Y11_261_3)
% 251.92/36.16
% 251.92/36.16 [17284] CLOSURE : ~r(Y11_261_3)
% 251.92/36.16
% 251.92/36.16 [17285] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [18232] s(Y9_100_4)
% 251.92/36.16
% 251.92/36.16 [18232] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [18720] ~s(X12_96_5)
% 251.92/36.16
% 251.92/36.16 [18720] CLOSURE : ~s(X12_96_5)
% 251.92/36.16
% 251.92/36.16 [7650] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [10018] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [10018] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [12178] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [12178] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [12179] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [12179] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [12180] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [12181] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [12181] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [12180] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [18224] (r(skolem_X1010) <=> r(Y11_283_3))
% 251.92/36.16
% 251.92/36.16 [18224] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_283_3))
% 251.92/36.16 -> [18225] ~r(skolem_X1010), ~r(Y11_283_3)
% 251.92/36.16 -> [18226] r(skolem_X1010), r(Y11_283_3)
% 251.92/36.16
% 251.92/36.16 [18225] CLOSURE : ~r(Y11_283_3)
% 251.92/36.16
% 251.92/36.16 [18226] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [18896] s(Y9_109_4)
% 251.92/36.16
% 251.92/36.16 [18896] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [19485] ~s(X12_105_5)
% 251.92/36.16
% 251.92/36.16 [19485] CLOSURE : ~s(X12_105_5)
% 251.92/36.16
% 251.92/36.16 [746] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [752] s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [752] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [7769] ~p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [7769] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [9230] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [9231] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [9230] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [9623] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [9624] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [9624] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [9626] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [9626] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [10522] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [10522] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [20476] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [20476] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [20479] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [20479] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [20480] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [20481] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [20481] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [20480] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [23615] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [23615] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [23958] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [23958] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [23959] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [23959] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [23960] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [23961] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [23961] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [23960] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [25416] (r(skolem_X1010) <=> r(Y11_542_3))
% 251.92/36.16
% 251.92/36.16 [25416] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_542_3))
% 251.92/36.16 -> [25417] ~r(skolem_X1010), ~r(Y11_542_3)
% 251.92/36.16 -> [25418] r(skolem_X1010), r(Y11_542_3)
% 251.92/36.16
% 251.92/36.16 [25417] CLOSURE : ~r(Y11_542_3)
% 251.92/36.16
% 251.92/36.16 [25418] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [25605] s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [25605] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [25734] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [25734] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.16 -> [25735] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.16
% 251.92/36.16 [25735] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.16 -> [25736] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.16 -> [25737] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [25737] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [25736] CLOSURE : ~s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [9623] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [10079] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [10079] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [10080] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [10080] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [10081] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [10082] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [10082] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [10081] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [20471] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [20471] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [20809] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [20809] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [20810] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [20810] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [20812] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [20813] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [20813] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [21858] (r(skolem_X1010) <=> r(Y11_396_3))
% 251.92/36.16
% 251.92/36.16 [21858] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_396_3))
% 251.92/36.16 -> [21859] ~r(skolem_X1010), ~r(Y11_396_3)
% 251.92/36.16 -> [21860] r(skolem_X1010), r(Y11_396_3)
% 251.92/36.16
% 251.92/36.16 [21859] CLOSURE : ~r(Y11_396_3)
% 251.92/36.16
% 251.92/36.16 [21860] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [21886] s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [21886] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [21915] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [21915] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.16 -> [21916] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.16
% 251.92/36.16 [21916] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.16 -> [21917] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.16 -> [21918] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [21918] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [21917] CLOSURE : ~s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [20812] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [9231] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [9234] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [9234] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [9235] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [9236] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [9236] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [9241] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [9241] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [10097] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [10097] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [10100] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [10100] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [10101] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [10102] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [10102] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [10101] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [40193] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [40193] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [40240] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [40240] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.92/36.16 -> [40242] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16
% 251.92/36.16 [40242] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.92/36.16 -> [40244] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.92/36.16 -> [40245] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.92/36.16
% 251.92/36.16 [40244] CLOSURE : ~q(skolem_X44)
% 251.92/36.16
% 251.92/36.16 [40367] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1121_3))
% 251.92/36.16 -> [41696] ~r(skolem_X1010), ~r(Y11_1121_3)
% 251.92/36.16 -> [41697] r(skolem_X1010), r(Y11_1121_3)
% 251.92/36.16
% 251.92/36.16 [41696] CLOSURE : ~r(Y11_1121_3)
% 251.92/36.16
% 251.92/36.16 [41697] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [42127] s(skolem_X1414)
% 251.92/36.16
% 251.92/36.16 [42127] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16 -> [42149] (s(skolem_X1414) <=> s(Y15_330_5))
% 251.92/36.16
% 251.92/36.16 [42149] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_330_5))
% 251.92/36.16 -> [42150] ~s(skolem_X1414), ~s(Y15_330_5)
% 251.92/36.16 -> [42151] s(skolem_X1414), s(Y15_330_5)
% 251.92/36.16
% 251.92/36.16 [42151] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [42160] q(Y17_160_6)
% 251.92/36.16
% 251.92/36.16 [42160] CLOSURE : q(Y17_160_6)
% 251.92/36.16
% 251.92/36.16 [42150] CLOSURE : ~s(Y15_330_5)
% 251.92/36.16
% 251.92/36.16 [9235] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [9632] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [9632] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [11170] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [11170] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [11171] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [11171] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [11172] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [11173] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [11173] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [11172] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [21050] r(skolem_X1010)
% 251.92/36.16
% 251.92/36.16 [21050] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [21857] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [21857] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.16 -> [41836] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16
% 251.92/36.16 [41836] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.16 -> [41837] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.16 -> [41838] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.16
% 251.92/36.16 [41838] CLOSURE : q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [41837] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [42653] (r(skolem_X1010) <=> r(Y11_1199_3))
% 251.92/36.16
% 251.92/36.16 [42653] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1199_3))
% 251.92/36.16 -> [42655] ~r(skolem_X1010), ~r(Y11_1199_3)
% 251.92/36.16 -> [42656] r(skolem_X1010), r(Y11_1199_3)
% 251.92/36.16
% 251.92/36.16 [42655] CLOSURE : ~r(Y11_1199_3)
% 251.92/36.16
% 251.92/36.16 [42656] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [42672] s(skolem_X1414)
% 251.92/36.16
% 251.92/36.16 [42672] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16 -> [42675] (s(skolem_X1414) <=> s(Y15_347_5))
% 251.92/36.16
% 251.92/36.16 [42675] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_347_5))
% 251.92/36.16 -> [42676] ~s(skolem_X1414), ~s(Y15_347_5)
% 251.92/36.16 -> [42677] s(skolem_X1414), s(Y15_347_5)
% 251.92/36.16
% 251.92/36.16 [42677] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [42682] ~p(X16_212_6)
% 251.92/36.16
% 251.92/36.16 [42682] CLOSURE : ~p(X16_212_6)
% 251.92/36.16
% 251.92/36.16 [42676] CLOSURE : ~s(Y15_347_5)
% 251.92/36.16
% 251.92/36.16 [16] DELTA_NOT_FORALL : ~! [Y5_5] : (r(Y5_5))
% 251.92/36.16 -> [109] ~r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [109] BETA_EQUIV : ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.92/36.16 -> [116] ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.16 -> [117] (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.16
% 251.92/36.16 [117] BETA_EQUIV : (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.92/36.16 -> [492] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.16 -> [493] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.16
% 251.92/36.16 [493] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.16 -> [497] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16
% 251.92/36.16 [497] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.16 -> [500] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.16 -> [501] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.16
% 251.92/36.16 [500] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.16 -> [757] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [758] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.16
% 251.92/36.16 [757] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [911] ~s(skolem_Y99)
% 251.92/36.16
% 251.92/36.16 [911] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.16 -> [912] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [913] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16
% 251.92/36.16 [912] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.16 -> [1124] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [1125] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16
% 251.92/36.16 [1124] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [1414] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1415] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [1415] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [1419] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [1419] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1420] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1421] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1421] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1424] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1424] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [1650] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [1650] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [1651] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [1651] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [1653] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [1654] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [1653] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1654] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [2315] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [2315] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [2316] (q(skolem_X66) <=> q(Y7_19_2))
% 251.92/36.16
% 251.92/36.16 [2316] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_19_2))
% 251.92/36.16 -> [2317] ~q(skolem_X66), ~q(Y7_19_2)
% 251.92/36.16 -> [2318] q(skolem_X66), q(Y7_19_2)
% 251.92/36.16
% 251.92/36.16 [2318] CLOSURE : q(Y7_19_2)
% 251.92/36.16
% 251.92/36.16 [2317] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [3899] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [3899] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [3900] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [3900] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [3901] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [3902] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [3902] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [3901] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [12638] ~r(X8_69_4)
% 251.92/36.16
% 251.92/36.16 [12638] CLOSURE : ~r(X8_69_4)
% 251.92/36.16
% 251.92/36.16 [1420] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1626] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [1626] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [1627] ~! [Y3_3] : ((p(X2_35_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [1627] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_35_0) <=> p(Y3_3)))
% 251.92/36.16 -> [1628] ~(p(X2_35_0) <=> p(skolem_Y33(X2_35_0)))
% 251.92/36.16
% 251.92/36.16 [1628] BETA_NOT_EQUIV : ~(p(X2_35_0) <=> p(skolem_Y33(X2_35_0)))
% 251.92/36.16 -> [1629] ~p(X2_35_0), p(skolem_Y33(X2_35_0))
% 251.92/36.16 -> [1630] p(X2_35_0), ~p(skolem_Y33(X2_35_0))
% 251.92/36.16
% 251.92/36.16 [1629] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [2263] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [2263] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [2270] (q(skolem_X66) <=> q(Y7_16_2))
% 251.92/36.16
% 251.92/36.16 [2270] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_16_2))
% 251.92/36.16 -> [2271] ~q(skolem_X66), ~q(Y7_16_2)
% 251.92/36.16 -> [2272] q(skolem_X66), q(Y7_16_2)
% 251.92/36.16
% 251.92/36.16 [2271] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [3544] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [3544] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [3545] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [3545] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [3550] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [3551] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [3551] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [3550] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [4838] ~r(X8_17_4)
% 251.92/36.16
% 251.92/36.16 [4838] CLOSURE : ~r(X8_17_4)
% 251.92/36.16
% 251.92/36.16 [2272] CLOSURE : q(Y7_16_2)
% 251.92/36.16
% 251.92/36.16 [1630] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [2008] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [2008] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [2009] (q(skolem_X66) <=> q(Y7_13_2))
% 251.92/36.16
% 251.92/36.16 [2009] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_13_2))
% 251.92/36.16 -> [2010] ~q(skolem_X66), ~q(Y7_13_2)
% 251.92/36.16 -> [2011] q(skolem_X66), q(Y7_13_2)
% 251.92/36.16
% 251.92/36.16 [2011] CLOSURE : q(Y7_13_2)
% 251.92/36.16
% 251.92/36.16 [2010] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [2298] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [2298] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [2299] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [2299] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [2300] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [2301] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [2301] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [2300] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [12995] ~r(X8_73_4)
% 251.92/36.16
% 251.92/36.16 [12995] CLOSURE : ~r(X8_73_4)
% 251.92/36.16
% 251.92/36.16 [1414] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1615] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1616] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1615] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [1952] ~! [Y3_3] : ((p(X2_50_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [1952] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_50_0) <=> p(Y3_3)))
% 251.92/36.16 -> [1953] ~(p(X2_50_0) <=> p(skolem_Y33(X2_50_0)))
% 251.92/36.16
% 251.92/36.16 [1953] BETA_NOT_EQUIV : ~(p(X2_50_0) <=> p(skolem_Y33(X2_50_0)))
% 251.92/36.16 -> [1955] ~p(X2_50_0), p(skolem_Y33(X2_50_0))
% 251.92/36.16 -> [1956] p(X2_50_0), ~p(skolem_Y33(X2_50_0))
% 251.92/36.16
% 251.92/36.16 [1955] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [3301] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [3301] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [3306] (q(skolem_X66) <=> q(Y7_41_2))
% 251.92/36.16
% 251.92/36.16 [3306] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_41_2))
% 251.92/36.16 -> [3310] ~q(skolem_X66), ~q(Y7_41_2)
% 251.92/36.16 -> [3311] q(skolem_X66), q(Y7_41_2)
% 251.92/36.16
% 251.92/36.16 [3311] CLOSURE : q(Y7_41_2)
% 251.92/36.16
% 251.92/36.16 [3310] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [3546] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [3546] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [3547] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [3547] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [3548] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [3549] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [3549] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [3548] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [4368] ~r(X8_13_4)
% 251.92/36.16
% 251.92/36.16 [4368] CLOSURE : ~r(X8_13_4)
% 251.92/36.16
% 251.92/36.16 [1956] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [2241] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [2241] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [2244] (q(skolem_X66) <=> q(Y7_15_2))
% 251.92/36.16
% 251.92/36.16 [2244] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_15_2))
% 251.92/36.16 -> [2245] ~q(skolem_X66), ~q(Y7_15_2)
% 251.92/36.16 -> [2246] q(skolem_X66), q(Y7_15_2)
% 251.92/36.16
% 251.92/36.16 [2246] CLOSURE : q(Y7_15_2)
% 251.92/36.16
% 251.92/36.16 [2245] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [3338] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [3338] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [3339] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [3339] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [3340] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [3341] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [3341] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [3340] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [4981] ~r(X8_19_4)
% 251.92/36.16
% 251.92/36.16 [4981] CLOSURE : ~r(X8_19_4)
% 251.92/36.16
% 251.92/36.16 [1616] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1621] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1621] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1977] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [1977] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [1979] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [1979] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [1980] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [1980] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [1981] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [1982] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [1981] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1982] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [3538] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [3538] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [3541] (q(skolem_X66) <=> q(Y7_44_2))
% 251.92/36.16
% 251.92/36.16 [3541] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_44_2))
% 251.92/36.16 -> [3542] ~q(skolem_X66), ~q(Y7_44_2)
% 251.92/36.16 -> [3543] q(skolem_X66), q(Y7_44_2)
% 251.92/36.16
% 251.92/36.16 [3542] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [6440] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [6440] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [6441] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [6441] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [6442] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [6443] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [6443] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [6442] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [28717] ~r(X8_661_4)
% 251.92/36.16
% 251.92/36.16 [28717] CLOSURE : ~r(X8_661_4)
% 251.92/36.16
% 251.92/36.16 [3543] CLOSURE : q(Y7_44_2)
% 251.92/36.16
% 251.92/36.16 [1125] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [1129] s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [1129] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [1429] ~p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [1429] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [1435] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1436] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [1436] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [1441] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [1441] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1444] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1445] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1444] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1683] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [1683] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [1684] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [1684] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [1685] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [1685] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [1686] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [1687] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [1686] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [4400] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [4400] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [4786] (q(skolem_X66) <=> q(Y7_86_2))
% 251.92/36.16
% 251.92/36.16 [4786] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_86_2))
% 251.92/36.16 -> [4787] ~q(skolem_X66), ~q(Y7_86_2)
% 251.92/36.16 -> [4788] q(skolem_X66), q(Y7_86_2)
% 251.92/36.16
% 251.92/36.16 [4788] CLOSURE : q(Y7_86_2)
% 251.92/36.16
% 251.92/36.16 [4787] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [5600] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [5600] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [5603] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [5603] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [5606] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [5607] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [5607] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [5606] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [6448] ~r(X8_28_4)
% 251.92/36.16
% 251.92/36.16 [6448] CLOSURE : ~r(X8_28_4)
% 251.92/36.16
% 251.92/36.16 [1687] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [1445] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1449] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1449] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [4086] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [4086] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [6626] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [6626] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [6651] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [6652] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [6652] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [6651] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [9544] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [9544] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [10452] (q(skolem_X66) <=> q(Y7_223_2))
% 251.92/36.16
% 251.92/36.16 [10452] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_223_2))
% 251.92/36.16 -> [10455] ~q(skolem_X66), ~q(Y7_223_2)
% 251.92/36.16 -> [10456] q(skolem_X66), q(Y7_223_2)
% 251.92/36.16
% 251.92/36.16 [10456] CLOSURE : q(Y7_223_2)
% 251.92/36.16
% 251.92/36.16 [10455] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [12584] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [12584] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [12585] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [12585] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [12586] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [12587] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [12587] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [12586] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [32283] ~r(X8_798_4)
% 251.92/36.16
% 251.92/36.16 [32283] CLOSURE : ~r(X8_798_4)
% 251.92/36.16
% 251.92/36.16 [1435] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1669] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1670] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1670] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1676] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1676] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [4084] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [4084] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [15528] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [15528] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [15529] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [15529] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [15530] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [15531] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [15531] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [15530] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [23327] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [23327] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [23360] (q(skolem_X66) <=> q(Y7_743_2))
% 251.92/36.16
% 251.92/36.16 [23360] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_743_2))
% 251.92/36.16 -> [23361] ~q(skolem_X66), ~q(Y7_743_2)
% 251.92/36.16 -> [23362] q(skolem_X66), q(Y7_743_2)
% 251.92/36.16
% 251.92/36.16 [23362] CLOSURE : q(Y7_743_2)
% 251.92/36.16
% 251.92/36.16 [23361] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [23474] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [23474] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [23475] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [23475] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [23477] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [23478] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [23478] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [23477] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [23570] ~r(X8_355_4)
% 251.92/36.16
% 251.92/36.16 [23570] CLOSURE : ~r(X8_355_4)
% 251.92/36.16
% 251.92/36.16 [1669] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [2037] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [2037] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [2039] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [2039] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [2040] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [2041] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [2041] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [2040] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [19314] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [19314] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [19950] (q(skolem_X66) <=> q(Y7_582_2))
% 251.92/36.16
% 251.92/36.16 [19950] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_582_2))
% 251.92/36.16 -> [19951] ~q(skolem_X66), ~q(Y7_582_2)
% 251.92/36.16 -> [19952] q(skolem_X66), q(Y7_582_2)
% 251.92/36.16
% 251.92/36.16 [19952] CLOSURE : q(Y7_582_2)
% 251.92/36.16
% 251.92/36.16 [19951] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [21076] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [21076] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [21077] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [21077] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [21078] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [21079] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [21078] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [32703] ~r(X8_823_4)
% 251.92/36.16
% 251.92/36.16 [32703] CLOSURE : ~r(X8_823_4)
% 251.92/36.16
% 251.92/36.16 [21079] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [913] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.16 -> [928] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [929] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.16
% 251.92/36.16 [929] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [932] s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [932] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [1183] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1184] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [1184] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [1191] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [1191] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1194] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1195] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1195] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1199] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1199] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [13624] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [13624] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [14621] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [14621] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [14622] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [14622] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [14623] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [14624] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [14624] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [16049] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [16049] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [17235] (q(skolem_X66) <=> q(Y7_463_2))
% 251.92/36.16
% 251.92/36.16 [17235] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_463_2))
% 251.92/36.16 -> [17236] ~q(skolem_X66), ~q(Y7_463_2)
% 251.92/36.16 -> [17237] q(skolem_X66), q(Y7_463_2)
% 251.92/36.16
% 251.92/36.16 [17237] CLOSURE : q(Y7_463_2)
% 251.92/36.16
% 251.92/36.16 [17236] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [18366] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [18366] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [18367] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [18367] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [18368] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [18369] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [18369] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [18368] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [19642] ~r(X8_205_4)
% 251.92/36.16
% 251.92/36.16 [19642] CLOSURE : ~r(X8_205_4)
% 251.92/36.16
% 251.92/36.16 [14623] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1194] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [2055] ~! [Y3_3] : ((p(X2_57_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [2055] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_57_0) <=> p(Y3_3)))
% 251.92/36.16 -> [2056] ~(p(X2_57_0) <=> p(skolem_Y33(X2_57_0)))
% 251.92/36.16
% 251.92/36.16 [2056] BETA_NOT_EQUIV : ~(p(X2_57_0) <=> p(skolem_Y33(X2_57_0)))
% 251.92/36.16 -> [2057] ~p(X2_57_0), p(skolem_Y33(X2_57_0))
% 251.92/36.16 -> [2058] p(X2_57_0), ~p(skolem_Y33(X2_57_0))
% 251.92/36.16
% 251.92/36.16 [2058] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [6402] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [6402] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [21671] (q(skolem_X66) <=> q(Y7_669_2))
% 251.92/36.16
% 251.92/36.16 [21671] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_669_2))
% 251.92/36.16 -> [21672] ~q(skolem_X66), ~q(Y7_669_2)
% 251.92/36.16 -> [21673] q(skolem_X66), q(Y7_669_2)
% 251.92/36.16
% 251.92/36.16 [21673] CLOSURE : q(Y7_669_2)
% 251.92/36.16
% 251.92/36.16 [21672] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [30257] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [30257] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [30260] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [30260] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [30261] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [30262] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [30262] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [30261] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [30392] ~r(X8_738_4)
% 251.92/36.16
% 251.92/36.16 [30392] CLOSURE : ~r(X8_738_4)
% 251.92/36.16
% 251.92/36.16 [2057] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [6190] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [6190] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [6361] (q(skolem_X66) <=> q(Y7_109_2))
% 251.92/36.16
% 251.92/36.16 [6361] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_109_2))
% 251.92/36.16 -> [6362] ~q(skolem_X66), ~q(Y7_109_2)
% 251.92/36.16 -> [6363] q(skolem_X66), q(Y7_109_2)
% 251.92/36.16
% 251.92/36.16 [6363] CLOSURE : q(Y7_109_2)
% 251.92/36.16
% 251.92/36.16 [6362] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [20966] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [20966] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [20967] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [20967] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [20968] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [20969] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [20969] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [20968] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [33643] ~r(X8_868_4)
% 251.92/36.16
% 251.92/36.16 [33643] CLOSURE : ~r(X8_868_4)
% 251.92/36.16
% 251.92/36.16 [1183] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [7860] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [7861] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [7861] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [7863] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [7863] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [9337] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [9337] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [9338] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [9338] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [9339] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [9340] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [9339] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [9340] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [11330] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [11330] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [21360] (q(skolem_X66) <=> q(Y7_651_2))
% 251.92/36.16
% 251.92/36.16 [21360] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_651_2))
% 251.92/36.16 -> [21361] ~q(skolem_X66), ~q(Y7_651_2)
% 251.92/36.16 -> [21362] q(skolem_X66), q(Y7_651_2)
% 251.92/36.16
% 251.92/36.16 [21362] CLOSURE : q(Y7_651_2)
% 251.92/36.16
% 251.92/36.16 [21361] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [21904] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [21904] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [21905] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [21905] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [21906] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [21907] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [21907] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [21906] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [21939] ~r(X8_276_4)
% 251.92/36.16
% 251.92/36.16 [21939] CLOSURE : ~r(X8_276_4)
% 251.92/36.16
% 251.92/36.16 [7860] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [8540] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [8540] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [8545] ~! [Y3_3] : ((p(X2_345_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [8545] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_345_0) <=> p(Y3_3)))
% 251.92/36.16 -> [8546] ~(p(X2_345_0) <=> p(skolem_Y33(X2_345_0)))
% 251.92/36.16
% 251.92/36.16 [8546] BETA_NOT_EQUIV : ~(p(X2_345_0) <=> p(skolem_Y33(X2_345_0)))
% 251.92/36.16 -> [8547] ~p(X2_345_0), p(skolem_Y33(X2_345_0))
% 251.92/36.16 -> [8548] p(X2_345_0), ~p(skolem_Y33(X2_345_0))
% 251.92/36.16
% 251.92/36.16 [8547] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [10698] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [10698] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [24129] (q(skolem_X66) <=> q(Y7_762_2))
% 251.92/36.16
% 251.92/36.16 [24129] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_762_2))
% 251.92/36.16 -> [24130] ~q(skolem_X66), ~q(Y7_762_2)
% 251.92/36.16 -> [24131] q(skolem_X66), q(Y7_762_2)
% 251.92/36.16
% 251.92/36.16 [24131] CLOSURE : q(Y7_762_2)
% 251.92/36.16
% 251.92/36.16 [24130] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [24666] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [24666] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [24667] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [24667] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [24668] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [24669] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [24669] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [24668] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [25127] ~r(X8_471_4)
% 251.92/36.16
% 251.92/36.16 [25127] CLOSURE : ~r(X8_471_4)
% 251.92/36.16
% 251.92/36.16 [8548] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [10226] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [10226] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [20999] (q(skolem_X66) <=> q(Y7_637_2))
% 251.92/36.16
% 251.92/36.16 [20999] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_637_2))
% 251.92/36.16 -> [21000] ~q(skolem_X66), ~q(Y7_637_2)
% 251.92/36.16 -> [21001] q(skolem_X66), q(Y7_637_2)
% 251.92/36.16
% 251.92/36.16 [21000] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [33233] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [33233] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [33234] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [33234] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [33235] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [33236] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [33236] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [33235] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [33397] ~r(X8_860_4)
% 251.92/36.16
% 251.92/36.16 [33397] CLOSURE : ~r(X8_860_4)
% 251.92/36.16
% 251.92/36.16 [21001] CLOSURE : q(Y7_637_2)
% 251.92/36.16
% 251.92/36.16 [928] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [1136] ~p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [1136] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [1140] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1141] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [1140] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1454] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1455] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1455] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1914] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1914] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [9200] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [9200] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [9201] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [9201] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [9202] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [9203] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [9203] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [9202] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [12252] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [12252] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [12253] (q(skolem_X66) <=> q(Y7_302_2))
% 251.92/36.16
% 251.92/36.16 [12253] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_302_2))
% 251.92/36.16 -> [12254] ~q(skolem_X66), ~q(Y7_302_2)
% 251.92/36.16 -> [12255] q(skolem_X66), q(Y7_302_2)
% 251.92/36.16
% 251.92/36.16 [12255] CLOSURE : q(Y7_302_2)
% 251.92/36.16
% 251.92/36.16 [12254] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [12680] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [12680] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [12681] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [12681] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [12682] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [12683] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [12683] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [12682] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [15130] ~r(X8_111_4)
% 251.92/36.16
% 251.92/36.16 [15130] CLOSURE : ~r(X8_111_4)
% 251.92/36.16
% 251.92/36.16 [1454] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1706] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [1706] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [1708] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [1708] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [1709] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [1709] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [1712] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [1713] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [1713] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [1712] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [4803] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [4803] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [4804] (q(skolem_X66) <=> q(Y7_87_2))
% 251.92/36.16
% 251.92/36.16 [4804] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_87_2))
% 251.92/36.16 -> [4805] ~q(skolem_X66), ~q(Y7_87_2)
% 251.92/36.16 -> [4806] q(skolem_X66), q(Y7_87_2)
% 251.92/36.16
% 251.92/36.16 [4806] CLOSURE : q(Y7_87_2)
% 251.92/36.16
% 251.92/36.16 [4805] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [5314] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [5314] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [5316] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [5316] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [5319] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [5320] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [5320] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [5319] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [28974] ~r(X8_685_4)
% 251.92/36.16
% 251.92/36.16 [28974] CLOSURE : ~r(X8_685_4)
% 251.92/36.16
% 251.92/36.16 [1141] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [1155] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [1155] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1158] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1159] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1158] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [1970] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [1970] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [1971] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [1971] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [1972] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [1973] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [1973] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [1972] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [3369] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [3369] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [3370] (q(skolem_X66) <=> q(Y7_42_2))
% 251.92/36.16
% 251.92/36.16 [3370] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_42_2))
% 251.92/36.16 -> [3371] ~q(skolem_X66), ~q(Y7_42_2)
% 251.92/36.16 -> [3372] q(skolem_X66), q(Y7_42_2)
% 251.92/36.16
% 251.92/36.16 [3372] CLOSURE : q(Y7_42_2)
% 251.92/36.16
% 251.92/36.16 [3371] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [4587] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [4587] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [4588] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [4588] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [4589] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [4590] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [4590] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [4589] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [18806] ~r(X8_188_4)
% 251.92/36.16
% 251.92/36.16 [18806] CLOSURE : ~r(X8_188_4)
% 251.92/36.16
% 251.92/36.16 [1159] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1166] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1166] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [7759] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [7759] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [7760] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [7760] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [7761] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [7761] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [7762] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [7763] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [7763] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [7762] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [20214] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [20214] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [20215] (q(skolem_X66) <=> q(Y7_597_2))
% 251.92/36.16
% 251.92/36.16 [20215] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_597_2))
% 251.92/36.16 -> [20216] ~q(skolem_X66), ~q(Y7_597_2)
% 251.92/36.16 -> [20217] q(skolem_X66), q(Y7_597_2)
% 251.92/36.16
% 251.92/36.16 [20217] CLOSURE : q(Y7_597_2)
% 251.92/36.16
% 251.92/36.16 [20216] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [20463] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [20463] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [20464] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [20464] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [20465] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [20466] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [20466] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [20465] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [40090] ~r(X8_1215_4)
% 251.92/36.16
% 251.92/36.16 [40090] CLOSURE : ~r(X8_1215_4)
% 251.92/36.16
% 251.92/36.16 [758] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [765] r(skolem_X88)
% 251.92/36.16
% 251.92/36.16 [765] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.16 -> [768] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [769] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16
% 251.92/36.16 [768] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.16 -> [945] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [946] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16
% 251.92/36.16 [945] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [1211] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1212] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [1212] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [1219] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [1219] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1220] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1221] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1221] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1226] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1226] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [8850] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [8850] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [8851] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [8851] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [8852] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [8853] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [8852] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [8853] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [16365] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [16365] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [17521] (q(skolem_X66) <=> q(Y7_470_2))
% 251.92/36.16
% 251.92/36.16 [17521] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_470_2))
% 251.92/36.16 -> [17522] ~q(skolem_X66), ~q(Y7_470_2)
% 251.92/36.16 -> [17523] q(skolem_X66), q(Y7_470_2)
% 251.92/36.16
% 251.92/36.16 [17523] CLOSURE : q(Y7_470_2)
% 251.92/36.16
% 251.92/36.16 [17522] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [23940] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [23940] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.16 -> [23941] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.16
% 251.92/36.16 [23941] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.16 -> [23942] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.16 -> [23943] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.16
% 251.92/36.16 [23942] CLOSURE : ~r(skolem_X88)
% 251.92/36.16
% 251.92/36.16 [23943] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [25501] s(Y9_251_4)
% 251.92/36.16
% 251.92/36.16 [25501] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [25796] ~s(X12_250_5)
% 251.92/36.16
% 251.92/36.16 [25796] CLOSURE : ~s(X12_250_5)
% 251.92/36.16
% 251.92/36.16 [1220] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [7708] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [7708] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [7709] ~! [Y3_3] : ((p(X2_293_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [7709] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_293_0) <=> p(Y3_3)))
% 251.92/36.16 -> [7710] ~(p(X2_293_0) <=> p(skolem_Y33(X2_293_0)))
% 251.92/36.16
% 251.92/36.16 [7710] BETA_NOT_EQUIV : ~(p(X2_293_0) <=> p(skolem_Y33(X2_293_0)))
% 251.92/36.16 -> [7711] ~p(X2_293_0), p(skolem_Y33(X2_293_0))
% 251.92/36.16 -> [7712] p(X2_293_0), ~p(skolem_Y33(X2_293_0))
% 251.92/36.16
% 251.92/36.16 [7711] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [9907] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [9907] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [11595] (q(skolem_X66) <=> q(Y7_269_2))
% 251.92/36.16
% 251.92/36.16 [11595] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_269_2))
% 251.92/36.16 -> [11597] ~q(skolem_X66), ~q(Y7_269_2)
% 251.92/36.16 -> [11598] q(skolem_X66), q(Y7_269_2)
% 251.92/36.16
% 251.92/36.16 [11598] CLOSURE : q(Y7_269_2)
% 251.92/36.16
% 251.92/36.16 [11597] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [33241] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [33241] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [33242] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [33242] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [33243] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [33244] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [33244] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [33243] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [33747] s(Y9_445_4)
% 251.92/36.16
% 251.92/36.16 [33747] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [33821] ~s(X12_469_5)
% 251.92/36.16
% 251.92/36.16 [33821] CLOSURE : ~s(X12_469_5)
% 251.92/36.16
% 251.92/36.16 [7712] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [9460] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [9460] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [10931] (q(skolem_X66) <=> q(Y7_241_2))
% 251.92/36.16
% 251.92/36.16 [10931] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_241_2))
% 251.92/36.16 -> [10932] ~q(skolem_X66), ~q(Y7_241_2)
% 251.92/36.16 -> [10933] q(skolem_X66), q(Y7_241_2)
% 251.92/36.16
% 251.92/36.16 [10933] CLOSURE : q(Y7_241_2)
% 251.92/36.16
% 251.92/36.16 [10932] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [33558] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [33558] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [33559] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [33559] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [33560] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [33561] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [33561] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [33560] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [34072] s(Y9_453_4)
% 251.92/36.16
% 251.92/36.16 [34072] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [34135] ~s(X12_479_5)
% 251.92/36.16
% 251.92/36.16 [34135] CLOSURE : ~s(X12_479_5)
% 251.92/36.16
% 251.92/36.16 [1211] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [8171] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [8172] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [8172] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [8175] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [8175] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [14440] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [14440] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [22130] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [22130] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [22131] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [22131] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [22132] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [22133] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [22132] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [22133] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [22635] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [22635] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [22991] (q(skolem_X66) <=> q(Y7_734_2))
% 251.92/36.16
% 251.92/36.16 [22991] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_734_2))
% 251.92/36.16 -> [22992] ~q(skolem_X66), ~q(Y7_734_2)
% 251.92/36.16 -> [22993] q(skolem_X66), q(Y7_734_2)
% 251.92/36.16
% 251.92/36.16 [22993] CLOSURE : q(Y7_734_2)
% 251.92/36.16
% 251.92/36.16 [22992] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [23414] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [23414] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [23415] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [23415] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [23416] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [23417] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [23417] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [23416] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [24791] s(Y9_223_4)
% 251.92/36.16
% 251.92/36.16 [24791] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [24929] ~s(X12_223_5)
% 251.92/36.16
% 251.92/36.16 [24929] CLOSURE : ~s(X12_223_5)
% 251.92/36.16
% 251.92/36.16 [8171] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [13958] ~! [Y3_3] : ((p(X2_561_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [13958] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_561_0) <=> p(Y3_3)))
% 251.92/36.16 -> [13959] ~(p(X2_561_0) <=> p(skolem_Y33(X2_561_0)))
% 251.92/36.16
% 251.92/36.16 [13959] BETA_NOT_EQUIV : ~(p(X2_561_0) <=> p(skolem_Y33(X2_561_0)))
% 251.92/36.16 -> [13960] ~p(X2_561_0), p(skolem_Y33(X2_561_0))
% 251.92/36.16 -> [13961] p(X2_561_0), ~p(skolem_Y33(X2_561_0))
% 251.92/36.16
% 251.92/36.16 [13961] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [15285] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [15285] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [22481] (q(skolem_X66) <=> q(Y7_709_2))
% 251.92/36.16
% 251.92/36.16 [22481] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_709_2))
% 251.92/36.16 -> [22482] ~q(skolem_X66), ~q(Y7_709_2)
% 251.92/36.16 -> [22483] q(skolem_X66), q(Y7_709_2)
% 251.92/36.16
% 251.92/36.16 [22483] CLOSURE : q(Y7_709_2)
% 251.92/36.16
% 251.92/36.16 [22482] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [23171] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [23171] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [23172] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [23172] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [23173] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [23174] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [23174] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [23173] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [25069] s(Y9_232_4)
% 251.92/36.16
% 251.92/36.16 [25069] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [25264] ~s(X12_233_5)
% 251.92/36.16
% 251.92/36.16 [25264] CLOSURE : ~s(X12_233_5)
% 251.92/36.16
% 251.92/36.16 [13960] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [35913] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [35913] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [35925] (q(skolem_X66) <=> q(Y7_1160_2))
% 251.92/36.16
% 251.92/36.16 [35925] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1160_2))
% 251.92/36.16 -> [35926] ~q(skolem_X66), ~q(Y7_1160_2)
% 251.92/36.16 -> [35927] q(skolem_X66), q(Y7_1160_2)
% 251.92/36.16
% 251.92/36.16 [35927] CLOSURE : q(Y7_1160_2)
% 251.92/36.16
% 251.92/36.16 [35926] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [35933] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [35933] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [35936] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [35936] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [35937] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [35938] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [35938] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [35937] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [35964] s(Y9_512_4)
% 251.92/36.16
% 251.92/36.16 [35964] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [35970] ~s(X12_529_5)
% 251.92/36.16
% 251.92/36.16 [35970] CLOSURE : ~s(X12_529_5)
% 251.92/36.16
% 251.92/36.16 [946] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [961] s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [961] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [2576] ~p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [2576] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [4698] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [4699] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [4699] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [4713] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [4713] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [4714] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [4715] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [4715] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [4717] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [4717] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [11201] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [11201] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [11204] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [11204] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [11207] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [11208] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [11208] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [11207] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [22577] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [22577] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [22865] (q(skolem_X66) <=> q(Y7_730_2))
% 251.92/36.16
% 251.92/36.16 [22865] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_730_2))
% 251.92/36.16 -> [22866] ~q(skolem_X66), ~q(Y7_730_2)
% 251.92/36.16 -> [22867] q(skolem_X66), q(Y7_730_2)
% 251.92/36.16
% 251.92/36.16 [22867] CLOSURE : q(Y7_730_2)
% 251.92/36.16
% 251.92/36.16 [22866] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [23264] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [23264] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [23266] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [23266] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [23268] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [23269] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [23269] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [23268] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [24468] s(skolem_X1414)
% 251.92/36.16
% 251.92/36.16 [24468] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16 -> [24588] (s(skolem_X1414) <=> s(Y15_70_5))
% 251.92/36.16
% 251.92/36.16 [24588] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_70_5))
% 251.92/36.16 -> [24589] ~s(skolem_X1414), ~s(Y15_70_5)
% 251.92/36.16 -> [24590] s(skolem_X1414), s(Y15_70_5)
% 251.92/36.16
% 251.92/36.16 [24590] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [24736] q(Y17_30_6)
% 251.92/36.16
% 251.92/36.16 [24736] CLOSURE : q(Y17_30_6)
% 251.92/36.16
% 251.92/36.16 [24589] CLOSURE : ~s(Y15_70_5)
% 251.92/36.16
% 251.92/36.16 [4714] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [5398] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [5398] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [20613] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [20613] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [20614] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [20614] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [20615] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [20616] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [20615] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [22349] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [22349] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [22815] (q(skolem_X66) <=> q(Y7_724_2))
% 251.92/36.16
% 251.92/36.16 [22815] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_724_2))
% 251.92/36.16 -> [22816] ~q(skolem_X66), ~q(Y7_724_2)
% 251.92/36.16 -> [22817] q(skolem_X66), q(Y7_724_2)
% 251.92/36.16
% 251.92/36.16 [22817] CLOSURE : q(Y7_724_2)
% 251.92/36.16
% 251.92/36.16 [22816] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [23402] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [23402] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.16 -> [23403] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.16
% 251.92/36.16 [23403] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.16 -> [23404] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.16 -> [23405] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.16
% 251.92/36.16 [23404] CLOSURE : ~r(skolem_X88)
% 251.92/36.16
% 251.92/36.16 [23405] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [25037] s(skolem_X1414)
% 251.92/36.16
% 251.92/36.16 [25037] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16 -> [25220] (s(skolem_X1414) <=> s(Y15_79_5))
% 251.92/36.16
% 251.92/36.16 [25220] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_79_5))
% 251.92/36.16 -> [25221] ~s(skolem_X1414), ~s(Y15_79_5)
% 251.92/36.16 -> [25222] s(skolem_X1414), s(Y15_79_5)
% 251.92/36.16
% 251.92/36.16 [25222] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [25402] ~p(X16_54_6)
% 251.92/36.16
% 251.92/36.16 [25402] CLOSURE : ~p(X16_54_6)
% 251.92/36.16
% 251.92/36.16 [25221] CLOSURE : ~s(Y15_79_5)
% 251.92/36.16
% 251.92/36.16 [20616] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [4698] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [5391] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [5392] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [5392] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [5393] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [5393] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [20934] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [20934] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [21780] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [21780] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [21782] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [21782] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [21783] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [21784] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [21784] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [21783] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [35649] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [35649] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [35657] (q(skolem_X66) <=> q(Y7_1154_2))
% 251.92/36.16
% 251.92/36.16 [35657] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1154_2))
% 251.92/36.16 -> [35658] ~q(skolem_X66), ~q(Y7_1154_2)
% 251.92/36.16 -> [35659] q(skolem_X66), q(Y7_1154_2)
% 251.92/36.16
% 251.92/36.16 [35659] CLOSURE : q(Y7_1154_2)
% 251.92/36.16
% 251.92/36.16 [35658] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [35665] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [35665] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [35666] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [35666] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [35668] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [35669] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [35669] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [35668] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [35693] s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [35693] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [35705] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [35705] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.16 -> [35708] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.16
% 251.92/36.16 [35708] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.16 -> [35711] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.16 -> [35712] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [35712] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [35711] CLOSURE : ~s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [5391] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [20088] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [20088] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [20089] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [20089] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [20090] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [20091] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [20090] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [24786] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [24786] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [25018] (q(skolem_X66) <=> q(Y7_781_2))
% 251.92/36.16
% 251.92/36.16 [25018] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_781_2))
% 251.92/36.16 -> [25019] ~q(skolem_X66), ~q(Y7_781_2)
% 251.92/36.16 -> [25020] q(skolem_X66), q(Y7_781_2)
% 251.92/36.16
% 251.92/36.16 [25020] CLOSURE : q(Y7_781_2)
% 251.92/36.16
% 251.92/36.16 [25019] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [25383] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [25383] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [25384] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [25384] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [25385] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [25386] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [25386] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [25385] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [26209] s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [26209] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [26321] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [26321] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.16 -> [26322] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.16
% 251.92/36.16 [26322] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.16 -> [26323] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.16 -> [26324] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [26324] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.16
% 251.92/36.16 [26323] CLOSURE : ~s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [20091] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [769] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.16 -> [975] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [976] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.16
% 251.92/36.16 [975] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [1246] ~p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [1246] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [1248] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1249] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [1248] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [2628] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [2629] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [2628] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [3138] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [3138] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [3139] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [3139] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [3140] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [3140] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [3141] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [3142] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [3142] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [3141] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [12711] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [12711] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [13446] (q(skolem_X66) <=> q(Y7_349_2))
% 251.92/36.16
% 251.92/36.16 [13446] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_349_2))
% 251.92/36.16 -> [13447] ~q(skolem_X66), ~q(Y7_349_2)
% 251.92/36.16 -> [13448] q(skolem_X66), q(Y7_349_2)
% 251.92/36.16
% 251.92/36.16 [13448] CLOSURE : q(Y7_349_2)
% 251.92/36.16
% 251.92/36.16 [13447] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [15103] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [15103] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [15106] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [15106] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [15109] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [15110] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [15110] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [15109] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [20511] s(Y9_133_4)
% 251.92/36.16
% 251.92/36.16 [20511] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [21269] ~s(X12_138_5)
% 251.92/36.16
% 251.92/36.16 [21269] CLOSURE : ~s(X12_138_5)
% 251.92/36.16
% 251.92/36.16 [2629] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [2632] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [2632] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [16883] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [16883] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [16884] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [16884] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [16885] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [16886] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [16886] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [16885] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [20944] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [20944] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [24313] (q(skolem_X66) <=> q(Y7_769_2))
% 251.92/36.16
% 251.92/36.16 [24313] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_769_2))
% 251.92/36.16 -> [24315] ~q(skolem_X66), ~q(Y7_769_2)
% 251.92/36.16 -> [24316] q(skolem_X66), q(Y7_769_2)
% 251.92/36.16
% 251.92/36.16 [24316] CLOSURE : q(Y7_769_2)
% 251.92/36.16
% 251.92/36.16 [24315] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [24604] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [24604] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [24605] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [24605] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [24606] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [24607] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [24607] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [24606] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [25486] s(Y9_250_4)
% 251.92/36.16
% 251.92/36.16 [25486] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [25569] ~s(X12_242_5)
% 251.92/36.16
% 251.92/36.16 [25569] CLOSURE : ~s(X12_242_5)
% 251.92/36.16
% 251.92/36.16 [1249] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [1259] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [1259] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1260] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1261] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1261] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1270] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1270] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [2082] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [2082] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [5335] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [5335] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [5336] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [5336] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [5338] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [5339] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [5338] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [5339] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [29252] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [29252] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [29277] (q(skolem_X66) <=> q(Y7_938_2))
% 251.92/36.16
% 251.92/36.16 [29277] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_938_2))
% 251.92/36.16 -> [29278] ~q(skolem_X66), ~q(Y7_938_2)
% 251.92/36.16 -> [29279] q(skolem_X66), q(Y7_938_2)
% 251.92/36.16
% 251.92/36.16 [29279] CLOSURE : q(Y7_938_2)
% 251.92/36.16
% 251.92/36.16 [29278] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [29304] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [29304] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [29305] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [29305] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [29306] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [29307] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [29307] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [29306] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [29364] s(Y9_351_4)
% 251.92/36.16
% 251.92/36.16 [29364] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [29374] ~s(X12_354_5)
% 251.92/36.16
% 251.92/36.16 [29374] CLOSURE : ~s(X12_354_5)
% 251.92/36.16
% 251.92/36.16 [1260] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [2670] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [2670] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.16 -> [2671] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16
% 251.92/36.16 [2671] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.16 -> [2672] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.16 -> [2673] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.16
% 251.92/36.16 [2673] CLOSURE : p(skolem_Y1313)
% 251.92/36.16
% 251.92/36.16 [2672] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [19318] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [19318] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [19953] (q(skolem_X66) <=> q(Y7_583_2))
% 251.92/36.16
% 251.92/36.16 [19953] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_583_2))
% 251.92/36.16 -> [19954] ~q(skolem_X66), ~q(Y7_583_2)
% 251.92/36.16 -> [19955] q(skolem_X66), q(Y7_583_2)
% 251.92/36.16
% 251.92/36.16 [19955] CLOSURE : q(Y7_583_2)
% 251.92/36.16
% 251.92/36.16 [19954] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [21082] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [21082] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [21083] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [21083] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [21084] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [21085] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [21085] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [21084] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [38624] s(Y9_603_4)
% 251.92/36.16
% 251.92/36.16 [38624] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [38640] ~s(X12_612_5)
% 251.92/36.16
% 251.92/36.16 [38640] CLOSURE : ~s(X12_612_5)
% 251.92/36.16
% 251.92/36.16 [976] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [981] s(skolem_X1212)
% 251.92/36.16
% 251.92/36.16 [981] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [1470] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1471] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [1470] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1743] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1744] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1744] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1747] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1747] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [2377] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [2377] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [2380] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [2380] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [2381] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [2382] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [2381] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [2382] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [11306] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [11306] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [21514] (q(skolem_X66) <=> q(Y7_657_2))
% 251.92/36.16
% 251.92/36.16 [21514] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_657_2))
% 251.92/36.16 -> [21515] ~q(skolem_X66), ~q(Y7_657_2)
% 251.92/36.16 -> [21516] q(skolem_X66), q(Y7_657_2)
% 251.92/36.16
% 251.92/36.16 [21516] CLOSURE : q(Y7_657_2)
% 251.92/36.16
% 251.92/36.16 [21515] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [31059] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [31059] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.16 -> [31060] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.16
% 251.92/36.16 [31060] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.16 -> [31061] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.16 -> [31062] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.16
% 251.92/36.16 [31061] CLOSURE : ~r(skolem_X88)
% 251.92/36.16
% 251.92/36.16 [31062] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [31171] s(Y9_389_4)
% 251.92/36.16
% 251.92/36.16 [31171] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [31176] p(Y13_334_5)
% 251.92/36.16
% 251.92/36.16 [31176] CLOSURE : p(Y13_334_5)
% 251.92/36.16
% 251.92/36.16 [1743] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [2096] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [2096] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [15724] ~! [Y3_3] : ((p(X2_641_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [15724] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_641_0) <=> p(Y3_3)))
% 251.92/36.16 -> [15725] ~(p(X2_641_0) <=> p(skolem_Y33(X2_641_0)))
% 251.92/36.16
% 251.92/36.16 [15725] BETA_NOT_EQUIV : ~(p(X2_641_0) <=> p(skolem_Y33(X2_641_0)))
% 251.92/36.16 -> [15726] ~p(X2_641_0), p(skolem_Y33(X2_641_0))
% 251.92/36.16 -> [15727] p(X2_641_0), ~p(skolem_Y33(X2_641_0))
% 251.92/36.16
% 251.92/36.16 [15726] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [17508] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [17508] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [40098] (q(skolem_X66) <=> q(Y7_1274_2))
% 251.92/36.16
% 251.92/36.16 [40098] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1274_2))
% 251.92/36.16 -> [40099] ~q(skolem_X66), ~q(Y7_1274_2)
% 251.92/36.16 -> [40100] q(skolem_X66), q(Y7_1274_2)
% 251.92/36.16
% 251.92/36.16 [40100] CLOSURE : q(Y7_1274_2)
% 251.92/36.16
% 251.92/36.16 [40099] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [40261] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [40261] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [40262] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [40262] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [40263] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [40264] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [40264] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [40263] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [40780] s(Y9_645_4)
% 251.92/36.16
% 251.92/36.16 [40780] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [40837] p(Y13_599_5)
% 251.92/36.16
% 251.92/36.16 [40837] CLOSURE : p(Y13_599_5)
% 251.92/36.16
% 251.92/36.16 [15727] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [17144] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [17144] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [40075] (q(skolem_X66) <=> q(Y7_1272_2))
% 251.92/36.16
% 251.92/36.16 [40075] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1272_2))
% 251.92/36.16 -> [40076] ~q(skolem_X66), ~q(Y7_1272_2)
% 251.92/36.16 -> [40077] q(skolem_X66), q(Y7_1272_2)
% 251.92/36.16
% 251.92/36.16 [40077] CLOSURE : q(Y7_1272_2)
% 251.92/36.16
% 251.92/36.16 [40076] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [40241] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [40241] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [40243] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [40243] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [40246] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [40247] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [40247] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [40246] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [40805] s(Y9_646_4)
% 251.92/36.16
% 251.92/36.16 [40805] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [40873] p(Y13_600_5)
% 251.92/36.16
% 251.92/36.16 [40873] CLOSURE : p(Y13_600_5)
% 251.92/36.16
% 251.92/36.16 [1471] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [1479] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [1479] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [1480] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [1481] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [1481] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [1493] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [1493] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [2114] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [2114] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [10450] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [10450] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [10451] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [10451] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [10453] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [10454] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [10453] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [10454] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [20295] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [20295] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [21482] (q(skolem_X66) <=> q(Y7_655_2))
% 251.92/36.16
% 251.92/36.16 [21482] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_655_2))
% 251.92/36.16 -> [21483] ~q(skolem_X66), ~q(Y7_655_2)
% 251.92/36.16 -> [21484] q(skolem_X66), q(Y7_655_2)
% 251.92/36.16
% 251.92/36.16 [21484] CLOSURE : q(Y7_655_2)
% 251.92/36.16
% 251.92/36.16 [21483] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [29956] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [29956] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [29957] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [29957] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [29958] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [29959] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [29959] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [29958] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [30041] s(Y9_370_4)
% 251.92/36.16
% 251.92/36.16 [30041] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [30058] p(Y13_308_5)
% 251.92/36.16
% 251.92/36.16 [30058] CLOSURE : p(Y13_308_5)
% 251.92/36.16
% 251.92/36.16 [1480] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [1755] ~! [Y3_3] : ((p(X2_41_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [1755] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_41_0) <=> p(Y3_3)))
% 251.92/36.16 -> [1757] ~(p(X2_41_0) <=> p(skolem_Y33(X2_41_0)))
% 251.92/36.16
% 251.92/36.16 [1757] BETA_NOT_EQUIV : ~(p(X2_41_0) <=> p(skolem_Y33(X2_41_0)))
% 251.92/36.16 -> [1758] ~p(X2_41_0), p(skolem_Y33(X2_41_0))
% 251.92/36.16 -> [1759] p(X2_41_0), ~p(skolem_Y33(X2_41_0))
% 251.92/36.16
% 251.92/36.16 [1759] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [15791] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [15791] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [16913] (q(skolem_X66) <=> q(Y7_448_2))
% 251.92/36.16
% 251.92/36.16 [16913] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_448_2))
% 251.92/36.16 -> [16914] ~q(skolem_X66), ~q(Y7_448_2)
% 251.92/36.16 -> [16915] q(skolem_X66), q(Y7_448_2)
% 251.92/36.16
% 251.92/36.16 [16915] CLOSURE : q(Y7_448_2)
% 251.92/36.16
% 251.92/36.16 [16914] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [18760] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [18760] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [18761] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [18761] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [18762] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [18763] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [18763] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [18762] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [25081] s(Y9_233_4)
% 251.92/36.16
% 251.92/36.16 [25081] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [25198] p(Y13_178_5)
% 251.92/36.16
% 251.92/36.16 [25198] CLOSURE : p(Y13_178_5)
% 251.92/36.16
% 251.92/36.16 [1758] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [10185] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [10185] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [17134] (q(skolem_X66) <=> q(Y7_455_2))
% 251.92/36.16
% 251.92/36.16 [17134] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_455_2))
% 251.92/36.16 -> [17135] ~q(skolem_X66), ~q(Y7_455_2)
% 251.92/36.16 -> [17136] q(skolem_X66), q(Y7_455_2)
% 251.92/36.16
% 251.92/36.16 [17136] CLOSURE : q(Y7_455_2)
% 251.92/36.16
% 251.92/36.16 [17135] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [18427] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [18427] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.16 -> [18428] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16
% 251.92/36.16 [18428] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.16 -> [18429] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.16 -> [18430] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [18430] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [18429] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [41231] s(Y9_656_4)
% 251.92/36.16
% 251.92/36.16 [41231] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [41397] p(Y13_613_5)
% 251.92/36.16
% 251.92/36.16 [41397] CLOSURE : p(Y13_613_5)
% 251.92/36.16
% 251.92/36.16 [501] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.16 -> [510] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16
% 251.92/36.16 [510] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.16 -> [513] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [514] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.16
% 251.92/36.16 [513] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.16 -> [5581] ~s(skolem_Y99)
% 251.92/36.16
% 251.92/36.16 [5581] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.16 -> [5582] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [5583] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16
% 251.92/36.16 [5582] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.16 -> [6257] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [6258] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.16
% 251.92/36.16 [6257] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.16 -> [15493] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [15494] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16
% 251.92/36.16 [15494] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.16 -> [15497] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.16
% 251.92/36.16 [15497] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [15498] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [15499] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [15498] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [15881] ~! [Y3_3] : ((p(X2_647_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [15881] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_647_0) <=> p(Y3_3)))
% 251.92/36.16 -> [15882] ~(p(X2_647_0) <=> p(skolem_Y33(X2_647_0)))
% 251.92/36.16
% 251.92/36.16 [15882] BETA_NOT_EQUIV : ~(p(X2_647_0) <=> p(skolem_Y33(X2_647_0)))
% 251.92/36.16 -> [15883] ~p(X2_647_0), p(skolem_Y33(X2_647_0))
% 251.92/36.16 -> [15884] p(X2_647_0), ~p(skolem_Y33(X2_647_0))
% 251.92/36.16
% 251.92/36.16 [15884] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [16334] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [16334] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [16335] (q(skolem_X66) <=> q(Y7_431_2))
% 251.92/36.16
% 251.92/36.16 [16335] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_431_2))
% 251.92/36.16 -> [16336] ~q(skolem_X66), ~q(Y7_431_2)
% 251.92/36.16 -> [16337] q(skolem_X66), q(Y7_431_2)
% 251.92/36.16
% 251.92/36.16 [16337] CLOSURE : q(Y7_431_2)
% 251.92/36.16
% 251.92/36.16 [16336] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [16810] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [16810] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.16 -> [16811] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.16 -> [16812] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [16811] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [17085] ~r(X8_144_4)
% 251.92/36.16
% 251.92/36.16 [17085] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [17086] ~s(X12_67_5)
% 251.92/36.16
% 251.92/36.16 [17086] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [17087] p(Y13_45_6)
% 251.92/36.16
% 251.92/36.16 [17087] CLOSURE : p(Y13_45_6)
% 251.92/36.16
% 251.92/36.16 [16812] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [15883] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [16804] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [16804] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [16806] (q(skolem_X66) <=> q(Y7_442_2))
% 251.92/36.16
% 251.92/36.16 [16806] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_442_2))
% 251.92/36.16 -> [16807] ~q(skolem_X66), ~q(Y7_442_2)
% 251.92/36.16 -> [16808] q(skolem_X66), q(Y7_442_2)
% 251.92/36.16
% 251.92/36.16 [16808] CLOSURE : q(Y7_442_2)
% 251.92/36.16
% 251.92/36.16 [16807] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [17073] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [17073] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.16 -> [17074] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.16 -> [17075] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [17074] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [17316] ~r(X8_153_4)
% 251.92/36.16
% 251.92/36.16 [17316] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [17317] ~s(X12_73_5)
% 251.92/36.16
% 251.92/36.16 [17317] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [17318] p(Y13_50_6)
% 251.92/36.16
% 251.92/36.16 [17318] CLOSURE : p(Y13_50_6)
% 251.92/36.16
% 251.92/36.16 [17075] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [15499] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [15500] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [15500] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [15894] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [15894] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [15896] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [15896] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [15897] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [15897] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [15898] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [15899] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [15898] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [15899] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [16825] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [16825] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [16826] (q(skolem_X66) <=> q(Y7_443_2))
% 251.92/36.16
% 251.92/36.16 [16826] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_443_2))
% 251.92/36.16 -> [16827] ~q(skolem_X66), ~q(Y7_443_2)
% 251.92/36.16 -> [16828] q(skolem_X66), q(Y7_443_2)
% 251.92/36.16
% 251.92/36.16 [16827] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [17099] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [17099] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.16 -> [17100] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.16 -> [17101] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [17100] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [17333] ~r(X8_155_4)
% 251.92/36.16
% 251.92/36.16 [17333] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [17334] ~s(X12_76_5)
% 251.92/36.16
% 251.92/36.16 [17334] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [17335] p(Y13_51_6)
% 251.92/36.16
% 251.92/36.16 [17335] CLOSURE : p(Y13_51_6)
% 251.92/36.16
% 251.92/36.16 [17101] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [16828] CLOSURE : q(Y7_443_2)
% 251.92/36.16
% 251.92/36.16 [15493] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.16 -> [15871] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [15872] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.16
% 251.92/36.16 [15872] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.16 -> [15875] p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [15875] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [16320] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [16320] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.16 -> [16321] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16
% 251.92/36.16 [16321] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.16 -> [16322] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.16 -> [16323] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.16
% 251.92/36.16 [16322] CLOSURE : ~p(skolem_X1616)
% 251.92/36.16
% 251.92/36.16 [16323] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [17062] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [17062] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [17064] (q(skolem_X66) <=> q(Y7_451_2))
% 251.92/36.16
% 251.92/36.16 [17064] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_451_2))
% 251.92/36.16 -> [17066] ~q(skolem_X66), ~q(Y7_451_2)
% 251.92/36.16 -> [17067] q(skolem_X66), q(Y7_451_2)
% 251.92/36.16
% 251.92/36.16 [17067] CLOSURE : q(Y7_451_2)
% 251.92/36.16
% 251.92/36.16 [17066] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.16 -> [17313] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.16
% 251.92/36.16 [17313] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.16 -> [17314] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.16 -> [17315] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [17314] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.16 -> [17591] ~r(X8_159_4)
% 251.92/36.16
% 251.92/36.16 [17591] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.16 -> [17592] ~s(X12_81_5)
% 251.92/36.16
% 251.92/36.16 [17592] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.16 -> [17593] p(Y13_54_6)
% 251.92/36.16
% 251.92/36.16 [17593] CLOSURE : p(Y13_54_6)
% 251.92/36.16
% 251.92/36.16 [17315] CLOSURE : r(skolem_Y55)
% 251.92/36.16
% 251.92/36.16 [15871] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.16 -> [16306] ~q(skolem_Y1717)
% 251.92/36.16
% 251.92/36.16 [16306] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.16 -> [16307] ~! [Y3_3] : ((p(X2_674_0) <=> p(Y3_3)))
% 251.92/36.16
% 251.92/36.16 [16307] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_674_0) <=> p(Y3_3)))
% 251.92/36.16 -> [16308] ~(p(X2_674_0) <=> p(skolem_Y33(X2_674_0)))
% 251.92/36.16
% 251.92/36.16 [16308] BETA_NOT_EQUIV : ~(p(X2_674_0) <=> p(skolem_Y33(X2_674_0)))
% 251.92/36.16 -> [16309] ~p(X2_674_0), p(skolem_Y33(X2_674_0))
% 251.92/36.16 -> [16310] p(X2_674_0), ~p(skolem_Y33(X2_674_0))
% 251.92/36.16
% 251.92/36.16 [16310] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.16 -> [16788] ~q(skolem_X66)
% 251.92/36.16
% 251.92/36.16 [16788] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.16 -> [16789] (q(skolem_X66) <=> q(Y7_440_2))
% 251.92/36.16
% 251.92/36.16 [16789] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_440_2))
% 251.92/36.16 -> [16791] ~q(skolem_X66), ~q(Y7_440_2)
% 251.92/36.16 -> [16792] q(skolem_X66), q(Y7_440_2)
% 251.92/36.17
% 251.92/36.17 [16791] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [17057] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [17057] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [17058] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [17059] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [17058] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [17291] ~r(X8_152_4)
% 251.92/36.17
% 251.92/36.17 [17291] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [17292] ~s(X12_72_5)
% 251.92/36.17
% 251.92/36.17 [17292] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [17293] p(Y13_49_6)
% 251.92/36.17
% 251.92/36.17 [17293] CLOSURE : p(Y13_49_6)
% 251.92/36.17
% 251.92/36.17 [17059] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [16792] CLOSURE : q(Y7_440_2)
% 251.92/36.17
% 251.92/36.17 [16309] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [17052] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [17052] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [17053] (q(skolem_X66) <=> q(Y7_450_2))
% 251.92/36.17
% 251.92/36.17 [17053] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_450_2))
% 251.92/36.17 -> [17054] ~q(skolem_X66), ~q(Y7_450_2)
% 251.92/36.17 -> [17055] q(skolem_X66), q(Y7_450_2)
% 251.92/36.17
% 251.92/36.17 [17054] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [17278] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [17278] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [17279] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [17280] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [17279] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [17559] ~r(X8_157_4)
% 251.92/36.17
% 251.92/36.17 [17559] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [17561] ~s(X12_80_5)
% 251.92/36.17
% 251.92/36.17 [17561] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [17565] p(Y13_52_6)
% 251.92/36.17
% 251.92/36.17 [17565] CLOSURE : p(Y13_52_6)
% 251.92/36.17
% 251.92/36.17 [17280] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [17055] CLOSURE : q(Y7_450_2)
% 251.92/36.17
% 251.92/36.17 [6258] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [6260] s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [6260] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [15553] ~p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [15553] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [15554] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [15555] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [15554] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [15971] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [15972] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [15972] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [15974] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [15974] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [22064] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [22064] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [22065] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [22065] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [22066] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [22067] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [22067] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [22066] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [23560] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [23560] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [23759] (q(skolem_X66) <=> q(Y7_753_2))
% 251.92/36.17
% 251.92/36.17 [23759] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_753_2))
% 251.92/36.17 -> [23760] ~q(skolem_X66), ~q(Y7_753_2)
% 251.92/36.17 -> [23761] q(skolem_X66), q(Y7_753_2)
% 251.92/36.17
% 251.92/36.17 [23761] CLOSURE : q(Y7_753_2)
% 251.92/36.17
% 251.92/36.17 [23760] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [24055] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [24055] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [24057] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [24058] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [24058] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [24057] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [24390] ~r(X8_422_4)
% 251.92/36.17
% 251.92/36.17 [24390] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [24571] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [24571] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17 -> [24572] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17
% 251.92/36.17 [24572] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17 -> [24573] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.17 -> [24574] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [24574] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [24573] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [25629] q(Y17_40_6)
% 251.92/36.17
% 251.92/36.17 [25629] CLOSURE : q(Y17_40_6)
% 251.92/36.17
% 251.92/36.17 [15971] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [16407] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [16407] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [16408] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [16408] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [16409] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [16409] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [16410] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [16411] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [16411] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [16410] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [38560] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [38560] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [38581] (q(skolem_X66) <=> q(Y7_1231_2))
% 251.92/36.17
% 251.92/36.17 [38581] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1231_2))
% 251.92/36.17 -> [38582] ~q(skolem_X66), ~q(Y7_1231_2)
% 251.92/36.17 -> [38583] q(skolem_X66), q(Y7_1231_2)
% 251.92/36.17
% 251.92/36.17 [38583] CLOSURE : q(Y7_1231_2)
% 251.92/36.17
% 251.92/36.17 [38582] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [38628] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [38628] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [38629] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [38630] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38630] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38629] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [38650] ~r(X8_1135_4)
% 251.92/36.17
% 251.92/36.17 [38650] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [38664] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [38664] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17 -> [38665] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17
% 251.92/36.17 [38665] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17 -> [38666] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.17 -> [38667] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [38667] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [38666] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [38724] ~p(X16_178_6)
% 251.92/36.17
% 251.92/36.17 [38724] CLOSURE : ~p(X16_178_6)
% 251.92/36.17
% 251.92/36.17 [15555] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [15556] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [15556] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [15557] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [15558] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [15557] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [15976] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [15976] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [15978] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [15978] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [15979] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [15980] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [15980] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [15979] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [38606] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [38606] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [38646] (q(skolem_X66) <=> q(Y7_1232_2))
% 251.92/36.17
% 251.92/36.17 [38646] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1232_2))
% 251.92/36.17 -> [38647] ~q(skolem_X66), ~q(Y7_1232_2)
% 251.92/36.17 -> [38648] q(skolem_X66), q(Y7_1232_2)
% 251.92/36.17
% 251.92/36.17 [38648] CLOSURE : q(Y7_1232_2)
% 251.92/36.17
% 251.92/36.17 [38647] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [38732] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [38732] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [38733] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [38734] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38734] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38733] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [38761] ~r(X8_1138_4)
% 251.92/36.17
% 251.92/36.17 [38761] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [38773] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [38773] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.17 -> [38776] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.17 -> [38777] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [38777] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [38776] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [38839] ~p(X16_179_6)
% 251.92/36.17
% 251.92/36.17 [38839] CLOSURE : ~p(X16_179_6)
% 251.92/36.17
% 251.92/36.17 [15558] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [15559] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [15559] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [16924] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [16924] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [38617] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [38617] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [38619] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [38619] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [38622] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [38623] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [38623] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [38622] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [38772] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [38772] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [38784] (q(skolem_X66) <=> q(Y7_1235_2))
% 251.92/36.17
% 251.92/36.17 [38784] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1235_2))
% 251.92/36.17 -> [38785] ~q(skolem_X66), ~q(Y7_1235_2)
% 251.92/36.17 -> [38786] q(skolem_X66), q(Y7_1235_2)
% 251.92/36.17
% 251.92/36.17 [38786] CLOSURE : q(Y7_1235_2)
% 251.92/36.17
% 251.92/36.17 [38785] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [38795] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [38795] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [38796] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [38797] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38797] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38796] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [38801] ~r(X8_1139_4)
% 251.92/36.17
% 251.92/36.17 [38801] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [38807] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [38807] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.17 -> [38808] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.17 -> [38809] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [38809] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [38808] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [38830] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17
% 251.92/36.17 [38830] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [38831] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [38831] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [38832] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [38832] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [38833] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [38834] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [38833] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [38834] : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [38856] ~? [X4_4] : (q(X4_4))
% 251.92/36.17
% 251.92/36.17 [38856] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [38857] ~q(X4_1260_1)
% 251.92/36.17
% 251.92/36.17 [38857] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [38872] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [38872] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [38873] (q(skolem_X66) <=> q(Y7_1237_2))
% 251.92/36.17
% 251.92/36.17 [38873] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1237_2))
% 251.92/36.17 -> [38874] ~q(skolem_X66), ~q(Y7_1237_2)
% 251.92/36.17 -> [38875] q(skolem_X66), q(Y7_1237_2)
% 251.92/36.17
% 251.92/36.17 [38875] CLOSURE : q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [38874] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39102] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [39102] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39103] (r(skolem_X1010) <=> r(Y11_1070_3))
% 251.92/36.17
% 251.92/36.17 [39103] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1070_3))
% 251.92/36.17 -> [39104] ~r(skolem_X1010), ~r(Y11_1070_3)
% 251.92/36.17 -> [39105] r(skolem_X1010), r(Y11_1070_3)
% 251.92/36.17
% 251.92/36.17 [39105] CLOSURE : r(skolem_X1010)
% 251.92/36.17
% 251.92/36.17 [39104] : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [39202] ~? [X8_8] : (r(X8_8))
% 251.92/36.17
% 251.92/36.17 [39202] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [39203] ~r(X8_1167_4)
% 251.92/36.17
% 251.92/36.17 [39203] GAMMA_NOT_EXISTS : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [39279] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [39279] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [39280] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.17
% 251.92/36.17 [39280] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.17 -> [39281] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.92/36.17 -> [39282] s(skolem_X1414), s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [39282] CLOSURE : s(skolem_X1414)
% 251.92/36.17
% 251.92/36.17 [39281] CLOSURE : ~s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [5583] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.17 -> [5585] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [5586] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.17
% 251.92/36.17 [5585] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [6265] ~p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [6265] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [6266] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [6267] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [6267] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [6272] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [6272] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [6273] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [6274] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [6273] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [15854] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [15854] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [15855] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [15855] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [15857] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [15857] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [15858] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [15859] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [15859] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [15858] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [17040] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [17040] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [17041] (q(skolem_X66) <=> q(Y7_449_2))
% 251.92/36.17
% 251.92/36.17 [17041] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_449_2))
% 251.92/36.17 -> [17042] ~q(skolem_X66), ~q(Y7_449_2)
% 251.92/36.17 -> [17043] q(skolem_X66), q(Y7_449_2)
% 251.92/36.17
% 251.92/36.17 [17043] CLOSURE : q(Y7_449_2)
% 251.92/36.17
% 251.92/36.17 [17042] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [17270] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [17270] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [17271] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [17272] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [17272] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [17271] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [17543] ~r(X8_156_4)
% 251.92/36.17
% 251.92/36.17 [17543] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [17544] ~s(skolem_X1414)
% 251.92/36.17
% 251.92/36.17 [17544] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [17545] (s(skolem_X1414) <=> s(Y15_15_6))
% 251.92/36.17
% 251.92/36.17 [17545] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_15_6))
% 251.92/36.17 -> [17546] ~s(skolem_X1414), ~s(Y15_15_6)
% 251.92/36.17 -> [17547] s(skolem_X1414), s(Y15_15_6)
% 251.92/36.17
% 251.92/36.17 [17546] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [17848] ~p(X16_8_7)
% 251.92/36.17
% 251.92/36.17 [17848] CLOSURE : ~p(X16_8_7)
% 251.92/36.17
% 251.92/36.17 [17547] CLOSURE : s(Y15_15_6)
% 251.92/36.17
% 251.92/36.17 [6274] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [6277] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [6277] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [16002] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [16002] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [16004] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [16004] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [16006] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [16007] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [16007] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [16006] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [18186] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [18186] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [18187] (q(skolem_X66) <=> q(Y7_493_2))
% 251.92/36.17
% 251.92/36.17 [18187] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_493_2))
% 251.92/36.17 -> [18188] ~q(skolem_X66), ~q(Y7_493_2)
% 251.92/36.17 -> [18189] q(skolem_X66), q(Y7_493_2)
% 251.92/36.17
% 251.92/36.17 [18189] CLOSURE : q(Y7_493_2)
% 251.92/36.17
% 251.92/36.17 [18188] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [18435] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [18435] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [18436] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [18437] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [18437] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [18436] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [18713] ~r(X8_185_4)
% 251.92/36.17
% 251.92/36.17 [18713] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [18716] ~s(skolem_X1414)
% 251.92/36.17
% 251.92/36.17 [18716] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [18717] (s(skolem_X1414) <=> s(Y15_23_6))
% 251.92/36.17
% 251.92/36.17 [18717] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_23_6))
% 251.92/36.17 -> [18718] ~s(skolem_X1414), ~s(Y15_23_6)
% 251.92/36.17 -> [18719] s(skolem_X1414), s(Y15_23_6)
% 251.92/36.17
% 251.92/36.17 [18718] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [19047] q(Y17_13_7)
% 251.92/36.17
% 251.92/36.17 [19047] CLOSURE : q(Y17_13_7)
% 251.92/36.17
% 251.92/36.17 [18719] CLOSURE : s(Y15_23_6)
% 251.92/36.17
% 251.92/36.17 [6266] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [15692] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [15693] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [15692] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [16102] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [16102] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [16103] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [16103] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [16104] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [16105] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [16105] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [16104] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [39190] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [39190] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [39193] (q(skolem_X66) <=> q(Y7_1244_2))
% 251.92/36.17
% 251.92/36.17 [39193] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1244_2))
% 251.92/36.17 -> [39194] ~q(skolem_X66), ~q(Y7_1244_2)
% 251.92/36.17 -> [39195] q(skolem_X66), q(Y7_1244_2)
% 251.92/36.17
% 251.92/36.17 [39195] CLOSURE : q(Y7_1244_2)
% 251.92/36.17
% 251.92/36.17 [39194] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39208] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [39208] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [39209] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [39210] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39210] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39209] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [39349] ~r(X8_1182_4)
% 251.92/36.17
% 251.92/36.17 [39349] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [39351] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [39351] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [39355] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [39355] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17 -> [39356] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17
% 251.92/36.17 [39356] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17 -> [39357] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.17 -> [39358] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [39357] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [39358] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [15693] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [15696] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [15696] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [16106] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [16106] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [16108] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [16108] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [16109] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [16109] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [16110] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [16111] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [16110] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [16111] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [39398] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [39398] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [39399] (q(skolem_X66) <=> q(Y7_1246_2))
% 251.92/36.17
% 251.92/36.17 [39399] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1246_2))
% 251.92/36.17 -> [39400] ~q(skolem_X66), ~q(Y7_1246_2)
% 251.92/36.17 -> [39401] q(skolem_X66), q(Y7_1246_2)
% 251.92/36.17
% 251.92/36.17 [39401] CLOSURE : q(Y7_1246_2)
% 251.92/36.17
% 251.92/36.17 [39400] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39440] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [39440] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [39443] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [39444] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39444] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39443] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [39480] ~r(X8_1194_4)
% 251.92/36.17
% 251.92/36.17 [39480] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [39481] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [39481] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [39482] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [39482] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17 -> [39483] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17
% 251.92/36.17 [39483] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17 -> [39484] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.17 -> [39485] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [39484] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [39485] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [5586] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [5589] s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [5589] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [6279] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [6280] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [6279] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [10192] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [10193] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [10192] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [16003] ~! [Y3_3] : ((p(X2_657_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [16003] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_657_0) <=> p(Y3_3)))
% 251.92/36.17 -> [16005] ~(p(X2_657_0) <=> p(skolem_Y33(X2_657_0)))
% 251.92/36.17
% 251.92/36.17 [16005] BETA_NOT_EQUIV : ~(p(X2_657_0) <=> p(skolem_Y33(X2_657_0)))
% 251.92/36.17 -> [16008] ~p(X2_657_0), p(skolem_Y33(X2_657_0))
% 251.92/36.17 -> [16009] p(X2_657_0), ~p(skolem_Y33(X2_657_0))
% 251.92/36.17
% 251.92/36.17 [16009] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [17485] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [17485] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [18265] (q(skolem_X66) <=> q(Y7_496_2))
% 251.92/36.17
% 251.92/36.17 [18265] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_496_2))
% 251.92/36.17 -> [18266] ~q(skolem_X66), ~q(Y7_496_2)
% 251.92/36.17 -> [18267] q(skolem_X66), q(Y7_496_2)
% 251.92/36.17
% 251.92/36.17 [18267] CLOSURE : q(Y7_496_2)
% 251.92/36.17
% 251.92/36.17 [18266] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [19165] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [19165] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [19166] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [19167] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [19167] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [19166] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [20226] ~r(X8_221_4)
% 251.92/36.17
% 251.92/36.17 [20226] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [20880] p(Y13_82_5)
% 251.92/36.17
% 251.92/36.17 [20880] CLOSURE : p(Y13_82_5)
% 251.92/36.17
% 251.92/36.17 [16008] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [17937] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [17937] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [18439] (q(skolem_X66) <=> q(Y7_509_2))
% 251.92/36.17
% 251.92/36.17 [18439] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_509_2))
% 251.92/36.17 -> [18441] ~q(skolem_X66), ~q(Y7_509_2)
% 251.92/36.17 -> [18442] q(skolem_X66), q(Y7_509_2)
% 251.92/36.17
% 251.92/36.17 [18442] CLOSURE : q(Y7_509_2)
% 251.92/36.17
% 251.92/36.17 [18441] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [19409] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [19409] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [19410] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [19411] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [19411] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [19410] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [20382] ~r(X8_227_4)
% 251.92/36.17
% 251.92/36.17 [20382] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [21203] p(Y13_83_5)
% 251.92/36.17
% 251.92/36.17 [21203] CLOSURE : p(Y13_83_5)
% 251.92/36.17
% 251.92/36.17 [10193] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [10195] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [10195] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [16742] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [16742] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [17938] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [17938] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [17939] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [17939] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [17940] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [17941] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [17940] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [17941] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [18626] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [18626] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [19176] (q(skolem_X66) <=> q(Y7_549_2))
% 251.92/36.17
% 251.92/36.17 [19176] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_549_2))
% 251.92/36.17 -> [19177] ~q(skolem_X66), ~q(Y7_549_2)
% 251.92/36.17 -> [19178] q(skolem_X66), q(Y7_549_2)
% 251.92/36.17
% 251.92/36.17 [19178] CLOSURE : q(Y7_549_2)
% 251.92/36.17
% 251.92/36.17 [19177] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [20230] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [20230] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [20231] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [20232] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [20232] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [20231] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [25170] ~r(X8_474_4)
% 251.92/36.17
% 251.92/36.17 [25170] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [25316] p(Y13_182_5)
% 251.92/36.17
% 251.92/36.17 [25316] CLOSURE : p(Y13_182_5)
% 251.92/36.17
% 251.92/36.17 [6280] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [6285] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [6285] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [6286] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [6287] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [6287] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [6291] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [6291] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [17130] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [17130] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [17131] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [17131] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [17132] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [17133] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [17132] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [17133] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [18380] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [18380] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [19489] (q(skolem_X66) <=> q(Y7_565_2))
% 251.92/36.17
% 251.92/36.17 [19489] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_565_2))
% 251.92/36.17 -> [19490] ~q(skolem_X66), ~q(Y7_565_2)
% 251.92/36.17 -> [19491] q(skolem_X66), q(Y7_565_2)
% 251.92/36.17
% 251.92/36.17 [19491] CLOSURE : q(Y7_565_2)
% 251.92/36.17
% 251.92/36.17 [19490] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39263] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [39263] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [39264] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [39265] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39265] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39264] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [39314] ~r(X8_1178_4)
% 251.92/36.17
% 251.92/36.17 [39314] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [39345] p(Y13_562_5)
% 251.92/36.17
% 251.92/36.17 [39345] CLOSURE : p(Y13_562_5)
% 251.92/36.17
% 251.92/36.17 [6286] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [16214] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [16214] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [16215] ~! [Y3_3] : ((p(X2_670_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [16215] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_670_0) <=> p(Y3_3)))
% 251.92/36.17 -> [16216] ~(p(X2_670_0) <=> p(skolem_Y33(X2_670_0)))
% 251.92/36.17
% 251.92/36.17 [16216] BETA_NOT_EQUIV : ~(p(X2_670_0) <=> p(skolem_Y33(X2_670_0)))
% 251.92/36.17 -> [16217] ~p(X2_670_0), p(skolem_Y33(X2_670_0))
% 251.92/36.17 -> [16218] p(X2_670_0), ~p(skolem_Y33(X2_670_0))
% 251.92/36.17
% 251.92/36.17 [16218] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [23507] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [23507] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [23667] (q(skolem_X66) <=> q(Y7_750_2))
% 251.92/36.17
% 251.92/36.17 [23667] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_750_2))
% 251.92/36.17 -> [23668] ~q(skolem_X66), ~q(Y7_750_2)
% 251.92/36.17 -> [23669] q(skolem_X66), q(Y7_750_2)
% 251.92/36.17
% 251.92/36.17 [23669] CLOSURE : q(Y7_750_2)
% 251.92/36.17
% 251.92/36.17 [23668] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [23898] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [23898] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [23899] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [23900] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [23900] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [23899] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [24217] ~r(X8_406_4)
% 251.92/36.17
% 251.92/36.17 [24217] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [24353] p(Y13_149_5)
% 251.92/36.17
% 251.92/36.17 [24353] CLOSURE : p(Y13_149_5)
% 251.92/36.17
% 251.92/36.17 [16217] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [39963] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [39963] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [39984] (q(skolem_X66) <=> q(Y7_1270_2))
% 251.92/36.17
% 251.92/36.17 [39984] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1270_2))
% 251.92/36.17 -> [39985] ~q(skolem_X66), ~q(Y7_1270_2)
% 251.92/36.17 -> [39986] q(skolem_X66), q(Y7_1270_2)
% 251.92/36.17
% 251.92/36.17 [39986] CLOSURE : q(Y7_1270_2)
% 251.92/36.17
% 251.92/36.17 [39985] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [40059] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [40059] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [40060] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [40061] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [40061] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [40060] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [40149] ~r(X8_1219_4)
% 251.92/36.17
% 251.92/36.17 [40149] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [40176] p(Y13_584_5)
% 251.92/36.17
% 251.92/36.17 [40176] CLOSURE : p(Y13_584_5)
% 251.92/36.17
% 251.92/36.17 [514] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [517] r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [517] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.17 -> [523] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [524] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17
% 251.92/36.17 [524] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.17 -> [539] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [540] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.17
% 251.92/36.17 [540] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [544] s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [544] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [1704] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [1705] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [1704] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [1777] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [1778] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [1777] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [1855] ~! [Y3_3] : ((p(X2_46_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [1855] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_46_0) <=> p(Y3_3)))
% 251.92/36.17 -> [1856] ~(p(X2_46_0) <=> p(skolem_Y33(X2_46_0)))
% 251.92/36.17
% 251.92/36.17 [1856] BETA_NOT_EQUIV : ~(p(X2_46_0) <=> p(skolem_Y33(X2_46_0)))
% 251.92/36.17 -> [1857] ~p(X2_46_0), p(skolem_Y33(X2_46_0))
% 251.92/36.17 -> [1858] p(X2_46_0), ~p(skolem_Y33(X2_46_0))
% 251.92/36.17
% 251.92/36.17 [1858] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [2277] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [2277] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [4195] (q(skolem_X66) <=> q(Y7_65_2))
% 251.92/36.17
% 251.92/36.17 [4195] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_65_2))
% 251.92/36.17 -> [4196] ~q(skolem_X66), ~q(Y7_65_2)
% 251.92/36.17 -> [4197] q(skolem_X66), q(Y7_65_2)
% 251.92/36.17
% 251.92/36.17 [4197] CLOSURE : q(Y7_65_2)
% 251.92/36.17
% 251.92/36.17 [4196] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [4811] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [4811] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [4812] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [4813] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [4813] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [4812] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [13239] s(Y9_48_4)
% 251.92/36.17
% 251.92/36.17 [13239] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [14461] p(Y13_27_5)
% 251.92/36.17
% 251.92/36.17 [14461] CLOSURE : p(Y13_27_5)
% 251.92/36.17
% 251.92/36.17 [1857] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [2483] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [2483] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [4294] (q(skolem_X66) <=> q(Y7_70_2))
% 251.92/36.17
% 251.92/36.17 [4294] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_70_2))
% 251.92/36.17 -> [4295] ~q(skolem_X66), ~q(Y7_70_2)
% 251.92/36.17 -> [4296] q(skolem_X66), q(Y7_70_2)
% 251.92/36.17
% 251.92/36.17 [4296] CLOSURE : q(Y7_70_2)
% 251.92/36.17
% 251.92/36.17 [4295] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [4904] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [4904] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [4905] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [4906] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [4906] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [4905] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [14941] s(Y9_65_4)
% 251.92/36.17
% 251.92/36.17 [14941] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [16053] p(Y13_37_5)
% 251.92/36.17
% 251.92/36.17 [16053] CLOSURE : p(Y13_37_5)
% 251.92/36.17
% 251.92/36.17 [1778] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [1783] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [1783] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [2014] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [2014] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [2294] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [2294] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [2295] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [2295] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [2296] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [2297] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [2296] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [2297] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [4209] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [4209] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [4584] (q(skolem_X66) <=> q(Y7_83_2))
% 251.92/36.17
% 251.92/36.17 [4584] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_83_2))
% 251.92/36.17 -> [4585] ~q(skolem_X66), ~q(Y7_83_2)
% 251.92/36.17 -> [4586] q(skolem_X66), q(Y7_83_2)
% 251.92/36.17
% 251.92/36.17 [4586] CLOSURE : q(Y7_83_2)
% 251.92/36.17
% 251.92/36.17 [4585] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [5298] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [5298] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [5299] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [5300] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [5300] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [5299] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [22015] s(Y9_153_4)
% 251.92/36.17
% 251.92/36.17 [22015] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [22550] p(Y13_98_5)
% 251.92/36.17
% 251.92/36.17 [22550] CLOSURE : p(Y13_98_5)
% 251.92/36.17
% 251.92/36.17 [1705] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [1715] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [1715] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [1720] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [1721] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [1720] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [1791] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [1791] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [2120] ~! [Y3_3] : ((p(X2_60_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [2120] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_60_0) <=> p(Y3_3)))
% 251.92/36.17 -> [2124] ~(p(X2_60_0) <=> p(skolem_Y33(X2_60_0)))
% 251.92/36.17
% 251.92/36.17 [2124] BETA_NOT_EQUIV : ~(p(X2_60_0) <=> p(skolem_Y33(X2_60_0)))
% 251.92/36.17 -> [2125] ~p(X2_60_0), p(skolem_Y33(X2_60_0))
% 251.92/36.17 -> [2126] p(X2_60_0), ~p(skolem_Y33(X2_60_0))
% 251.92/36.17
% 251.92/36.17 [2126] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [2511] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [2511] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [4467] (q(skolem_X66) <=> q(Y7_78_2))
% 251.92/36.17
% 251.92/36.17 [4467] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_78_2))
% 251.92/36.17 -> [4468] ~q(skolem_X66), ~q(Y7_78_2)
% 251.92/36.17 -> [4469] q(skolem_X66), q(Y7_78_2)
% 251.92/36.17
% 251.92/36.17 [4469] CLOSURE : q(Y7_78_2)
% 251.92/36.17
% 251.92/36.17 [4468] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [5310] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [5310] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [5311] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [5312] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [5312] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [5311] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [8426] s(Y9_29_4)
% 251.92/36.17
% 251.92/36.17 [8426] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [9666] p(Y13_18_5)
% 251.92/36.17
% 251.92/36.17 [9666] CLOSURE : p(Y13_18_5)
% 251.92/36.17
% 251.92/36.17 [2125] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [4125] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [4125] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [4452] (q(skolem_X66) <=> q(Y7_76_2))
% 251.92/36.17
% 251.92/36.17 [4452] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_76_2))
% 251.92/36.17 -> [4453] ~q(skolem_X66), ~q(Y7_76_2)
% 251.92/36.17 -> [4454] q(skolem_X66), q(Y7_76_2)
% 251.92/36.17
% 251.92/36.17 [4454] CLOSURE : q(Y7_76_2)
% 251.92/36.17
% 251.92/36.17 [4453] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [5135] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [5135] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [5136] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [5137] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [5137] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [5136] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [21881] s(Y9_151_4)
% 251.92/36.17
% 251.92/36.17 [21881] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [21919] p(Y13_93_5)
% 251.92/36.17
% 251.92/36.17 [21919] CLOSURE : p(Y13_93_5)
% 251.92/36.17
% 251.92/36.17 [1721] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [1728] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [1728] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [1905] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [1905] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [1906] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [1906] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [1907] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [1908] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [1907] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [1908] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [2326] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [2326] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [10409] (q(skolem_X66) <=> q(Y7_221_2))
% 251.92/36.17
% 251.92/36.17 [10409] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_221_2))
% 251.92/36.17 -> [10410] ~q(skolem_X66), ~q(Y7_221_2)
% 251.92/36.17 -> [10411] q(skolem_X66), q(Y7_221_2)
% 251.92/36.17
% 251.92/36.17 [10411] CLOSURE : q(Y7_221_2)
% 251.92/36.17
% 251.92/36.17 [10410] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [12549] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.17
% 251.92/36.17 [12549] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.17 -> [12550] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.17 -> [12551] r(skolem_X1010), r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [12550] CLOSURE : ~r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [12551] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [33876] s(Y9_446_4)
% 251.92/36.17
% 251.92/36.17 [33876] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [33916] p(Y13_401_5)
% 251.92/36.17
% 251.92/36.17 [33916] CLOSURE : p(Y13_401_5)
% 251.92/36.17
% 251.92/36.17 [539] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [5818] ~p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [5818] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [5819] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [5820] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [5819] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [10925] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [10926] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [10925] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [11445] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [11445] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [11446] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [11446] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [11448] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [11449] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [11449] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [11448] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [30457] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [30457] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [30541] (q(skolem_X66) <=> q(Y7_991_2))
% 251.92/36.17
% 251.92/36.17 [30541] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_991_2))
% 251.92/36.17 -> [30544] ~q(skolem_X66), ~q(Y7_991_2)
% 251.92/36.17 -> [30545] q(skolem_X66), q(Y7_991_2)
% 251.92/36.17
% 251.92/36.17 [30545] CLOSURE : q(Y7_991_2)
% 251.92/36.17
% 251.92/36.17 [30544] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [30604] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [30604] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [30605] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [30606] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [30606] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [30605] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [30658] s(Y9_378_4)
% 251.92/36.17
% 251.92/36.17 [30658] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [30670] ~s(X12_383_5)
% 251.92/36.17
% 251.92/36.17 [30670] CLOSURE : ~s(X12_383_5)
% 251.92/36.17
% 251.92/36.17 [10926] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [10930] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [10930] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [21737] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [21737] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [30523] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [30523] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [30524] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [30524] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [30525] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [30526] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [30526] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [30525] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [30656] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [30656] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [30671] (q(skolem_X66) <=> q(Y7_999_2))
% 251.92/36.17
% 251.92/36.17 [30671] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_999_2))
% 251.92/36.17 -> [30672] ~q(skolem_X66), ~q(Y7_999_2)
% 251.92/36.17 -> [30673] q(skolem_X66), q(Y7_999_2)
% 251.92/36.17
% 251.92/36.17 [30673] CLOSURE : q(Y7_999_2)
% 251.92/36.17
% 251.92/36.17 [30672] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [30698] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [30698] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [30699] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [30700] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [30700] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [30699] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [30741] s(Y9_381_4)
% 251.92/36.17
% 251.92/36.17 [30741] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [30746] ~s(X12_387_5)
% 251.92/36.17
% 251.92/36.17 [30746] CLOSURE : ~s(X12_387_5)
% 251.92/36.17
% 251.92/36.17 [5820] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [5832] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [5832] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [5833] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [5834] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [5834] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [5836] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [5836] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [33327] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [33327] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [33328] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [33328] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [33329] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [33330] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [33330] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [33329] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [33676] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [33676] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [33708] (q(skolem_X66) <=> q(Y7_1092_2))
% 251.92/36.17
% 251.92/36.17 [33708] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1092_2))
% 251.92/36.17 -> [33709] ~q(skolem_X66), ~q(Y7_1092_2)
% 251.92/36.17 -> [33710] q(skolem_X66), q(Y7_1092_2)
% 251.92/36.17
% 251.92/36.17 [33710] CLOSURE : q(Y7_1092_2)
% 251.92/36.17
% 251.92/36.17 [33709] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [33818] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [33818] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [33819] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [33820] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [33820] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [33819] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [34311] s(Y9_458_4)
% 251.92/36.17
% 251.92/36.17 [34311] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [34370] ~s(X12_484_5)
% 251.92/36.17
% 251.92/36.17 [34370] CLOSURE : ~s(X12_484_5)
% 251.92/36.17
% 251.92/36.17 [5833] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [19500] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [19500] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [19502] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [19502] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [19505] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [19505] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [19506] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [19507] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [19506] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [23487] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [23487] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [23528] (q(skolem_X66) <=> q(Y7_747_2))
% 251.92/36.17
% 251.92/36.17 [23528] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_747_2))
% 251.92/36.17 -> [23529] ~q(skolem_X66), ~q(Y7_747_2)
% 251.92/36.17 -> [23530] q(skolem_X66), q(Y7_747_2)
% 251.92/36.17
% 251.92/36.17 [23530] CLOSURE : q(Y7_747_2)
% 251.92/36.17
% 251.92/36.17 [23529] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [23622] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [23622] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [23623] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [23624] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [23624] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [23623] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [23826] s(Y9_195_4)
% 251.92/36.17
% 251.92/36.17 [23826] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [23851] ~s(X12_185_5)
% 251.92/36.17
% 251.92/36.17 [23851] CLOSURE : ~s(X12_185_5)
% 251.92/36.17
% 251.92/36.17 [19507] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [523] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.17 -> [6069] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [6070] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17
% 251.92/36.17 [6070] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [6071] s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [6071] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [10532] ~p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [10532] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [20195] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [20196] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [20196] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [20203] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [20203] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [20204] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [20205] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [20205] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [20206] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [20206] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [21029] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [21029] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [39516] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [39516] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [39517] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [39517] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [39518] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [39519] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [39519] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [39518] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [39658] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [39658] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [39681] (q(skolem_X66) <=> q(Y7_1257_2))
% 251.92/36.17
% 251.92/36.17 [39681] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1257_2))
% 251.92/36.17 -> [39682] ~q(skolem_X66), ~q(Y7_1257_2)
% 251.92/36.17 -> [39683] q(skolem_X66), q(Y7_1257_2)
% 251.92/36.17
% 251.92/36.17 [39683] CLOSURE : q(Y7_1257_2)
% 251.92/36.17
% 251.92/36.17 [39682] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39704] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [39704] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [39705] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [39706] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39706] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39705] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [39772] s(skolem_X1414)
% 251.92/36.17
% 251.92/36.17 [39772] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [39786] (s(skolem_X1414) <=> s(Y15_297_5))
% 251.92/36.17
% 251.92/36.17 [39786] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_297_5))
% 251.92/36.17 -> [39787] ~s(skolem_X1414), ~s(Y15_297_5)
% 251.92/36.17 -> [39788] s(skolem_X1414), s(Y15_297_5)
% 251.92/36.17
% 251.92/36.17 [39787] CLOSURE : ~s(Y15_297_5)
% 251.92/36.17
% 251.92/36.17 [39788] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [39803] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17
% 251.92/36.17 [39803] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [39804] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [39804] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [39805] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [39805] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [39806] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [39807] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [39806] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [39807] : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [39885] ~? [X4_4] : (q(X4_4))
% 251.92/36.17
% 251.92/36.17 [39885] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [39886] ~q(X4_1274_1)
% 251.92/36.17
% 251.92/36.17 [39886] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [39902] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [39902] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [39903] (q(skolem_X66) <=> q(Y7_1264_2))
% 251.92/36.17
% 251.92/36.17 [39903] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1264_2))
% 251.92/36.17 -> [39904] ~q(skolem_X66), ~q(Y7_1264_2)
% 251.92/36.17 -> [39905] q(skolem_X66), q(Y7_1264_2)
% 251.92/36.17
% 251.92/36.17 [39905] CLOSURE : q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [39904] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39938] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [39938] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39939] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.17
% 251.92/36.17 [39939] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.17 -> [39940] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.17 -> [39941] r(skolem_X1010), r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [39941] CLOSURE : r(skolem_X1010)
% 251.92/36.17
% 251.92/36.17 [39940] CLOSURE : ~r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [20204] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [20440] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [20440] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [20441] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [20441] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [20442] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [20443] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [20443] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [20442] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [39515] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [39515] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [39606] (q(skolem_X66) <=> q(Y7_1253_2))
% 251.92/36.17
% 251.92/36.17 [39606] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1253_2))
% 251.92/36.17 -> [39607] ~q(skolem_X66), ~q(Y7_1253_2)
% 251.92/36.17 -> [39608] q(skolem_X66), q(Y7_1253_2)
% 251.92/36.17
% 251.92/36.17 [39608] CLOSURE : q(Y7_1253_2)
% 251.92/36.17
% 251.92/36.17 [39607] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39847] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [39847] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [39848] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [39849] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39849] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39848] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [40419] s(skolem_X1414)
% 251.92/36.17
% 251.92/36.17 [40419] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [40903] (s(skolem_X1414) <=> s(Y15_313_5))
% 251.92/36.17
% 251.92/36.17 [40903] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_313_5))
% 251.92/36.17 -> [40904] ~s(skolem_X1414), ~s(Y15_313_5)
% 251.92/36.17 -> [40905] s(skolem_X1414), s(Y15_313_5)
% 251.92/36.17
% 251.92/36.17 [40905] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [41000] ~p(X16_194_6)
% 251.92/36.17
% 251.92/36.17 [41000] CLOSURE : ~p(X16_194_6)
% 251.92/36.17
% 251.92/36.17 [40904] CLOSURE : ~s(Y15_313_5)
% 251.92/36.17
% 251.92/36.17 [20195] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [20436] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [20437] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [20436] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [20739] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [20739] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [39388] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [39388] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [39389] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [39389] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [39390] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [39391] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [39391] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [39390] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [39538] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [39538] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [39584] (q(skolem_X66) <=> q(Y7_1252_2))
% 251.92/36.17
% 251.92/36.17 [39584] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1252_2))
% 251.92/36.17 -> [39585] ~q(skolem_X66), ~q(Y7_1252_2)
% 251.92/36.17 -> [39586] q(skolem_X66), q(Y7_1252_2)
% 251.92/36.17
% 251.92/36.17 [39586] CLOSURE : q(Y7_1252_2)
% 251.92/36.17
% 251.92/36.17 [39585] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [39639] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [39639] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [39640] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [39641] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39641] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [39640] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [39910] s(skolem_Y1515(skolem_X1212))
% 251.92/36.17
% 251.92/36.17 [39910] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [39958] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [39958] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.17 -> [39959] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.17
% 251.92/36.17 [39959] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.17 -> [39960] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.17 -> [39961] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.17
% 251.92/36.17 [39961] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.17
% 251.92/36.17 [39960] CLOSURE : ~s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [20437] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [20438] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [20438] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [39413] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [39413] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [39414] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [39414] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [39415] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [39416] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [39416] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [39415] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [39923] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [39923] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [40014] (q(skolem_X66) <=> q(Y7_1271_2))
% 251.92/36.17
% 251.92/36.17 [40014] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1271_2))
% 251.92/36.17 -> [40015] ~q(skolem_X66), ~q(Y7_1271_2)
% 251.92/36.17 -> [40016] q(skolem_X66), q(Y7_1271_2)
% 251.92/36.17
% 251.92/36.17 [40016] CLOSURE : q(Y7_1271_2)
% 251.92/36.17
% 251.92/36.17 [40015] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [40179] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [40179] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [40180] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [40181] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [40181] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [40180] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [41125] s(skolem_Y1515(skolem_X1212))
% 251.92/36.17
% 251.92/36.17 [41125] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [41284] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [41284] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.17 -> [41285] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.17
% 251.92/36.17 [41285] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.17 -> [41286] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.17 -> [41287] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.17
% 251.92/36.17 [41287] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.17
% 251.92/36.17 [41286] CLOSURE : ~s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [6069] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [6428] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [6429] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [6428] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [16465] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [16466] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [16466] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [16469] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [16469] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [17286] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [17286] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [17287] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [17287] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [17288] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [17289] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [17288] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [17289] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [18750] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [18750] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [19492] (q(skolem_X66) <=> q(Y7_566_2))
% 251.92/36.17
% 251.92/36.17 [19492] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_566_2))
% 251.92/36.17 -> [19493] ~q(skolem_X66), ~q(Y7_566_2)
% 251.92/36.17 -> [19494] q(skolem_X66), q(Y7_566_2)
% 251.92/36.17
% 251.92/36.17 [19494] CLOSURE : q(Y7_566_2)
% 251.92/36.17
% 251.92/36.17 [19493] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [20660] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [20660] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [20662] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [20663] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [20663] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [20662] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [41457] s(Y9_664_4)
% 251.92/36.17
% 251.92/36.17 [41457] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [41509] ~s(X12_679_5)
% 251.92/36.17
% 251.92/36.17 [41509] CLOSURE : ~s(X12_679_5)
% 251.92/36.17
% 251.92/36.17 [16465] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [16892] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [16892] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [16893] ~! [Y3_3] : ((p(X2_697_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [16893] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_697_0) <=> p(Y3_3)))
% 251.92/36.17 -> [16895] ~(p(X2_697_0) <=> p(skolem_Y33(X2_697_0)))
% 251.92/36.17
% 251.92/36.17 [16895] BETA_NOT_EQUIV : ~(p(X2_697_0) <=> p(skolem_Y33(X2_697_0)))
% 251.92/36.17 -> [16896] ~p(X2_697_0), p(skolem_Y33(X2_697_0))
% 251.92/36.17 -> [16897] p(X2_697_0), ~p(skolem_Y33(X2_697_0))
% 251.92/36.17
% 251.92/36.17 [16897] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [18539] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [18539] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [19229] (q(skolem_X66) <=> q(Y7_551_2))
% 251.92/36.17
% 251.92/36.17 [19229] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_551_2))
% 251.92/36.17 -> [19230] ~q(skolem_X66), ~q(Y7_551_2)
% 251.92/36.17 -> [19231] q(skolem_X66), q(Y7_551_2)
% 251.92/36.17
% 251.92/36.17 [19231] CLOSURE : q(Y7_551_2)
% 251.92/36.17
% 251.92/36.17 [19230] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [20362] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [20362] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [20363] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [20364] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [20364] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [20363] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [41521] s(Y9_666_4)
% 251.92/36.17
% 251.92/36.17 [41521] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [41763] ~s(X12_685_5)
% 251.92/36.17
% 251.92/36.17 [41763] CLOSURE : ~s(X12_685_5)
% 251.92/36.17
% 251.92/36.17 [16896] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [18745] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [18745] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [19478] (q(skolem_X66) <=> q(Y7_563_2))
% 251.92/36.17
% 251.92/36.17 [19478] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_563_2))
% 251.92/36.17 -> [19479] ~q(skolem_X66), ~q(Y7_563_2)
% 251.92/36.17 -> [19480] q(skolem_X66), q(Y7_563_2)
% 251.92/36.17
% 251.92/36.17 [19480] CLOSURE : q(Y7_563_2)
% 251.92/36.17
% 251.92/36.17 [19479] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [20638] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.17
% 251.92/36.17 [20638] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.17 -> [20640] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.17 -> [20641] r(skolem_X1010), r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [20640] CLOSURE : ~r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [20641] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [41977] s(Y9_676_4)
% 251.92/36.17
% 251.92/36.17 [41977] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [42029] ~s(X12_692_5)
% 251.92/36.17
% 251.92/36.17 [42029] CLOSURE : ~s(X12_692_5)
% 251.92/36.17
% 251.92/36.17 [6429] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [6430] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [6430] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [6431] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [6432] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [6432] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [6433] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [6433] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [37943] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [37943] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [37976] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [37976] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [37977] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [37977] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [37978] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [37979] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [37978] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [37979] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [37999] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [37999] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [38049] (q(skolem_X66) <=> q(Y7_1222_2))
% 251.92/36.17
% 251.92/36.17 [38049] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1222_2))
% 251.92/36.17 -> [38050] ~q(skolem_X66), ~q(Y7_1222_2)
% 251.92/36.17 -> [38051] q(skolem_X66), q(Y7_1222_2)
% 251.92/36.17
% 251.92/36.17 [38051] CLOSURE : q(Y7_1222_2)
% 251.92/36.17
% 251.92/36.17 [38050] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [38114] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [38114] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [38115] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [38116] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38116] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38115] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [38325] s(Y9_599_4)
% 251.92/36.17
% 251.92/36.17 [38325] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [38342] ~s(X12_604_5)
% 251.92/36.17
% 251.92/36.17 [38342] CLOSURE : ~s(X12_604_5)
% 251.92/36.17
% 251.92/36.17 [6431] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [10470] ~! [Y3_3] : ((p(X2_449_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [10470] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_449_0) <=> p(Y3_3)))
% 251.92/36.17 -> [10471] ~(p(X2_449_0) <=> p(skolem_Y33(X2_449_0)))
% 251.92/36.17
% 251.92/36.17 [10471] BETA_NOT_EQUIV : ~(p(X2_449_0) <=> p(skolem_Y33(X2_449_0)))
% 251.92/36.17 -> [10472] ~p(X2_449_0), p(skolem_Y33(X2_449_0))
% 251.92/36.17 -> [10473] p(X2_449_0), ~p(skolem_Y33(X2_449_0))
% 251.92/36.17
% 251.92/36.17 [10473] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [20290] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [20290] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [20976] (q(skolem_X66) <=> q(Y7_636_2))
% 251.92/36.17
% 251.92/36.17 [20976] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_636_2))
% 251.92/36.17 -> [20977] ~q(skolem_X66), ~q(Y7_636_2)
% 251.92/36.17 -> [20978] q(skolem_X66), q(Y7_636_2)
% 251.92/36.17
% 251.92/36.17 [20978] CLOSURE : q(Y7_636_2)
% 251.92/36.17
% 251.92/36.17 [20977] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [32862] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [32862] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.17 -> [32863] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.17 -> [32864] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [32864] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [32863] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [33010] s(Y9_435_4)
% 251.92/36.17
% 251.92/36.17 [33010] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [33056] ~s(X12_455_5)
% 251.92/36.17
% 251.92/36.17 [33056] CLOSURE : ~s(X12_455_5)
% 251.92/36.17
% 251.92/36.17 [10472] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [20306] ~q(skolem_X66)
% 251.92/36.17
% 251.92/36.17 [20306] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.17 -> [20744] (q(skolem_X66) <=> q(Y7_623_2))
% 251.92/36.17
% 251.92/36.17 [20744] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_623_2))
% 251.92/36.17 -> [20745] ~q(skolem_X66), ~q(Y7_623_2)
% 251.92/36.17 -> [20746] q(skolem_X66), q(Y7_623_2)
% 251.92/36.17
% 251.92/36.17 [20746] CLOSURE : q(Y7_623_2)
% 251.92/36.17
% 251.92/36.17 [20745] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.17 -> [41799] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.17
% 251.92/36.17 [41799] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.17 -> [41801] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.17 -> [41802] r(skolem_X1010), r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [41801] CLOSURE : ~r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [41802] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [42326] s(Y9_689_4)
% 251.92/36.17
% 251.92/36.17 [42326] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [42502] ~s(X12_708_5)
% 251.92/36.17
% 251.92/36.17 [42502] CLOSURE : ~s(X12_708_5)
% 251.92/36.17
% 251.92/36.17 [492] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.17 -> [675] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.17 -> [676] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.17
% 251.92/36.17 [675] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.17 -> [1066] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [1067] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.17
% 251.92/36.17 [1067] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [1073] r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [1073] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.17 -> [1074] ~s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [1074] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.17 -> [1077] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [1078] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17
% 251.92/36.17 [1077] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.17 -> [2044] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [2045] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17
% 251.92/36.17 [2044] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [2665] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [2666] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [2665] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [3518] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [3519] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [3519] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [3520] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [3520] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [6089] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [6089] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [6365] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [6365] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [6367] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [6367] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [6369] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [6370] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [6369] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [6370] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [6740] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [6740] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [7069] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [7069] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [7070] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [7070] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [7071] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [7072] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [7071] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [7072] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [3518] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [5775] ~! [Y3_3] : ((p(X2_213_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [5775] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_213_0) <=> p(Y3_3)))
% 251.92/36.17 -> [5776] ~(p(X2_213_0) <=> p(skolem_Y33(X2_213_0)))
% 251.92/36.17
% 251.92/36.17 [5776] BETA_NOT_EQUIV : ~(p(X2_213_0) <=> p(skolem_Y33(X2_213_0)))
% 251.92/36.17 -> [5777] ~p(X2_213_0), p(skolem_Y33(X2_213_0))
% 251.92/36.17 -> [5778] p(X2_213_0), ~p(skolem_Y33(X2_213_0))
% 251.92/36.17
% 251.92/36.17 [5777] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [27014] ~q(X6_837_2)
% 251.92/36.17
% 251.92/36.17 [27014] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [27147] ~! [Y7_7] : ((q(X6_837_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [27147] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_837_2) <=> q(Y7_7)))
% 251.92/36.17 -> [27148] ~(q(X6_837_2) <=> q(skolem_Y77(X6_837_2)))
% 251.92/36.17
% 251.92/36.17 [27148] BETA_NOT_EQUIV : ~(q(X6_837_2) <=> q(skolem_Y77(X6_837_2)))
% 251.92/36.17 -> [27149] ~q(X6_837_2), q(skolem_Y77(X6_837_2))
% 251.92/36.17 -> [27150] q(X6_837_2), ~q(skolem_Y77(X6_837_2))
% 251.92/36.17
% 251.92/36.17 [27150] CLOSURE : q(X6_837_2)
% 251.92/36.17
% 251.92/36.17 [27149] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [27951] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [27951] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [27952] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [27952] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [27953] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [27954] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [27954] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [27953] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [28283] ~s(X12_311_4)
% 251.92/36.17
% 251.92/36.17 [28283] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [28306] p(Y13_256_5)
% 251.92/36.17
% 251.92/36.17 [28306] CLOSURE : p(Y13_256_5)
% 251.92/36.17
% 251.92/36.17 [5778] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [10605] ~q(skolem_Y77(X6_222_2))
% 251.92/36.17
% 251.92/36.17 [10605] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [11981] ~! [Y7_7] : ((q(X6_222_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [11981] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_222_2) <=> q(Y7_7)))
% 251.92/36.17 -> [11982] ~(q(X6_222_2) <=> q(skolem_Y77(X6_222_2)))
% 251.92/36.17
% 251.92/36.17 [11982] BETA_NOT_EQUIV : ~(q(X6_222_2) <=> q(skolem_Y77(X6_222_2)))
% 251.92/36.17 -> [11983] ~q(X6_222_2), q(skolem_Y77(X6_222_2))
% 251.92/36.17 -> [11984] q(X6_222_2), ~q(skolem_Y77(X6_222_2))
% 251.92/36.17
% 251.92/36.17 [11983] CLOSURE : q(skolem_Y77(X6_222_2))
% 251.92/36.17
% 251.92/36.17 [11984] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [31155] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [31155] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [31156] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [31156] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [31158] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [31159] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [31159] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [31158] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [31204] ~s(X12_402_4)
% 251.92/36.17
% 251.92/36.17 [31204] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [31209] p(Y13_337_5)
% 251.92/36.17
% 251.92/36.17 [31209] CLOSURE : p(Y13_337_5)
% 251.92/36.17
% 251.92/36.17 [2666] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [2667] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [2667] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [2668] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [2669] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [2669] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [2675] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [2675] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [6138] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [6138] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [6139] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [6139] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [6141] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [6142] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [6141] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [6142] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [26831] ~q(X6_836_2)
% 251.92/36.17
% 251.92/36.17 [26831] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [27093] ~! [Y7_7] : ((q(X6_836_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [27093] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_836_2) <=> q(Y7_7)))
% 251.92/36.17 -> [27095] ~(q(X6_836_2) <=> q(skolem_Y77(X6_836_2)))
% 251.92/36.17
% 251.92/36.17 [27095] BETA_NOT_EQUIV : ~(q(X6_836_2) <=> q(skolem_Y77(X6_836_2)))
% 251.92/36.17 -> [27097] ~q(X6_836_2), q(skolem_Y77(X6_836_2))
% 251.92/36.17 -> [27098] q(X6_836_2), ~q(skolem_Y77(X6_836_2))
% 251.92/36.17
% 251.92/36.17 [27098] CLOSURE : q(X6_836_2)
% 251.92/36.17
% 251.92/36.17 [27097] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [28244] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [28244] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [28245] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [28245] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [28246] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [28247] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [28247] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [28246] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [28507] ~s(X12_326_4)
% 251.92/36.17
% 251.92/36.17 [28507] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [28551] p(Y13_266_5)
% 251.92/36.17
% 251.92/36.17 [28551] CLOSURE : p(Y13_266_5)
% 251.92/36.17
% 251.92/36.17 [2668] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [3525] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [3525] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [3527] ~! [Y3_3] : ((p(X2_120_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [3527] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_120_0) <=> p(Y3_3)))
% 251.92/36.17 -> [3530] ~(p(X2_120_0) <=> p(skolem_Y33(X2_120_0)))
% 251.92/36.17
% 251.92/36.17 [3530] BETA_NOT_EQUIV : ~(p(X2_120_0) <=> p(skolem_Y33(X2_120_0)))
% 251.92/36.17 -> [3531] ~p(X2_120_0), p(skolem_Y33(X2_120_0))
% 251.92/36.17 -> [3532] p(X2_120_0), ~p(skolem_Y33(X2_120_0))
% 251.92/36.17
% 251.92/36.17 [3531] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [6364] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [6364] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [11838] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [11838] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [11839] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [11839] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [11840] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [11841] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [11840] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [11841] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [3532] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [6091] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [6091] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [6197] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [6197] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [6198] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [6198] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [6201] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [6202] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [6201] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [6202] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [2045] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [2047] s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [2047] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [6007] ~p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [6007] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [6403] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [6404] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [6404] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [20945] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [20945] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [20946] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [20947] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [20946] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [21293] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [21293] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [22300] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [22300] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [22301] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [22301] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [22302] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [22303] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [22303] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [22302] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [23121] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [23121] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [23444] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [23444] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [23445] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [23445] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [23446] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [23447] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [23446] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [23447] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [20947] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [20948] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [20948] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [22137] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [22137] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [22138] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [22138] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [22139] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [22140] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [22140] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [22139] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [23852] ~q(X6_744_2)
% 251.92/36.17
% 251.92/36.17 [23852] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [24095] ~! [Y7_7] : ((q(X6_744_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [24095] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_744_2) <=> q(Y7_7)))
% 251.92/36.17 -> [24096] ~(q(X6_744_2) <=> q(skolem_Y77(X6_744_2)))
% 251.92/36.17
% 251.92/36.17 [24096] BETA_NOT_EQUIV : ~(q(X6_744_2) <=> q(skolem_Y77(X6_744_2)))
% 251.92/36.17 -> [24097] ~q(X6_744_2), q(skolem_Y77(X6_744_2))
% 251.92/36.17 -> [24098] q(X6_744_2), ~q(skolem_Y77(X6_744_2))
% 251.92/36.17
% 251.92/36.17 [24098] CLOSURE : q(X6_744_2)
% 251.92/36.17
% 251.92/36.17 [24097] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [25249] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [25249] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [25250] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [25250] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [25251] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [25252] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [25252] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [25251] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [26248] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [26248] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.17 -> [26249] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.17 -> [26250] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [26250] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [26249] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [26531] q(Y17_48_5)
% 251.92/36.17
% 251.92/36.17 [26531] CLOSURE : q(Y17_48_5)
% 251.92/36.17
% 251.92/36.17 [6403] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [6524] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [6525] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [6524] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [6618] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [6618] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [6619] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [6619] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [6620] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [6621] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [6621] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [6620] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [18050] ~q(skolem_Y77(X6_547_2))
% 251.92/36.17
% 251.92/36.17 [18050] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [18518] ~! [Y7_7] : ((q(X6_547_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [18518] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_547_2) <=> q(Y7_7)))
% 251.92/36.17 -> [18519] ~(q(X6_547_2) <=> q(skolem_Y77(X6_547_2)))
% 251.92/36.17
% 251.92/36.17 [18519] BETA_NOT_EQUIV : ~(q(X6_547_2) <=> q(skolem_Y77(X6_547_2)))
% 251.92/36.17 -> [18520] ~q(X6_547_2), q(skolem_Y77(X6_547_2))
% 251.92/36.17 -> [18521] q(X6_547_2), ~q(skolem_Y77(X6_547_2))
% 251.92/36.17
% 251.92/36.17 [18520] CLOSURE : q(skolem_Y77(X6_547_2))
% 251.92/36.17
% 251.92/36.17 [18521] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [20680] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [20680] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [20681] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [20681] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [20682] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [20683] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [20683] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [20682] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [34452] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [34452] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17 -> [34453] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17
% 251.92/36.17 [34453] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17 -> [34455] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.17 -> [34456] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [34456] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [34455] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [34712] ~p(X16_141_5)
% 251.92/36.17
% 251.92/36.17 [34712] CLOSURE : ~p(X16_141_5)
% 251.92/36.17
% 251.92/36.17 [6525] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [6526] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [6526] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [7783] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [7783] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [8769] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [8769] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [8770] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [8770] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [8772] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [8773] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [8773] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [8772] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [35277] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [35277] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [35294] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [35294] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [35295] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [35295] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [35296] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [35297] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [35296] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [35297] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [1078] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.17 -> [1095] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [1096] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.17
% 251.92/36.17 [1095] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [7601] ~p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [7601] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [7603] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [7604] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [7604] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [7615] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [7615] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [7617] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [7618] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [7618] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [7622] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [7622] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [8644] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [8644] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [9667] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [9667] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [9668] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [9668] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [9669] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [9670] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [9670] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [9669] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [21160] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [21160] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [21463] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [21463] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [21466] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [21466] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [21467] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [21468] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [21467] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [21468] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [7617] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [7959] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [7959] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [7960] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [7960] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [7961] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [7962] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [7962] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [7961] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [9663] ~q(X6_175_2)
% 251.92/36.17
% 251.92/36.17 [9663] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [10527] ~! [Y7_7] : ((q(X6_175_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [10527] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_175_2) <=> q(Y7_7)))
% 251.92/36.17 -> [10528] ~(q(X6_175_2) <=> q(skolem_Y77(X6_175_2)))
% 251.92/36.17
% 251.92/36.17 [10528] BETA_NOT_EQUIV : ~(q(X6_175_2) <=> q(skolem_Y77(X6_175_2)))
% 251.92/36.17 -> [10529] ~q(X6_175_2), q(skolem_Y77(X6_175_2))
% 251.92/36.17 -> [10530] q(X6_175_2), ~q(skolem_Y77(X6_175_2))
% 251.92/36.17
% 251.92/36.17 [10530] CLOSURE : q(X6_175_2)
% 251.92/36.17
% 251.92/36.17 [10529] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [21485] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [21485] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.17 -> [21486] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.17
% 251.92/36.17 [21486] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.17 -> [21487] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.17 -> [21488] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.17
% 251.92/36.17 [21487] CLOSURE : ~r(skolem_X88)
% 251.92/36.17
% 251.92/36.17 [21488] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [34414] ~s(skolem_X1414)
% 251.92/36.17
% 251.92/36.17 [34414] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17 -> [34416] (s(skolem_X1414) <=> s(Y15_215_5))
% 251.92/36.17
% 251.92/36.17 [34416] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_215_5))
% 251.92/36.17 -> [34417] ~s(skolem_X1414), ~s(Y15_215_5)
% 251.92/36.17 -> [34418] s(skolem_X1414), s(Y15_215_5)
% 251.92/36.17
% 251.92/36.17 [34418] CLOSURE : s(Y15_215_5)
% 251.92/36.17
% 251.92/36.17 [34417] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [34451] ~p(X16_138_6)
% 251.92/36.17
% 251.92/36.17 [34451] CLOSURE : ~p(X16_138_6)
% 251.92/36.17
% 251.92/36.17 [7603] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [7945] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [7946] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [7946] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [7948] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [7948] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [8915] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [8915] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [8916] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [8916] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [8917] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [8918] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [8918] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [8917] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [14425] ~q(X6_407_2)
% 251.92/36.17
% 251.92/36.17 [14425] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [15443] ~! [Y7_7] : ((q(X6_407_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [15443] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_407_2) <=> q(Y7_7)))
% 251.92/36.17 -> [15444] ~(q(X6_407_2) <=> q(skolem_Y77(X6_407_2)))
% 251.92/36.17
% 251.92/36.17 [15444] BETA_NOT_EQUIV : ~(q(X6_407_2) <=> q(skolem_Y77(X6_407_2)))
% 251.92/36.17 -> [15445] ~q(X6_407_2), q(skolem_Y77(X6_407_2))
% 251.92/36.17 -> [15446] q(X6_407_2), ~q(skolem_Y77(X6_407_2))
% 251.92/36.17
% 251.92/36.17 [15446] CLOSURE : q(X6_407_2)
% 251.92/36.17
% 251.92/36.17 [15445] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [23380] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [23380] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [23381] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [23381] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [23382] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [23383] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [23383] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [23382] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [24853] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [24853] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [25061] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [25061] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17 -> [25062] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17
% 251.92/36.17 [25062] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17 -> [25063] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.17 -> [25064] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [25063] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [25064] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [7945] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [8298] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [8298] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [8299] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [8299] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [8300] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [8300] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [8301] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [8302] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [8302] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [8301] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [10332] ~q(X6_203_2)
% 251.92/36.17
% 251.92/36.17 [10332] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [11389] ~! [Y7_7] : ((q(X6_203_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [11389] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_203_2) <=> q(Y7_7)))
% 251.92/36.17 -> [11390] ~(q(X6_203_2) <=> q(skolem_Y77(X6_203_2)))
% 251.92/36.17
% 251.92/36.17 [11390] BETA_NOT_EQUIV : ~(q(X6_203_2) <=> q(skolem_Y77(X6_203_2)))
% 251.92/36.17 -> [11391] ~q(X6_203_2), q(skolem_Y77(X6_203_2))
% 251.92/36.17 -> [11392] q(X6_203_2), ~q(skolem_Y77(X6_203_2))
% 251.92/36.17
% 251.92/36.17 [11392] CLOSURE : q(X6_203_2)
% 251.92/36.17
% 251.92/36.17 [11391] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [37523] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [37523] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [37524] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [37524] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [37525] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [37526] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [37526] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [37525] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [37928] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [37928] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [37939] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [37939] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.17 -> [37940] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17
% 251.92/36.17 [37940] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.17 -> [37941] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.17 -> [37942] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [37941] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.17
% 251.92/36.17 [37942] CLOSURE : s(skolem_Y99)
% 251.92/36.17
% 251.92/36.17 [1096] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [1098] s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [1098] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [8405] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [8406] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [8405] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [8781] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [8782] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [8781] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [9223] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [9223] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [10459] ~! [Y3_3] : ((p(X2_448_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [10459] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_448_0) <=> p(Y3_3)))
% 251.92/36.17 -> [10467] ~(p(X2_448_0) <=> p(skolem_Y33(X2_448_0)))
% 251.92/36.17
% 251.92/36.17 [10467] BETA_NOT_EQUIV : ~(p(X2_448_0) <=> p(skolem_Y33(X2_448_0)))
% 251.92/36.17 -> [10468] ~p(X2_448_0), p(skolem_Y33(X2_448_0))
% 251.92/36.17 -> [10469] p(X2_448_0), ~p(skolem_Y33(X2_448_0))
% 251.92/36.17
% 251.92/36.17 [10469] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [12772] ~q(X6_291_2)
% 251.92/36.17
% 251.92/36.17 [12772] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [13508] ~! [Y7_7] : ((q(X6_291_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [13508] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_291_2) <=> q(Y7_7)))
% 251.92/36.17 -> [13509] ~(q(X6_291_2) <=> q(skolem_Y77(X6_291_2)))
% 251.92/36.17
% 251.92/36.17 [13509] BETA_NOT_EQUIV : ~(q(X6_291_2) <=> q(skolem_Y77(X6_291_2)))
% 251.92/36.17 -> [13510] ~q(X6_291_2), q(skolem_Y77(X6_291_2))
% 251.92/36.17 -> [13511] q(X6_291_2), ~q(skolem_Y77(X6_291_2))
% 251.92/36.17
% 251.92/36.17 [13511] CLOSURE : q(X6_291_2)
% 251.92/36.17
% 251.92/36.17 [13510] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [22957] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [22957] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [22958] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [22958] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [22959] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [22960] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [22960] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [22959] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [24242] p(Y13_145_4)
% 251.92/36.17
% 251.92/36.17 [24242] CLOSURE : p(Y13_145_4)
% 251.92/36.17
% 251.92/36.17 [10468] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [13039] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [13039] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [13782] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [13782] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [13784] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [13784] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [13786] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [13787] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [13786] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [13787] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [8782] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [8783] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [8783] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [10060] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [10060] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [10061] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [10061] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [10062] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [10063] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [10062] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [10063] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [12779] ~q(X6_293_2)
% 251.92/36.17
% 251.92/36.17 [12779] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [13516] ~! [Y7_7] : ((q(X6_293_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [13516] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_293_2) <=> q(Y7_7)))
% 251.92/36.17 -> [13517] ~(q(X6_293_2) <=> q(skolem_Y77(X6_293_2)))
% 251.92/36.17
% 251.92/36.17 [13517] BETA_NOT_EQUIV : ~(q(X6_293_2) <=> q(skolem_Y77(X6_293_2)))
% 251.92/36.17 -> [13518] ~q(X6_293_2), q(skolem_Y77(X6_293_2))
% 251.92/36.17 -> [13519] q(X6_293_2), ~q(skolem_Y77(X6_293_2))
% 251.92/36.17
% 251.92/36.17 [13519] CLOSURE : q(X6_293_2)
% 251.92/36.17
% 251.92/36.17 [13518] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [38317] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [38317] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [38318] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [38318] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [38319] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [38320] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [38320] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38319] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [38573] p(Y13_540_4)
% 251.92/36.17
% 251.92/36.17 [38573] CLOSURE : p(Y13_540_4)
% 251.92/36.17
% 251.92/36.17 [8406] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [8411] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [8411] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [8412] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [8413] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [8413] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [8414] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [8414] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [9625] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [9625] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [11078] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [11078] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [11079] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [11079] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [11081] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [11082] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [11081] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [11082] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [13062] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [13062] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [13838] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [13838] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [13839] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [13839] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [13840] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [13841] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [13840] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [13841] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [8412] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [8784] ~! [Y3_3] : ((p(X2_360_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [8784] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_360_0) <=> p(Y3_3)))
% 251.92/36.17 -> [8787] ~(p(X2_360_0) <=> p(skolem_Y33(X2_360_0)))
% 251.92/36.17
% 251.92/36.17 [8787] BETA_NOT_EQUIV : ~(p(X2_360_0) <=> p(skolem_Y33(X2_360_0)))
% 251.92/36.17 -> [8788] ~p(X2_360_0), p(skolem_Y33(X2_360_0))
% 251.92/36.17 -> [8789] p(X2_360_0), ~p(skolem_Y33(X2_360_0))
% 251.92/36.17
% 251.92/36.17 [8789] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [10488] ~q(skolem_Y77(X6_235_2))
% 251.92/36.17
% 251.92/36.17 [10488] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [12224] ~! [Y7_7] : ((q(X6_235_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [12224] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_235_2) <=> q(Y7_7)))
% 251.92/36.17 -> [12225] ~(q(X6_235_2) <=> q(skolem_Y77(X6_235_2)))
% 251.92/36.17
% 251.92/36.17 [12225] BETA_NOT_EQUIV : ~(q(X6_235_2) <=> q(skolem_Y77(X6_235_2)))
% 251.92/36.17 -> [12226] ~q(X6_235_2), q(skolem_Y77(X6_235_2))
% 251.92/36.17 -> [12227] q(X6_235_2), ~q(skolem_Y77(X6_235_2))
% 251.92/36.17
% 251.92/36.17 [12226] CLOSURE : q(skolem_Y77(X6_235_2))
% 251.92/36.17
% 251.92/36.17 [12227] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [17759] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [17759] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [17760] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [17760] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [17761] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [17762] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [17762] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [17761] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [21800] p(Y13_91_4)
% 251.92/36.17
% 251.92/36.17 [21800] CLOSURE : p(Y13_91_4)
% 251.92/36.17
% 251.92/36.17 [8788] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [11067] ~q(X6_253_2)
% 251.92/36.17
% 251.92/36.17 [11067] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [12788] ~! [Y7_7] : ((q(X6_253_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [12788] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_253_2) <=> q(Y7_7)))
% 251.92/36.17 -> [12789] ~(q(X6_253_2) <=> q(skolem_Y77(X6_253_2)))
% 251.92/36.17
% 251.92/36.17 [12789] BETA_NOT_EQUIV : ~(q(X6_253_2) <=> q(skolem_Y77(X6_253_2)))
% 251.92/36.17 -> [12790] ~q(X6_253_2), q(skolem_Y77(X6_253_2))
% 251.92/36.17 -> [12791] q(X6_253_2), ~q(skolem_Y77(X6_253_2))
% 251.92/36.17
% 251.92/36.17 [12791] CLOSURE : q(X6_253_2)
% 251.92/36.17
% 251.92/36.17 [12790] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [38374] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [38374] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [38375] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [38375] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [38376] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [38377] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [38377] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [38376] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [38592] p(Y13_541_4)
% 251.92/36.17
% 251.92/36.17 [38592] CLOSURE : p(Y13_541_4)
% 251.92/36.17
% 251.92/36.17 [1066] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.17 -> [2012] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [2013] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17
% 251.92/36.17 [2012] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.17 -> [2573] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [2574] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17
% 251.92/36.17 [2573] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [3400] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [3401] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [3401] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [3402] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [3402] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [3403] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [3404] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [3404] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [3407] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [3407] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [3408] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [3408] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [3409] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [3409] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [3410] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [3411] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [3410] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [3411] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [5252] ~q(X6_50_2)
% 251.92/36.17
% 251.92/36.17 [5252] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [5253] ~! [Y7_7] : ((q(X6_50_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [5253] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_50_2) <=> q(Y7_7)))
% 251.92/36.17 -> [5254] ~(q(X6_50_2) <=> q(skolem_Y77(X6_50_2)))
% 251.92/36.17
% 251.92/36.17 [5254] BETA_NOT_EQUIV : ~(q(X6_50_2) <=> q(skolem_Y77(X6_50_2)))
% 251.92/36.17 -> [5255] ~q(X6_50_2), q(skolem_Y77(X6_50_2))
% 251.92/36.17 -> [5256] q(X6_50_2), ~q(skolem_Y77(X6_50_2))
% 251.92/36.17
% 251.92/36.17 [5256] CLOSURE : q(X6_50_2)
% 251.92/36.17
% 251.92/36.17 [5255] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [6692] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [6692] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [6694] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [6694] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [6695] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [6696] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [6696] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [6695] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [7291] ~r(X8_31_4)
% 251.92/36.17
% 251.92/36.17 [7291] CLOSURE : ~r(X8_31_4)
% 251.92/36.17
% 251.92/36.17 [3403] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [4961] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [4961] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [4963] ~! [Y3_3] : ((p(X2_175_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [4963] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_175_0) <=> p(Y3_3)))
% 251.92/36.17 -> [4969] ~(p(X2_175_0) <=> p(skolem_Y33(X2_175_0)))
% 251.92/36.17
% 251.92/36.17 [4969] BETA_NOT_EQUIV : ~(p(X2_175_0) <=> p(skolem_Y33(X2_175_0)))
% 251.92/36.17 -> [4970] ~p(X2_175_0), p(skolem_Y33(X2_175_0))
% 251.92/36.17 -> [4971] p(X2_175_0), ~p(skolem_Y33(X2_175_0))
% 251.92/36.17
% 251.92/36.17 [4970] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [11349] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [11349] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [11350] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [11350] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [11351] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [11351] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [11352] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [11353] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [11352] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [11353] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [4971] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [5882] ~q(X6_60_2)
% 251.92/36.17
% 251.92/36.17 [5882] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [5889] ~! [Y7_7] : ((q(X6_60_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [5889] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_60_2) <=> q(Y7_7)))
% 251.92/36.17 -> [5892] ~(q(X6_60_2) <=> q(skolem_Y77(X6_60_2)))
% 251.92/36.17
% 251.92/36.17 [5892] BETA_NOT_EQUIV : ~(q(X6_60_2) <=> q(skolem_Y77(X6_60_2)))
% 251.92/36.17 -> [5893] ~q(X6_60_2), q(skolem_Y77(X6_60_2))
% 251.92/36.17 -> [5894] q(X6_60_2), ~q(skolem_Y77(X6_60_2))
% 251.92/36.17
% 251.92/36.17 [5894] CLOSURE : q(X6_60_2)
% 251.92/36.17
% 251.92/36.17 [5893] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [25673] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [25673] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [25674] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [25674] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [25675] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [25676] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [25676] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [25675] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [25733] ~r(X8_499_4)
% 251.92/36.17
% 251.92/36.17 [25733] CLOSURE : ~r(X8_499_4)
% 251.92/36.17
% 251.92/36.17 [3400] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [4959] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [4960] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [4960] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [4966] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [4966] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [4974] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [4974] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [4976] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [4976] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [4977] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [4977] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [4978] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [4979] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [4978] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [4979] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [5788] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [5788] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [5789] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [5789] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [5790] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [5790] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [5791] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [5792] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [5791] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [5792] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [4959] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [5301] ~! [Y3_3] : ((p(X2_193_0) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [5301] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_193_0) <=> p(Y3_3)))
% 251.92/36.17 -> [5302] ~(p(X2_193_0) <=> p(skolem_Y33(X2_193_0)))
% 251.92/36.17
% 251.92/36.17 [5302] BETA_NOT_EQUIV : ~(p(X2_193_0) <=> p(skolem_Y33(X2_193_0)))
% 251.92/36.17 -> [5303] ~p(X2_193_0), p(skolem_Y33(X2_193_0))
% 251.92/36.17 -> [5304] p(X2_193_0), ~p(skolem_Y33(X2_193_0))
% 251.92/36.17
% 251.92/36.17 [5304] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [5763] ~q(skolem_Y77(X6_58_2))
% 251.92/36.17
% 251.92/36.17 [5763] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [5764] ~! [Y7_7] : ((q(X6_58_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [5764] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_58_2) <=> q(Y7_7)))
% 251.92/36.17 -> [5765] ~(q(X6_58_2) <=> q(skolem_Y77(X6_58_2)))
% 251.92/36.17
% 251.92/36.17 [5765] BETA_NOT_EQUIV : ~(q(X6_58_2) <=> q(skolem_Y77(X6_58_2)))
% 251.92/36.17 -> [5766] ~q(X6_58_2), q(skolem_Y77(X6_58_2))
% 251.92/36.17 -> [5767] q(X6_58_2), ~q(skolem_Y77(X6_58_2))
% 251.92/36.17
% 251.92/36.17 [5766] CLOSURE : q(skolem_Y77(X6_58_2))
% 251.92/36.17
% 251.92/36.17 [5767] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [28975] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [28975] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [28976] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [28976] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [28977] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [28978] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [28978] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [28977] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [29042] ~r(X8_690_4)
% 251.92/36.17
% 251.92/36.17 [29042] CLOSURE : ~r(X8_690_4)
% 251.92/36.17
% 251.92/36.17 [5303] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [6373] ~q(skolem_Y77(X6_71_2))
% 251.92/36.17
% 251.92/36.17 [6373] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [6375] ~! [Y7_7] : ((q(X6_71_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [6375] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_71_2) <=> q(Y7_7)))
% 251.92/36.17 -> [6378] ~(q(X6_71_2) <=> q(skolem_Y77(X6_71_2)))
% 251.92/36.17
% 251.92/36.17 [6378] BETA_NOT_EQUIV : ~(q(X6_71_2) <=> q(skolem_Y77(X6_71_2)))
% 251.92/36.17 -> [6379] ~q(X6_71_2), q(skolem_Y77(X6_71_2))
% 251.92/36.17 -> [6380] q(X6_71_2), ~q(skolem_Y77(X6_71_2))
% 251.92/36.17
% 251.92/36.17 [6379] CLOSURE : q(skolem_Y77(X6_71_2))
% 251.92/36.17
% 251.92/36.17 [6380] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [29378] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [29378] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [29379] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [29379] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [29380] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [29381] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [29381] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [29380] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [29389] ~r(X8_693_4)
% 251.92/36.17
% 251.92/36.17 [29389] CLOSURE : ~r(X8_693_4)
% 251.92/36.17
% 251.92/36.17 [2574] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [2575] s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [2575] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [2577] ~p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [2577] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [2578] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [2579] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [2579] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [2589] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [2589] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [2592] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [2593] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [2593] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [2600] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [2600] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [5447] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [5447] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [5448] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [5448] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [5449] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [5450] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [5450] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [5449] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [14295] ~q(X6_405_2)
% 251.92/36.17
% 251.92/36.17 [14295] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [15429] ~! [Y7_7] : ((q(X6_405_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [15429] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_405_2) <=> q(Y7_7)))
% 251.92/36.17 -> [15430] ~(q(X6_405_2) <=> q(skolem_Y77(X6_405_2)))
% 251.92/36.17
% 251.92/36.17 [15430] BETA_NOT_EQUIV : ~(q(X6_405_2) <=> q(skolem_Y77(X6_405_2)))
% 251.92/36.17 -> [15432] ~q(X6_405_2), q(skolem_Y77(X6_405_2))
% 251.92/36.17 -> [15433] q(X6_405_2), ~q(skolem_Y77(X6_405_2))
% 251.92/36.17
% 251.92/36.17 [15433] CLOSURE : q(X6_405_2)
% 251.92/36.17
% 251.92/36.17 [15432] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [19430] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [19430] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [19431] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [19431] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [19432] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [19433] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [19433] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [19432] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [20725] ~r(X8_236_4)
% 251.92/36.17
% 251.92/36.17 [20725] CLOSURE : ~r(X8_236_4)
% 251.92/36.17
% 251.92/36.17 [2592] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [3421] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [3421] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [3422] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [3422] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [3426] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [3426] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [3427] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [3428] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [3428] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [3427] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [6159] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [6159] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [11272] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [11272] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [11273] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [11273] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [11274] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [11275] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [11274] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [11275] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [2578] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [3415] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [3416] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [3416] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [3417] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [3417] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [5423] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [5423] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [5825] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [5825] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [5826] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [5826] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [5828] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [5829] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [5829] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [5828] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [10437] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [10437] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [11878] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [11878] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [11879] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [11879] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [11882] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [11883] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [11882] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [11883] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [3415] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [5142] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [5142] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [5143] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [5143] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [5144] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [5145] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [5145] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [5144] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [5530] ~q(skolem_Y77(X6_56_2))
% 251.92/36.17
% 251.92/36.17 [5530] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [5692] ~! [Y7_7] : ((q(X6_56_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [5692] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_56_2) <=> q(Y7_7)))
% 251.92/36.17 -> [5693] ~(q(X6_56_2) <=> q(skolem_Y77(X6_56_2)))
% 251.92/36.17
% 251.92/36.17 [5693] BETA_NOT_EQUIV : ~(q(X6_56_2) <=> q(skolem_Y77(X6_56_2)))
% 251.92/36.17 -> [5695] ~q(X6_56_2), q(skolem_Y77(X6_56_2))
% 251.92/36.17 -> [5696] q(X6_56_2), ~q(skolem_Y77(X6_56_2))
% 251.92/36.17
% 251.92/36.17 [5695] CLOSURE : q(skolem_Y77(X6_56_2))
% 251.92/36.17
% 251.92/36.17 [5696] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [6391] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [6391] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [6392] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [6392] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [6393] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [6394] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [6394] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [6393] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [31507] ~r(X8_772_4)
% 251.92/36.17
% 251.92/36.17 [31507] CLOSURE : ~r(X8_772_4)
% 251.92/36.17
% 251.92/36.17 [2013] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.17 -> [2015] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [2016] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.17
% 251.92/36.17 [2015] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.17 -> [2608] ~p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [2608] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [2609] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [2610] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [2610] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [2625] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [2625] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [2626] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [2627] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [2626] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [3452] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [3452] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [3453] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [3453] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [3455] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [3456] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [3456] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [3455] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [5399] ~q(X6_53_2)
% 251.92/36.17
% 251.92/36.17 [5399] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [5400] ~! [Y7_7] : ((q(X6_53_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [5400] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_53_2) <=> q(Y7_7)))
% 251.92/36.17 -> [5401] ~(q(X6_53_2) <=> q(skolem_Y77(X6_53_2)))
% 251.92/36.17
% 251.92/36.17 [5401] BETA_NOT_EQUIV : ~(q(X6_53_2) <=> q(skolem_Y77(X6_53_2)))
% 251.92/36.17 -> [5402] ~q(X6_53_2), q(skolem_Y77(X6_53_2))
% 251.92/36.17 -> [5403] q(X6_53_2), ~q(skolem_Y77(X6_53_2))
% 251.92/36.17
% 251.92/36.17 [5403] CLOSURE : q(X6_53_2)
% 251.92/36.17
% 251.92/36.17 [5402] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [6045] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [6045] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [6046] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [6046] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [6047] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [6048] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [6048] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [6047] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [6300] ~r(X8_26_4)
% 251.92/36.17
% 251.92/36.17 [6300] CLOSURE : ~r(X8_26_4)
% 251.92/36.17
% 251.92/36.17 [2627] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [2630] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [2630] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [3465] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [3465] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [3466] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [3466] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.17 -> [3467] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17
% 251.92/36.17 [3467] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.17 -> [3468] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.17 -> [3469] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.17
% 251.92/36.17 [3468] CLOSURE : ~p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [3469] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [16277] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [16277] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [16278] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [16278] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [16279] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [16279] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [16280] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [16281] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [16280] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [16281] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [2609] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [3439] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [3440] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.17
% 251.92/36.17 [3439] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.17 -> [5287] ~q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [5287] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [5288] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [5288] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [5290] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [5290] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [5291] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [5292] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [5292] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [5291] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [29265] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [29265] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [29266] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [29266] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.17 -> [29267] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17
% 251.92/36.17 [29267] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.17 -> [29268] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.17 -> [29269] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [29268] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.17
% 251.92/36.17 [29269] CLOSURE : q(skolem_Y1717)
% 251.92/36.17
% 251.92/36.17 [3440] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.17 -> [3445] p(skolem_X1616)
% 251.92/36.17
% 251.92/36.17 [3445] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.17 -> [5313] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17
% 251.92/36.17 [5313] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.17 -> [5315] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17
% 251.92/36.17 [5315] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.17 -> [5317] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.17 -> [5318] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.17
% 251.92/36.17 [5318] CLOSURE : p(skolem_Y1313)
% 251.92/36.17
% 251.92/36.17 [5317] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.17 -> [10064] ~q(X6_158_2)
% 251.92/36.17
% 251.92/36.17 [10064] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.17 -> [10065] ~! [Y7_7] : ((q(X6_158_2) <=> q(Y7_7)))
% 251.92/36.17
% 251.92/36.17 [10065] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_158_2) <=> q(Y7_7)))
% 251.92/36.17 -> [10066] ~(q(X6_158_2) <=> q(skolem_Y77(X6_158_2)))
% 251.92/36.17
% 251.92/36.17 [10066] BETA_NOT_EQUIV : ~(q(X6_158_2) <=> q(skolem_Y77(X6_158_2)))
% 251.92/36.17 -> [10067] ~q(X6_158_2), q(skolem_Y77(X6_158_2))
% 251.92/36.17 -> [10068] q(X6_158_2), ~q(skolem_Y77(X6_158_2))
% 251.92/36.17
% 251.92/36.17 [10068] CLOSURE : q(X6_158_2)
% 251.92/36.17
% 251.92/36.17 [10067] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.17 -> [15334] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17
% 251.92/36.17 [15334] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.17 -> [15335] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17
% 251.92/36.17 [15335] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.17 -> [15336] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.17 -> [15337] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.17
% 251.92/36.17 [15337] CLOSURE : r(skolem_Y55)
% 251.92/36.17
% 251.92/36.17 [15336] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.17 -> [29471] ~r(X8_696_4)
% 251.92/36.17
% 251.92/36.17 [29471] CLOSURE : ~r(X8_696_4)
% 251.92/36.17
% 251.92/36.17 [2016] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.17 -> [2017] s(skolem_X1212)
% 251.92/36.17
% 251.92/36.17 [2017] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.17 -> [2018] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [2019] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17
% 251.92/36.17 [2019] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.17 -> [2023] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.17
% 251.92/36.17 [2023] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.17 -> [2024] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [2025] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [2025] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [2032] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [2032] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [3508] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [3508] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5856] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5856] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [5857] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [5857] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [5860] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [5861] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [5860] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5861] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [6065] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6065] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [6163] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [6163] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [6164] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [6164] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [6165] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [6166] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6165] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6166] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [2024] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [2644] ~! [Y3_3] : ((p(X2_90_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [2644] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_90_0) <=> p(Y3_3)))
% 251.92/36.18 -> [2645] ~(p(X2_90_0) <=> p(skolem_Y33(X2_90_0)))
% 251.92/36.18
% 251.92/36.18 [2645] BETA_NOT_EQUIV : ~(p(X2_90_0) <=> p(skolem_Y33(X2_90_0)))
% 251.92/36.18 -> [2646] ~p(X2_90_0), p(skolem_Y33(X2_90_0))
% 251.92/36.18 -> [2647] p(X2_90_0), ~p(skolem_Y33(X2_90_0))
% 251.92/36.18
% 251.92/36.18 [2647] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [11397] ~q(X6_254_2)
% 251.92/36.18
% 251.92/36.18 [11397] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [12792] ~! [Y7_7] : ((q(X6_254_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [12792] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_254_2) <=> q(Y7_7)))
% 251.92/36.18 -> [12793] ~(q(X6_254_2) <=> q(skolem_Y77(X6_254_2)))
% 251.92/36.18
% 251.92/36.18 [12793] BETA_NOT_EQUIV : ~(q(X6_254_2) <=> q(skolem_Y77(X6_254_2)))
% 251.92/36.18 -> [12795] ~q(X6_254_2), q(skolem_Y77(X6_254_2))
% 251.92/36.18 -> [12796] q(X6_254_2), ~q(skolem_Y77(X6_254_2))
% 251.92/36.18
% 251.92/36.18 [12796] CLOSURE : q(X6_254_2)
% 251.92/36.18
% 251.92/36.18 [12795] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.18 -> [17594] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.18
% 251.92/36.18 [17594] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.18 -> [17595] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.18
% 251.92/36.18 [17595] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.18 -> [17596] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.18 -> [17597] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [17597] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [17596] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [22102] ~r(X8_282_4)
% 251.92/36.18
% 251.92/36.18 [22102] CLOSURE : ~r(X8_282_4)
% 251.92/36.18
% 251.92/36.18 [2646] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [29203] ~q(X6_883_2)
% 251.92/36.18
% 251.92/36.18 [29203] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [29239] ~! [Y7_7] : ((q(X6_883_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [29239] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_883_2) <=> q(Y7_7)))
% 251.92/36.18 -> [29240] ~(q(X6_883_2) <=> q(skolem_Y77(X6_883_2)))
% 251.92/36.18
% 251.92/36.18 [29240] BETA_NOT_EQUIV : ~(q(X6_883_2) <=> q(skolem_Y77(X6_883_2)))
% 251.92/36.18 -> [29241] ~q(X6_883_2), q(skolem_Y77(X6_883_2))
% 251.92/36.18 -> [29242] q(X6_883_2), ~q(skolem_Y77(X6_883_2))
% 251.92/36.18
% 251.92/36.18 [29242] CLOSURE : q(X6_883_2)
% 251.92/36.18
% 251.92/36.18 [29241] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.18 -> [29404] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.18
% 251.92/36.18 [29404] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.18 -> [29406] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.18
% 251.92/36.18 [29406] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.18 -> [29409] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.18 -> [29410] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [29410] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [29409] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [29477] ~r(X8_697_4)
% 251.92/36.18
% 251.92/36.18 [29477] CLOSURE : ~r(X8_697_4)
% 251.92/36.18
% 251.92/36.18 [2018] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [2636] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [2637] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [2636] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [3482] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [3482] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [3485] ~! [Y3_3] : ((p(X2_119_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [3485] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_119_0) <=> p(Y3_3)))
% 251.92/36.18 -> [3490] ~(p(X2_119_0) <=> p(skolem_Y33(X2_119_0)))
% 251.92/36.18
% 251.92/36.18 [3490] BETA_NOT_EQUIV : ~(p(X2_119_0) <=> p(skolem_Y33(X2_119_0)))
% 251.92/36.18 -> [3491] ~p(X2_119_0), p(skolem_Y33(X2_119_0))
% 251.92/36.18 -> [3492] p(X2_119_0), ~p(skolem_Y33(X2_119_0))
% 251.92/36.18
% 251.92/36.18 [3491] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [6129] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6129] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [6455] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [6455] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [6456] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [6456] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [6457] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [6458] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6457] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6458] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [3492] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [6168] ~q(X6_630_2)
% 251.92/36.18
% 251.92/36.18 [6168] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [21299] ~! [Y7_7] : ((q(X6_630_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [21299] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_630_2) <=> q(Y7_7)))
% 251.92/36.18 -> [21301] ~(q(X6_630_2) <=> q(skolem_Y77(X6_630_2)))
% 251.92/36.18
% 251.92/36.18 [21301] BETA_NOT_EQUIV : ~(q(X6_630_2) <=> q(skolem_Y77(X6_630_2)))
% 251.92/36.18 -> [21303] ~q(X6_630_2), q(skolem_Y77(X6_630_2))
% 251.92/36.18 -> [21304] q(X6_630_2), ~q(skolem_Y77(X6_630_2))
% 251.92/36.18
% 251.92/36.18 [21304] CLOSURE : q(X6_630_2)
% 251.92/36.18
% 251.92/36.18 [21303] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.18 -> [34028] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.18
% 251.92/36.18 [34028] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.18 -> [34029] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.18
% 251.92/36.18 [34029] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.18 -> [34030] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.18 -> [34031] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [34031] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [34030] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [34201] ~r(X8_883_4)
% 251.92/36.18
% 251.92/36.18 [34201] CLOSURE : ~r(X8_883_4)
% 251.92/36.18
% 251.92/36.18 [2637] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [2640] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [2640] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5629] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5629] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [5630] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [5630] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [5631] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [5632] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [5631] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5632] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [6248] ~q(skolem_Y77(X6_78_2))
% 251.92/36.18
% 251.92/36.18 [6248] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [6572] ~! [Y7_7] : ((q(X6_78_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [6572] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_78_2) <=> q(Y7_7)))
% 251.92/36.18 -> [6575] ~(q(X6_78_2) <=> q(skolem_Y77(X6_78_2)))
% 251.92/36.18
% 251.92/36.18 [6575] BETA_NOT_EQUIV : ~(q(X6_78_2) <=> q(skolem_Y77(X6_78_2)))
% 251.92/36.18 -> [6576] ~q(X6_78_2), q(skolem_Y77(X6_78_2))
% 251.92/36.18 -> [6577] q(X6_78_2), ~q(skolem_Y77(X6_78_2))
% 251.92/36.18
% 251.92/36.18 [6576] CLOSURE : q(skolem_Y77(X6_78_2))
% 251.92/36.18
% 251.92/36.18 [6577] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.18 -> [40560] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.18
% 251.92/36.18 [40560] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.18 -> [40561] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.18
% 251.92/36.18 [40561] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.18 -> [40562] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.18 -> [40563] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [40563] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [40562] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [40703] ~r(X8_1239_4)
% 251.92/36.18
% 251.92/36.18 [40703] CLOSURE : ~r(X8_1239_4)
% 251.92/36.18
% 251.92/36.18 [676] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.18 -> [696] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18
% 251.92/36.18 [696] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.18 -> [697] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [698] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.18
% 251.92/36.18 [698] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [709] r(skolem_X88)
% 251.92/36.18
% 251.92/36.18 [709] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [712] ~s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [712] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.18 -> [716] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [717] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18
% 251.92/36.18 [716] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.18 -> [829] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [830] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18
% 251.92/36.18 [829] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [1013] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [1014] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [1013] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [1297] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [1298] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [1297] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [1500] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [1500] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [1502] ~! [Y3_3] : ((p(X2_31_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [1502] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_31_0) <=> p(Y3_3)))
% 251.92/36.18 -> [1503] ~(p(X2_31_0) <=> p(skolem_Y33(X2_31_0)))
% 251.92/36.18
% 251.92/36.18 [1503] BETA_NOT_EQUIV : ~(p(X2_31_0) <=> p(skolem_Y33(X2_31_0)))
% 251.92/36.18 -> [1504] ~p(X2_31_0), p(skolem_Y33(X2_31_0))
% 251.92/36.18 -> [1505] p(X2_31_0), ~p(skolem_Y33(X2_31_0))
% 251.92/36.18
% 251.92/36.18 [1504] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [5430] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [5430] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [6711] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [6711] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [6713] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [6713] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [6716] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [6717] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6716] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6717] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [1505] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9677] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9677] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [18874] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [18874] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [18875] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [18875] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [18876] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [18877] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [18876] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [18877] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [1298] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [1304] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [1304] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [2136] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [2136] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [2137] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [2137] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [2139] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [2140] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [2139] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [2140] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [10921] ~q(X6_226_2)
% 251.92/36.18
% 251.92/36.18 [10921] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [12091] ~! [Y7_7] : ((q(X6_226_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [12091] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_226_2) <=> q(Y7_7)))
% 251.92/36.18 -> [12092] ~(q(X6_226_2) <=> q(skolem_Y77(X6_226_2)))
% 251.92/36.18
% 251.92/36.18 [12092] BETA_NOT_EQUIV : ~(q(X6_226_2) <=> q(skolem_Y77(X6_226_2)))
% 251.92/36.18 -> [12093] ~q(X6_226_2), q(skolem_Y77(X6_226_2))
% 251.92/36.18 -> [12094] q(X6_226_2), ~q(skolem_Y77(X6_226_2))
% 251.92/36.18
% 251.92/36.18 [12094] CLOSURE : q(X6_226_2)
% 251.92/36.18
% 251.92/36.18 [12093] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [29495] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [29495] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [29496] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [29497] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [29497] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [29496] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [29646] ~s(X12_365_4)
% 251.92/36.18
% 251.92/36.18 [29646] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [29678] p(Y13_297_5)
% 251.92/36.18
% 251.92/36.18 [29678] CLOSURE : p(Y13_297_5)
% 251.92/36.18
% 251.92/36.18 [1014] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [1022] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [1022] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [1025] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [1026] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [1026] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [1030] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [1030] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [1825] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [1825] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [3127] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [3127] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [3128] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [3128] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [3129] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [3130] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [3129] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [3130] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [10959] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [10959] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [21762] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [21762] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [21763] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [21763] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [21764] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [21765] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [21764] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [21765] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [1025] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [1317] ~! [Y3_3] : ((p(X2_27_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [1317] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_27_0) <=> p(Y3_3)))
% 251.92/36.18 -> [1320] ~(p(X2_27_0) <=> p(skolem_Y33(X2_27_0)))
% 251.92/36.18
% 251.92/36.18 [1320] BETA_NOT_EQUIV : ~(p(X2_27_0) <=> p(skolem_Y33(X2_27_0)))
% 251.92/36.18 -> [1321] ~p(X2_27_0), p(skolem_Y33(X2_27_0))
% 251.92/36.18 -> [1322] p(X2_27_0), ~p(skolem_Y33(X2_27_0))
% 251.92/36.18
% 251.92/36.18 [1322] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [2445] ~q(X6_381_2)
% 251.92/36.18
% 251.92/36.18 [2445] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [14916] ~! [Y7_7] : ((q(X6_381_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [14916] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_381_2) <=> q(Y7_7)))
% 251.92/36.18 -> [14917] ~(q(X6_381_2) <=> q(skolem_Y77(X6_381_2)))
% 251.92/36.18
% 251.92/36.18 [14917] BETA_NOT_EQUIV : ~(q(X6_381_2) <=> q(skolem_Y77(X6_381_2)))
% 251.92/36.18 -> [14918] ~q(X6_381_2), q(skolem_Y77(X6_381_2))
% 251.92/36.18 -> [14919] q(X6_381_2), ~q(skolem_Y77(X6_381_2))
% 251.92/36.18
% 251.92/36.18 [14919] CLOSURE : q(X6_381_2)
% 251.92/36.18
% 251.92/36.18 [14918] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [19856] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [19856] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [19857] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [19858] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19858] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19857] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [33364] ~s(X12_463_4)
% 251.92/36.18
% 251.92/36.18 [33364] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [33431] p(Y13_397_5)
% 251.92/36.18
% 251.92/36.18 [33431] CLOSURE : p(Y13_397_5)
% 251.92/36.18
% 251.92/36.18 [1321] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9989] ~q(skolem_Y77(X6_213_2))
% 251.92/36.18
% 251.92/36.18 [9989] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [11629] ~! [Y7_7] : ((q(X6_213_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [11629] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_213_2) <=> q(Y7_7)))
% 251.92/36.18 -> [11630] ~(q(X6_213_2) <=> q(skolem_Y77(X6_213_2)))
% 251.92/36.18
% 251.92/36.18 [11630] BETA_NOT_EQUIV : ~(q(X6_213_2) <=> q(skolem_Y77(X6_213_2)))
% 251.92/36.18 -> [11631] ~q(X6_213_2), q(skolem_Y77(X6_213_2))
% 251.92/36.18 -> [11632] q(X6_213_2), ~q(skolem_Y77(X6_213_2))
% 251.92/36.18
% 251.92/36.18 [11631] CLOSURE : q(skolem_Y77(X6_213_2))
% 251.92/36.18
% 251.92/36.18 [11632] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [35062] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [35062] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [35063] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [35064] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [35064] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [35063] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [35107] ~s(X12_504_4)
% 251.92/36.18
% 251.92/36.18 [35107] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [35117] p(Y13_426_5)
% 251.92/36.18
% 251.92/36.18 [35117] CLOSURE : p(Y13_426_5)
% 251.92/36.18
% 251.92/36.18 [830] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [835] s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [835] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [1835] ~p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [1835] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [3381] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [3382] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [3381] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4755] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [4756] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [4756] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [4758] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [4758] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5091] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5091] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [5092] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [5092] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [5093] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [5094] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [5094] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [5093] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [12901] ~q(skolem_Y77(X6_350_2))
% 251.92/36.18
% 251.92/36.18 [12901] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [14386] ~! [Y7_7] : ((q(X6_350_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [14386] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_350_2) <=> q(Y7_7)))
% 251.92/36.18 -> [14389] ~(q(X6_350_2) <=> q(skolem_Y77(X6_350_2)))
% 251.92/36.18
% 251.92/36.18 [14389] BETA_NOT_EQUIV : ~(q(X6_350_2) <=> q(skolem_Y77(X6_350_2)))
% 251.92/36.18 -> [14390] ~q(X6_350_2), q(skolem_Y77(X6_350_2))
% 251.92/36.18 -> [14391] q(X6_350_2), ~q(skolem_Y77(X6_350_2))
% 251.92/36.18
% 251.92/36.18 [14390] CLOSURE : q(skolem_Y77(X6_350_2))
% 251.92/36.18
% 251.92/36.18 [14391] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [33133] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [33133] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [33134] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [33135] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [33135] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [33134] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [33199] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [33199] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.18 -> [33200] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.18
% 251.92/36.18 [33200] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.18 -> [33201] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.18 -> [33202] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [33202] CLOSURE : s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [33201] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [33309] q(Y17_93_5)
% 251.92/36.18
% 251.92/36.18 [33309] CLOSURE : q(Y17_93_5)
% 251.92/36.18
% 251.92/36.18 [4755] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [4821] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [4821] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5196] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5196] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [5197] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [5197] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [5198] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [5199] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [5199] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [5198] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [6013] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6013] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [6324] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [6324] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [6325] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [6325] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [6326] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [6327] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6326] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [6327] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [3382] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [3388] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [3388] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [3389] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [3390] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [3389] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [4854] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [4854] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [4855] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [4855] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [4856] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [4857] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [4857] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [4856] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [5720] ~q(X6_62_2)
% 251.92/36.18
% 251.92/36.18 [5720] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [6172] ~! [Y7_7] : ((q(X6_62_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [6172] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_62_2) <=> q(Y7_7)))
% 251.92/36.18 -> [6173] ~(q(X6_62_2) <=> q(skolem_Y77(X6_62_2)))
% 251.92/36.18
% 251.92/36.18 [6173] BETA_NOT_EQUIV : ~(q(X6_62_2) <=> q(skolem_Y77(X6_62_2)))
% 251.92/36.18 -> [6174] ~q(X6_62_2), q(skolem_Y77(X6_62_2))
% 251.92/36.18 -> [6175] q(X6_62_2), ~q(skolem_Y77(X6_62_2))
% 251.92/36.18
% 251.92/36.18 [6175] CLOSURE : q(X6_62_2)
% 251.92/36.18
% 251.92/36.18 [6174] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [10550] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [10550] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [10551] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [10552] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [10552] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [10551] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18 -> [30252] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [30252] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.18 -> [30253] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.18 -> [30254] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [30254] CLOSURE : s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [30253] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [30625] ~p(X16_98_5)
% 251.92/36.18
% 251.92/36.18 [30625] CLOSURE : ~p(X16_98_5)
% 251.92/36.18
% 251.92/36.18 [3390] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [3391] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [3391] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5166] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5166] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5532] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5532] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [5535] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [5535] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [5538] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [5539] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [5538] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5539] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [8187] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [8187] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [9475] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [9475] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [9476] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [9476] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [9477] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [9478] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9477] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9478] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [717] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.18 -> [735] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [736] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.18
% 251.92/36.18 [735] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [850] ~p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [850] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [853] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [854] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [854] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [860] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [860] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [861] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [862] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [861] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [1079] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [1079] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [1081] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [1081] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [1086] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [1086] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [1087] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [1088] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [1088] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [1087] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [3048] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [3048] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [3460] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [3460] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [3461] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [3461] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [3462] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [3463] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [3462] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [3463] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [862] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [874] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [874] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [1586] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [1586] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [1587] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [1587] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [1588] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [1589] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [1589] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [1588] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [35679] ~q(X6_1076_2)
% 251.92/36.18
% 251.92/36.18 [35679] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [35704] ~! [Y7_7] : ((q(X6_1076_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [35704] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1076_2) <=> q(Y7_7)))
% 251.92/36.18 -> [35707] ~(q(X6_1076_2) <=> q(skolem_Y77(X6_1076_2)))
% 251.92/36.18
% 251.92/36.18 [35707] BETA_NOT_EQUIV : ~(q(X6_1076_2) <=> q(skolem_Y77(X6_1076_2)))
% 251.92/36.18 -> [35709] ~q(X6_1076_2), q(skolem_Y77(X6_1076_2))
% 251.92/36.18 -> [35710] q(X6_1076_2), ~q(skolem_Y77(X6_1076_2))
% 251.92/36.18
% 251.92/36.18 [35710] CLOSURE : q(X6_1076_2)
% 251.92/36.18
% 251.92/36.18 [35709] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [35736] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [35736] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [35737] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [35738] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [35738] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [35737] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [35778] ~s(skolem_X1414)
% 251.92/36.18
% 251.92/36.18 [35778] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18 -> [35787] (s(skolem_X1414) <=> s(Y15_232_5))
% 251.92/36.18
% 251.92/36.18 [35787] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_232_5))
% 251.92/36.18 -> [35788] ~s(skolem_X1414), ~s(Y15_232_5)
% 251.92/36.18 -> [35789] s(skolem_X1414), s(Y15_232_5)
% 251.92/36.18
% 251.92/36.18 [35789] CLOSURE : s(Y15_232_5)
% 251.92/36.18
% 251.92/36.18 [35788] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [35806] q(Y17_115_6)
% 251.92/36.18
% 251.92/36.18 [35806] CLOSURE : q(Y17_115_6)
% 251.92/36.18
% 251.92/36.18 [853] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [1053] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [1054] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [1053] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [1359] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [1359] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [1362] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [1362] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [1365] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [1366] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [1366] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [1365] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [3255] ~q(skolem_Y77(X6_400_2))
% 251.92/36.18
% 251.92/36.18 [3255] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [15386] ~! [Y7_7] : ((q(X6_400_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [15386] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_400_2) <=> q(Y7_7)))
% 251.92/36.18 -> [15389] ~(q(X6_400_2) <=> q(skolem_Y77(X6_400_2)))
% 251.92/36.18
% 251.92/36.18 [15389] BETA_NOT_EQUIV : ~(q(X6_400_2) <=> q(skolem_Y77(X6_400_2)))
% 251.92/36.18 -> [15390] ~q(X6_400_2), q(skolem_Y77(X6_400_2))
% 251.92/36.18 -> [15391] q(X6_400_2), ~q(skolem_Y77(X6_400_2))
% 251.92/36.18
% 251.92/36.18 [15390] CLOSURE : q(skolem_Y77(X6_400_2))
% 251.92/36.18
% 251.92/36.18 [15391] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [23393] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [23393] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [23394] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [23395] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [23395] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [23394] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [24584] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [24584] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [24754] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [24754] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.18 -> [24755] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.18
% 251.92/36.18 [24755] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.18 -> [24756] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.18 -> [24757] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [24756] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [24757] CLOSURE : s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [1054] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [1059] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [1059] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [1893] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [1893] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [3150] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [3150] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [3151] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [3151] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [3152] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [3153] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [3153] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [3152] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [16257] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [16257] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [17105] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [17105] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [17107] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [17107] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [17108] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [17109] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17108] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17109] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [736] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [741] s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [741] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [1410] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [1411] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [1410] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [2969] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [2970] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [2970] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [2972] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [2972] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5141] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5141] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [14695] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [14695] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [14696] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [14696] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [14697] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [14698] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [14697] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [14698] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [37317] ~q(X6_1138_2)
% 251.92/36.18
% 251.92/36.18 [37317] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [37416] ~! [Y7_7] : ((q(X6_1138_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [37416] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1138_2) <=> q(Y7_7)))
% 251.92/36.18 -> [37417] ~(q(X6_1138_2) <=> q(skolem_Y77(X6_1138_2)))
% 251.92/36.18
% 251.92/36.18 [37417] BETA_NOT_EQUIV : ~(q(X6_1138_2) <=> q(skolem_Y77(X6_1138_2)))
% 251.92/36.18 -> [37419] ~q(X6_1138_2), q(skolem_Y77(X6_1138_2))
% 251.92/36.18 -> [37420] q(X6_1138_2), ~q(skolem_Y77(X6_1138_2))
% 251.92/36.18
% 251.92/36.18 [37420] CLOSURE : q(X6_1138_2)
% 251.92/36.18
% 251.92/36.18 [37419] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [37896] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [37896] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [37899] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [37900] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [37900] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [37899] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [38284] p(Y13_525_4)
% 251.92/36.18
% 251.92/36.18 [38284] CLOSURE : p(Y13_525_4)
% 251.92/36.18
% 251.92/36.18 [2969] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [3606] ~! [Y3_3] : ((p(X2_122_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [3606] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_122_0) <=> p(Y3_3)))
% 251.92/36.18 -> [3607] ~(p(X2_122_0) <=> p(skolem_Y33(X2_122_0)))
% 251.92/36.18
% 251.92/36.18 [3607] BETA_NOT_EQUIV : ~(p(X2_122_0) <=> p(skolem_Y33(X2_122_0)))
% 251.92/36.18 -> [3608] ~p(X2_122_0), p(skolem_Y33(X2_122_0))
% 251.92/36.18 -> [3609] p(X2_122_0), ~p(skolem_Y33(X2_122_0))
% 251.92/36.18
% 251.92/36.18 [3609] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [14536] ~q(X6_661_2)
% 251.92/36.18
% 251.92/36.18 [14536] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [22176] ~! [Y7_7] : ((q(X6_661_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [22176] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_661_2) <=> q(Y7_7)))
% 251.92/36.18 -> [22177] ~(q(X6_661_2) <=> q(skolem_Y77(X6_661_2)))
% 251.92/36.18
% 251.92/36.18 [22177] BETA_NOT_EQUIV : ~(q(X6_661_2) <=> q(skolem_Y77(X6_661_2)))
% 251.92/36.18 -> [22178] ~q(X6_661_2), q(skolem_Y77(X6_661_2))
% 251.92/36.18 -> [22179] q(X6_661_2), ~q(skolem_Y77(X6_661_2))
% 251.92/36.18
% 251.92/36.18 [22179] CLOSURE : q(X6_661_2)
% 251.92/36.18
% 251.92/36.18 [22178] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [23612] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [23612] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [23613] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [23614] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [23614] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [23613] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [24531] p(Y13_156_4)
% 251.92/36.18
% 251.92/36.18 [24531] CLOSURE : p(Y13_156_4)
% 251.92/36.18
% 251.92/36.18 [3608] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [14339] ~q(X6_412_2)
% 251.92/36.18
% 251.92/36.18 [14339] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [15561] ~! [Y7_7] : ((q(X6_412_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [15561] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_412_2) <=> q(Y7_7)))
% 251.92/36.18 -> [15564] ~(q(X6_412_2) <=> q(skolem_Y77(X6_412_2)))
% 251.92/36.18
% 251.92/36.18 [15564] BETA_NOT_EQUIV : ~(q(X6_412_2) <=> q(skolem_Y77(X6_412_2)))
% 251.92/36.18 -> [15565] ~q(X6_412_2), q(skolem_Y77(X6_412_2))
% 251.92/36.18 -> [15566] q(X6_412_2), ~q(skolem_Y77(X6_412_2))
% 251.92/36.18
% 251.92/36.18 [15566] CLOSURE : q(X6_412_2)
% 251.92/36.18
% 251.92/36.18 [15565] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [39328] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [39328] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [39329] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [39330] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [39330] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [39329] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [39493] p(Y13_569_4)
% 251.92/36.18
% 251.92/36.18 [39493] CLOSURE : p(Y13_569_4)
% 251.92/36.18
% 251.92/36.18 [1411] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [2543] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [2543] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [2544] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [2545] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [2545] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [2547] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [2547] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [4533] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [4533] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [4534] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [4534] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [4535] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [4536] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [4535] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [4536] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [15257] ~q(X6_448_2)
% 251.92/36.18
% 251.92/36.18 [15257] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [16424] ~! [Y7_7] : ((q(X6_448_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [16424] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_448_2) <=> q(Y7_7)))
% 251.92/36.18 -> [16425] ~(q(X6_448_2) <=> q(skolem_Y77(X6_448_2)))
% 251.92/36.18
% 251.92/36.18 [16425] BETA_NOT_EQUIV : ~(q(X6_448_2) <=> q(skolem_Y77(X6_448_2)))
% 251.92/36.18 -> [16427] ~q(X6_448_2), q(skolem_Y77(X6_448_2))
% 251.92/36.18 -> [16428] q(X6_448_2), ~q(skolem_Y77(X6_448_2))
% 251.92/36.18
% 251.92/36.18 [16428] CLOSURE : q(X6_448_2)
% 251.92/36.18
% 251.92/36.18 [16427] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [21553] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [21553] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [21554] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [21555] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [21555] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [21554] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [33492] p(Y13_399_4)
% 251.92/36.18
% 251.92/36.18 [33492] CLOSURE : p(Y13_399_4)
% 251.92/36.18
% 251.92/36.18 [2544] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [2981] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [2981] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5153] ~! [Y3_3] : ((p(X2_184_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5153] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_184_0) <=> p(Y3_3)))
% 251.92/36.18 -> [5154] ~(p(X2_184_0) <=> p(skolem_Y33(X2_184_0)))
% 251.92/36.18
% 251.92/36.18 [5154] BETA_NOT_EQUIV : ~(p(X2_184_0) <=> p(skolem_Y33(X2_184_0)))
% 251.92/36.18 -> [5155] ~p(X2_184_0), p(skolem_Y33(X2_184_0))
% 251.92/36.18 -> [5156] p(X2_184_0), ~p(skolem_Y33(X2_184_0))
% 251.92/36.18
% 251.92/36.18 [5156] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [15366] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [15366] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [16392] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [16392] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [16393] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [16393] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [16394] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [16395] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [16394] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [16395] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5155] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [15514] ~q(X6_463_2)
% 251.92/36.18
% 251.92/36.18 [15514] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [16634] ~! [Y7_7] : ((q(X6_463_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [16634] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_463_2) <=> q(Y7_7)))
% 251.92/36.18 -> [16635] ~(q(X6_463_2) <=> q(skolem_Y77(X6_463_2)))
% 251.92/36.18
% 251.92/36.18 [16635] BETA_NOT_EQUIV : ~(q(X6_463_2) <=> q(skolem_Y77(X6_463_2)))
% 251.92/36.18 -> [16636] ~q(X6_463_2), q(skolem_Y77(X6_463_2))
% 251.92/36.18 -> [16637] q(X6_463_2), ~q(skolem_Y77(X6_463_2))
% 251.92/36.18
% 251.92/36.18 [16637] CLOSURE : q(X6_463_2)
% 251.92/36.18
% 251.92/36.18 [16636] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [40211] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [40211] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [40212] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [40213] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [40213] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [40212] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [40346] p(Y13_588_4)
% 251.92/36.18
% 251.92/36.18 [40346] CLOSURE : p(Y13_588_4)
% 251.92/36.18
% 251.92/36.18 [697] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.18 -> [7188] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [7189] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18
% 251.92/36.18 [7189] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.18 -> [7199] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [7200] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.18
% 251.92/36.18 [7199] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [7464] ~p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [7464] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [7466] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7467] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [7466] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7864] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7865] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [7865] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [7868] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7868] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [8265] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [8265] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [8267] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [8267] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [8268] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [8268] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [8269] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [8270] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [8269] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [8270] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [17256] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17256] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [17258] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [17258] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [17261] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [17261] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [17262] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [17263] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17262] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17263] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7864] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [8261] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [8261] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [8262] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [8262] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [8263] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [8264] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [8264] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [8263] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9129] ~q(X6_132_2)
% 251.92/36.18
% 251.92/36.18 [9129] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [9130] ~! [Y7_7] : ((q(X6_132_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [9130] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_132_2) <=> q(Y7_7)))
% 251.92/36.18 -> [9131] ~(q(X6_132_2) <=> q(skolem_Y77(X6_132_2)))
% 251.92/36.18
% 251.92/36.18 [9131] BETA_NOT_EQUIV : ~(q(X6_132_2) <=> q(skolem_Y77(X6_132_2)))
% 251.92/36.18 -> [9132] ~q(X6_132_2), q(skolem_Y77(X6_132_2))
% 251.92/36.18 -> [9133] q(X6_132_2), ~q(skolem_Y77(X6_132_2))
% 251.92/36.18
% 251.92/36.18 [9133] CLOSURE : q(X6_132_2)
% 251.92/36.18
% 251.92/36.18 [9132] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [38781] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [38781] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [38782] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [38783] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [38783] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [38782] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [38963] ~r(X8_1150_4)
% 251.92/36.18
% 251.92/36.18 [38963] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [39125] s(Y9_614_5)
% 251.92/36.18
% 251.92/36.18 [39125] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [39129] ~s(X12_626_6)
% 251.92/36.18
% 251.92/36.18 [39129] CLOSURE : ~s(X12_626_6)
% 251.92/36.18
% 251.92/36.18 [7467] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [7472] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [7472] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7473] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7474] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [7473] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7878] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7878] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7879] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7879] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [7880] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [7880] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [7881] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [7882] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [7882] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [7881] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9150] ~q(X6_133_2)
% 251.92/36.18
% 251.92/36.18 [9150] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [9151] ~! [Y7_7] : ((q(X6_133_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [9151] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_133_2) <=> q(Y7_7)))
% 251.92/36.18 -> [9152] ~(q(X6_133_2) <=> q(skolem_Y77(X6_133_2)))
% 251.92/36.18
% 251.92/36.18 [9152] BETA_NOT_EQUIV : ~(q(X6_133_2) <=> q(skolem_Y77(X6_133_2)))
% 251.92/36.18 -> [9153] ~q(X6_133_2), q(skolem_Y77(X6_133_2))
% 251.92/36.18 -> [9154] q(X6_133_2), ~q(skolem_Y77(X6_133_2))
% 251.92/36.18
% 251.92/36.18 [9154] CLOSURE : q(X6_133_2)
% 251.92/36.18
% 251.92/36.18 [9153] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [22907] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [22907] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [22908] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [22909] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [22909] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [22908] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [23371] ~r(X8_340_4)
% 251.92/36.18
% 251.92/36.18 [23371] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [23555] s(Y9_181_5)
% 251.92/36.18
% 251.92/36.18 [23555] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [23753] ~s(X12_178_6)
% 251.92/36.18
% 251.92/36.18 [23753] CLOSURE : ~s(X12_178_6)
% 251.92/36.18
% 251.92/36.18 [7474] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [7478] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7478] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7892] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7892] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [7893] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [7893] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [7894] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [7895] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [7895] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [7894] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [16022] ~q(X6_430_2)
% 251.92/36.18
% 251.92/36.18 [16022] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [16023] ~! [Y7_7] : ((q(X6_430_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [16023] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_430_2) <=> q(Y7_7)))
% 251.92/36.18 -> [16024] ~(q(X6_430_2) <=> q(skolem_Y77(X6_430_2)))
% 251.92/36.18
% 251.92/36.18 [16024] BETA_NOT_EQUIV : ~(q(X6_430_2) <=> q(skolem_Y77(X6_430_2)))
% 251.92/36.18 -> [16025] ~q(X6_430_2), q(skolem_Y77(X6_430_2))
% 251.92/36.18 -> [16026] q(X6_430_2), ~q(skolem_Y77(X6_430_2))
% 251.92/36.18
% 251.92/36.18 [16026] CLOSURE : q(X6_430_2)
% 251.92/36.18
% 251.92/36.18 [16025] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [19184] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [19184] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [19185] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [19186] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19186] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19185] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [20238] ~r(X8_222_4)
% 251.92/36.18
% 251.92/36.18 [20238] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [20896] s(Y9_140_5)
% 251.92/36.18
% 251.92/36.18 [20896] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [41086] ~s(X12_667_6)
% 251.92/36.18
% 251.92/36.18 [41086] CLOSURE : ~s(X12_667_6)
% 251.92/36.18
% 251.92/36.18 [7200] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [7201] s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [7201] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [7202] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7203] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [7203] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [7211] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [7211] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7212] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7213] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [7212] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7495] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7495] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7497] ~! [Y3_3] : ((p(X2_281_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7497] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_281_0) <=> p(Y3_3)))
% 251.92/36.18 -> [7500] ~(p(X2_281_0) <=> p(skolem_Y33(X2_281_0)))
% 251.92/36.18
% 251.92/36.18 [7500] BETA_NOT_EQUIV : ~(p(X2_281_0) <=> p(skolem_Y33(X2_281_0)))
% 251.92/36.18 -> [7501] ~p(X2_281_0), p(skolem_Y33(X2_281_0))
% 251.92/36.18 -> [7502] p(X2_281_0), ~p(skolem_Y33(X2_281_0))
% 251.92/36.18
% 251.92/36.18 [7502] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9208] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9208] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [15753] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [15753] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [15754] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [15754] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [15756] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [15757] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [15756] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [15757] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7501] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9942] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9942] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [16376] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [16376] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [16377] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [16377] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [16378] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [16379] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [16378] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [16379] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7213] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [7217] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7217] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7932] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7932] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [7934] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [7934] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [7937] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [7938] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [7937] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7938] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9574] ~q(X6_433_2)
% 251.92/36.18
% 251.92/36.18 [9574] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [16083] ~! [Y7_7] : ((q(X6_433_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [16083] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_433_2) <=> q(Y7_7)))
% 251.92/36.18 -> [16084] ~(q(X6_433_2) <=> q(skolem_Y77(X6_433_2)))
% 251.92/36.18
% 251.92/36.18 [16084] BETA_NOT_EQUIV : ~(q(X6_433_2) <=> q(skolem_Y77(X6_433_2)))
% 251.92/36.18 -> [16085] ~q(X6_433_2), q(skolem_Y77(X6_433_2))
% 251.92/36.18 -> [16086] q(X6_433_2), ~q(skolem_Y77(X6_433_2))
% 251.92/36.18
% 251.92/36.18 [16086] CLOSURE : q(X6_433_2)
% 251.92/36.18
% 251.92/36.18 [16085] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [20081] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [20081] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [20082] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [20083] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [20083] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [20082] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [40522] ~r(X8_1233_4)
% 251.92/36.18
% 251.92/36.18 [40522] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [40588] s(Y9_641_5)
% 251.92/36.18
% 251.92/36.18 [40588] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [40654] p(Y13_597_6)
% 251.92/36.18
% 251.92/36.18 [40654] CLOSURE : p(Y13_597_6)
% 251.92/36.18
% 251.92/36.18 [7202] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7482] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7483] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [7483] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [7486] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7486] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [8316] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [8316] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [9517] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [9517] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [9518] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [9518] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [9520] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [9521] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [9520] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [9521] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [16375] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [16375] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [17539] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [17539] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [17540] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [17540] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [17541] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [17542] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17541] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17542] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7482] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7904] ~! [Y3_3] : ((p(X2_306_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7904] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_306_0) <=> p(Y3_3)))
% 251.92/36.18 -> [7905] ~(p(X2_306_0) <=> p(skolem_Y33(X2_306_0)))
% 251.92/36.18
% 251.92/36.18 [7905] BETA_NOT_EQUIV : ~(p(X2_306_0) <=> p(skolem_Y33(X2_306_0)))
% 251.92/36.18 -> [7906] ~p(X2_306_0), p(skolem_Y33(X2_306_0))
% 251.92/36.18 -> [7907] p(X2_306_0), ~p(skolem_Y33(X2_306_0))
% 251.92/36.18
% 251.92/36.18 [7906] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9925] ~q(X6_442_2)
% 251.92/36.18
% 251.92/36.18 [9925] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [16361] ~! [Y7_7] : ((q(X6_442_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [16361] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_442_2) <=> q(Y7_7)))
% 251.92/36.18 -> [16362] ~(q(X6_442_2) <=> q(skolem_Y77(X6_442_2)))
% 251.92/36.18
% 251.92/36.18 [16362] BETA_NOT_EQUIV : ~(q(X6_442_2) <=> q(skolem_Y77(X6_442_2)))
% 251.92/36.18 -> [16363] ~q(X6_442_2), q(skolem_Y77(X6_442_2))
% 251.92/36.18 -> [16364] q(X6_442_2), ~q(skolem_Y77(X6_442_2))
% 251.92/36.18
% 251.92/36.18 [16364] CLOSURE : q(X6_442_2)
% 251.92/36.18
% 251.92/36.18 [16363] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [19822] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [19822] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [19825] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [19826] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19826] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19825] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [21250] ~r(X8_256_4)
% 251.92/36.18
% 251.92/36.18 [21250] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [25067] s(Y9_231_5)
% 251.92/36.18
% 251.92/36.18 [25067] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [25267] p(Y13_180_6)
% 251.92/36.18
% 251.92/36.18 [25267] CLOSURE : p(Y13_180_6)
% 251.92/36.18
% 251.92/36.18 [7907] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9512] ~q(X6_431_2)
% 251.92/36.18
% 251.92/36.18 [9512] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [16027] ~! [Y7_7] : ((q(X6_431_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [16027] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_431_2) <=> q(Y7_7)))
% 251.92/36.18 -> [16028] ~(q(X6_431_2) <=> q(skolem_Y77(X6_431_2)))
% 251.92/36.18
% 251.92/36.18 [16028] BETA_NOT_EQUIV : ~(q(X6_431_2) <=> q(skolem_Y77(X6_431_2)))
% 251.92/36.18 -> [16029] ~q(X6_431_2), q(skolem_Y77(X6_431_2))
% 251.92/36.18 -> [16030] q(X6_431_2), ~q(skolem_Y77(X6_431_2))
% 251.92/36.18
% 251.92/36.18 [16030] CLOSURE : q(X6_431_2)
% 251.92/36.18
% 251.92/36.18 [16029] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [19639] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [19639] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [19640] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [19641] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19641] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19640] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [20594] ~r(X8_233_4)
% 251.92/36.18
% 251.92/36.18 [20594] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [41187] s(Y9_655_5)
% 251.92/36.18
% 251.92/36.18 [41187] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [41336] p(Y13_610_6)
% 251.92/36.18
% 251.92/36.18 [41336] CLOSURE : p(Y13_610_6)
% 251.92/36.18
% 251.92/36.18 [7188] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.18 -> [7438] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [7439] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18
% 251.92/36.18 [7438] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [7810] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7811] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [7810] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [8188] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [8189] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [8189] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [8190] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [8190] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [8191] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [8191] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [8192] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [8192] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [8193] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [8194] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [8193] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [8194] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9066] ~q(X6_130_2)
% 251.92/36.18
% 251.92/36.18 [9066] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [9067] ~! [Y7_7] : ((q(X6_130_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [9067] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_130_2) <=> q(Y7_7)))
% 251.92/36.18 -> [9068] ~(q(X6_130_2) <=> q(skolem_Y77(X6_130_2)))
% 251.92/36.18
% 251.92/36.18 [9068] BETA_NOT_EQUIV : ~(q(X6_130_2) <=> q(skolem_Y77(X6_130_2)))
% 251.92/36.18 -> [9069] ~q(X6_130_2), q(skolem_Y77(X6_130_2))
% 251.92/36.18 -> [9070] q(X6_130_2), ~q(skolem_Y77(X6_130_2))
% 251.92/36.18
% 251.92/36.18 [9070] CLOSURE : q(X6_130_2)
% 251.92/36.18
% 251.92/36.18 [9069] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [18396] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [18396] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [18397] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [18398] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [18398] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [18397] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [19131] ~r(X8_193_4)
% 251.92/36.18
% 251.92/36.18 [19131] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [19596] s(Y9_122_5)
% 251.92/36.18
% 251.92/36.18 [19596] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [19970] ~s(X12_116_6)
% 251.92/36.18
% 251.92/36.18 [19970] CLOSURE : ~s(X12_116_6)
% 251.92/36.18
% 251.92/36.18 [8188] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [8648] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [8648] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [8649] ~! [Y3_3] : ((p(X2_352_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [8649] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_352_0) <=> p(Y3_3)))
% 251.92/36.18 -> [8650] ~(p(X2_352_0) <=> p(skolem_Y33(X2_352_0)))
% 251.92/36.18
% 251.92/36.18 [8650] BETA_NOT_EQUIV : ~(p(X2_352_0) <=> p(skolem_Y33(X2_352_0)))
% 251.92/36.18 -> [8651] ~p(X2_352_0), p(skolem_Y33(X2_352_0))
% 251.92/36.18 -> [8652] p(X2_352_0), ~p(skolem_Y33(X2_352_0))
% 251.92/36.18
% 251.92/36.18 [8651] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9841] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9841] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [9842] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [9842] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [9843] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [9843] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [9844] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [9845] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9844] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9845] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [8652] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9045] ~q(X6_129_2)
% 251.92/36.18
% 251.92/36.18 [9045] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [9047] ~! [Y7_7] : ((q(X6_129_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [9047] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_129_2) <=> q(Y7_7)))
% 251.92/36.18 -> [9048] ~(q(X6_129_2) <=> q(skolem_Y77(X6_129_2)))
% 251.92/36.18
% 251.92/36.18 [9048] BETA_NOT_EQUIV : ~(q(X6_129_2) <=> q(skolem_Y77(X6_129_2)))
% 251.92/36.18 -> [9049] ~q(X6_129_2), q(skolem_Y77(X6_129_2))
% 251.92/36.18 -> [9050] q(X6_129_2), ~q(skolem_Y77(X6_129_2))
% 251.92/36.18
% 251.92/36.18 [9050] CLOSURE : q(X6_129_2)
% 251.92/36.18
% 251.92/36.18 [9049] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [37727] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [37727] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [37728] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [37729] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [37729] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [37728] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [37742] ~r(X8_1068_4)
% 251.92/36.18
% 251.92/36.18 [37742] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [37754] s(Y9_583_5)
% 251.92/36.18
% 251.92/36.18 [37754] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [37779] ~s(X12_587_6)
% 251.92/36.18
% 251.92/36.18 [37779] CLOSURE : ~s(X12_587_6)
% 251.92/36.18
% 251.92/36.18 [7811] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [7812] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [7812] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7813] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7814] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [7813] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [8208] ~! [Y3_3] : ((p(X2_319_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [8208] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_319_0) <=> p(Y3_3)))
% 251.92/36.18 -> [8209] ~(p(X2_319_0) <=> p(skolem_Y33(X2_319_0)))
% 251.92/36.18
% 251.92/36.18 [8209] BETA_NOT_EQUIV : ~(p(X2_319_0) <=> p(skolem_Y33(X2_319_0)))
% 251.92/36.18 -> [8210] ~p(X2_319_0), p(skolem_Y33(X2_319_0))
% 251.92/36.18 -> [8211] p(X2_319_0), ~p(skolem_Y33(X2_319_0))
% 251.92/36.18
% 251.92/36.18 [8211] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [8663] ~q(X6_113_2)
% 251.92/36.18
% 251.92/36.18 [8663] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [8664] ~! [Y7_7] : ((q(X6_113_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [8664] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_113_2) <=> q(Y7_7)))
% 251.92/36.18 -> [8665] ~(q(X6_113_2) <=> q(skolem_Y77(X6_113_2)))
% 251.92/36.18
% 251.92/36.18 [8665] BETA_NOT_EQUIV : ~(q(X6_113_2) <=> q(skolem_Y77(X6_113_2)))
% 251.92/36.18 -> [8666] ~q(X6_113_2), q(skolem_Y77(X6_113_2))
% 251.92/36.18 -> [8667] q(X6_113_2), ~q(skolem_Y77(X6_113_2))
% 251.92/36.18
% 251.92/36.18 [8667] CLOSURE : q(X6_113_2)
% 251.92/36.18
% 251.92/36.18 [8666] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [18002] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [18002] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [18003] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [18004] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [18004] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [18003] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [19429] ~r(X8_200_4)
% 251.92/36.18
% 251.92/36.18 [19429] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [20134] s(Y9_128_5)
% 251.92/36.18
% 251.92/36.18 [20134] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [20943] ~s(X12_130_6)
% 251.92/36.18
% 251.92/36.18 [20943] CLOSURE : ~s(X12_130_6)
% 251.92/36.18
% 251.92/36.18 [8210] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9077] ~q(X6_131_2)
% 251.92/36.18
% 251.92/36.18 [9077] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [9078] ~! [Y7_7] : ((q(X6_131_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [9078] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_131_2) <=> q(Y7_7)))
% 251.92/36.18 -> [9079] ~(q(X6_131_2) <=> q(skolem_Y77(X6_131_2)))
% 251.92/36.18
% 251.92/36.18 [9079] BETA_NOT_EQUIV : ~(q(X6_131_2) <=> q(skolem_Y77(X6_131_2)))
% 251.92/36.18 -> [9080] ~q(X6_131_2), q(skolem_Y77(X6_131_2))
% 251.92/36.18 -> [9081] q(X6_131_2), ~q(skolem_Y77(X6_131_2))
% 251.92/36.18
% 251.92/36.18 [9081] CLOSURE : q(X6_131_2)
% 251.92/36.18
% 251.92/36.18 [9080] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [19074] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [19074] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [19075] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [19076] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19076] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [19075] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [39451] ~r(X8_1188_4)
% 251.92/36.18
% 251.92/36.18 [39451] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [39550] s(Y9_621_5)
% 251.92/36.18
% 251.92/36.18 [39550] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [39601] ~s(X12_641_6)
% 251.92/36.18
% 251.92/36.18 [39601] CLOSURE : ~s(X12_641_6)
% 251.92/36.18
% 251.92/36.18 [7814] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [7815] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7815] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7816] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7816] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7817] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7817] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [7818] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [7818] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [7819] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [7820] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [7819] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7820] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [8684] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [8684] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [8688] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [8688] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [8690] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [8690] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [8691] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [8692] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [8691] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [8692] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7439] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [7441] s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [7441] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [7442] ~p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [7442] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [7443] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7444] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [7444] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [7456] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [7456] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7457] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7458] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [7458] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [7459] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7459] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [8711] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [8711] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [9894] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [9894] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [9896] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [9896] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [9897] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [9898] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [9897] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [9898] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [25017] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [25017] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [25157] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [25157] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [25158] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [25158] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [25159] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [25160] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [25159] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [25160] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7457] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7855] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7855] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [7856] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [7856] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [7857] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [7858] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [7858] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [7857] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9886] ~q(X6_468_2)
% 251.92/36.18
% 251.92/36.18 [9886] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [16697] ~! [Y7_7] : ((q(X6_468_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [16697] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_468_2) <=> q(Y7_7)))
% 251.92/36.18 -> [16698] ~(q(X6_468_2) <=> q(skolem_Y77(X6_468_2)))
% 251.92/36.18
% 251.92/36.18 [16698] BETA_NOT_EQUIV : ~(q(X6_468_2) <=> q(skolem_Y77(X6_468_2)))
% 251.92/36.18 -> [16699] ~q(X6_468_2), q(skolem_Y77(X6_468_2))
% 251.92/36.18 -> [16700] q(X6_468_2), ~q(skolem_Y77(X6_468_2))
% 251.92/36.18
% 251.92/36.18 [16700] CLOSURE : q(X6_468_2)
% 251.92/36.18
% 251.92/36.18 [16699] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [25560] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [25560] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [25562] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [25563] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [25563] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [25562] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [25903] ~r(X8_514_4)
% 251.92/36.18
% 251.92/36.18 [25903] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [26068] s(skolem_X1414)
% 251.92/36.18
% 251.92/36.18 [26068] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18 -> [26261] (s(skolem_X1414) <=> s(Y15_97_6))
% 251.92/36.18
% 251.92/36.18 [26261] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_97_6))
% 251.92/36.18 -> [26262] ~s(skolem_X1414), ~s(Y15_97_6)
% 251.92/36.18 -> [26263] s(skolem_X1414), s(Y15_97_6)
% 251.92/36.18
% 251.92/36.18 [26262] CLOSURE : ~s(Y15_97_6)
% 251.92/36.18
% 251.92/36.18 [26263] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [26751] ~p(X16_64_7)
% 251.92/36.18
% 251.92/36.18 [26751] CLOSURE : ~p(X16_64_7)
% 251.92/36.18
% 251.92/36.18 [7443] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [7839] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7840] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [7839] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [8226] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [8226] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [8227] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [8227] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [8228] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [8228] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [8229] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [8230] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [8230] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [8229] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [16261] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [16261] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [17897] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [17897] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [17899] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [17899] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [17901] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [17902] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17901] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17902] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7840] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [7848] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7848] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [9104] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [9104] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [9105] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [9105] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [9107] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [9108] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [9108] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [9107] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [40999] ~q(X6_1264_2)
% 251.92/36.18
% 251.92/36.18 [40999] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [41058] ~! [Y7_7] : ((q(X6_1264_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [41058] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1264_2) <=> q(Y7_7)))
% 251.92/36.18 -> [41059] ~(q(X6_1264_2) <=> q(skolem_Y77(X6_1264_2)))
% 251.92/36.18
% 251.92/36.18 [41059] BETA_NOT_EQUIV : ~(q(X6_1264_2) <=> q(skolem_Y77(X6_1264_2)))
% 251.92/36.18 -> [41060] ~q(X6_1264_2), q(skolem_Y77(X6_1264_2))
% 251.92/36.18 -> [41061] q(X6_1264_2), ~q(skolem_Y77(X6_1264_2))
% 251.92/36.18
% 251.92/36.18 [41061] CLOSURE : q(X6_1264_2)
% 251.92/36.18
% 251.92/36.18 [41060] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [41463] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [41463] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [41464] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [41465] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [41465] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [41464] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [41650] ~r(X8_1293_4)
% 251.92/36.18
% 251.92/36.18 [41650] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [41822] s(skolem_Y1515(skolem_X1212))
% 251.92/36.18
% 251.92/36.18 [41822] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [42436] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [42436] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.18 -> [42437] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.18
% 251.92/36.18 [42437] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.18 -> [42438] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.18 -> [42439] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.18
% 251.92/36.18 [42439] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.18
% 251.92/36.18 [42438] CLOSURE : ~s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [116] BETA_NOT_EQUIV : ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.92/36.18 -> [148] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.18 -> [149] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.18
% 251.92/36.18 [148] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.18 -> [3523] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.18 -> [3524] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.18
% 251.92/36.18 [3524] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.18 -> [3526] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18
% 251.92/36.18 [3526] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.18 -> [3528] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [3529] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.18
% 251.92/36.18 [3529] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [3537] r(skolem_X88)
% 251.92/36.18
% 251.92/36.18 [3537] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.18 -> [3539] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [3540] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18
% 251.92/36.18 [3539] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.18 -> [4382] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [4383] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18
% 251.92/36.18 [4383] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [4384] s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [4384] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [5811] ~p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [5811] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [21572] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [21573] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [21573] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [21578] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [21578] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [21579] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [21580] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [21579] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [21876] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [21876] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [21924] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [21924] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [21925] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [21925] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [21926] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [21927] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [21927] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [21926] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [25993] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [25993] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [26012] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [26012] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [26013] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [26013] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [26014] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [26015] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [26014] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [26015] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [21580] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [21582] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [21582] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [21872] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [21872] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [21873] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [21873] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [21874] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [21875] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [21874] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [21875] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [21958] ~q(X6_653_2)
% 251.92/36.18
% 251.92/36.18 [21958] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [21972] ~! [Y7_7] : ((q(X6_653_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [21972] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_653_2) <=> q(Y7_7)))
% 251.92/36.18 -> [21974] ~(q(X6_653_2) <=> q(skolem_Y77(X6_653_2)))
% 251.92/36.18
% 251.92/36.18 [21974] BETA_NOT_EQUIV : ~(q(X6_653_2) <=> q(skolem_Y77(X6_653_2)))
% 251.92/36.18 -> [21976] ~q(X6_653_2), q(skolem_Y77(X6_653_2))
% 251.92/36.18 -> [21977] q(X6_653_2), ~q(skolem_Y77(X6_653_2))
% 251.92/36.18
% 251.92/36.18 [21977] CLOSURE : q(X6_653_2)
% 251.92/36.18
% 251.92/36.18 [21976] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [24052] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [24052] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [24053] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [24054] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [24054] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [24053] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [25512] s(skolem_X1414)
% 251.92/36.18
% 251.92/36.18 [25512] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18 -> [25739] (s(skolem_X1414) <=> s(Y15_87_5))
% 251.92/36.18
% 251.92/36.18 [25739] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_87_5))
% 251.92/36.18 -> [25740] ~s(skolem_X1414), ~s(Y15_87_5)
% 251.92/36.18 -> [25741] s(skolem_X1414), s(Y15_87_5)
% 251.92/36.18
% 251.92/36.18 [25741] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [26011] q(Y17_43_6)
% 251.92/36.18
% 251.92/36.18 [26011] CLOSURE : q(Y17_43_6)
% 251.92/36.18
% 251.92/36.18 [25740] CLOSURE : ~s(Y15_87_5)
% 251.92/36.18
% 251.92/36.18 [21572] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [21868] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [21869] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [21869] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [21871] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [21871] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [21920] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [21920] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [21973] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [21973] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [21975] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [21975] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [21978] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [21979] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [21978] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [21979] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [26103] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [26103] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [26129] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [26129] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [26130] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [26130] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [26131] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [26132] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [26131] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [26132] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [21868] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [21900] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [21900] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [21901] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [21901] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [21902] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [21903] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [21903] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [21902] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [21965] ~q(X6_804_2)
% 251.92/36.18
% 251.92/36.18 [21965] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [26176] ~! [Y7_7] : ((q(X6_804_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [26176] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_804_2) <=> q(Y7_7)))
% 251.92/36.18 -> [26177] ~(q(X6_804_2) <=> q(skolem_Y77(X6_804_2)))
% 251.92/36.18
% 251.92/36.18 [26177] BETA_NOT_EQUIV : ~(q(X6_804_2) <=> q(skolem_Y77(X6_804_2)))
% 251.92/36.18 -> [26178] ~q(X6_804_2), q(skolem_Y77(X6_804_2))
% 251.92/36.18 -> [26179] q(X6_804_2), ~q(skolem_Y77(X6_804_2))
% 251.92/36.18
% 251.92/36.18 [26179] CLOSURE : q(X6_804_2)
% 251.92/36.18
% 251.92/36.18 [26178] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [26691] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [26691] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [26695] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [26696] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [26696] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [26695] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [27338] s(skolem_Y1515(skolem_X1212))
% 251.92/36.18
% 251.92/36.18 [27338] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [27418] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [27418] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.18 -> [27420] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.18
% 251.92/36.18 [27420] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.18 -> [27423] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.18 -> [27424] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.18
% 251.92/36.18 [27424] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.18
% 251.92/36.18 [27423] CLOSURE : ~s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [4382] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [4945] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4946] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [4945] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [5785] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5786] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [5786] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [5787] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5787] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [11308] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [11308] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [31210] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [31210] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [31211] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [31211] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [31212] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [31213] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [31212] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [31213] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [31345] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [31345] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [31418] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [31418] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [31419] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [31419] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [31420] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [31421] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [31420] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [31421] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5785] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [10828] ~! [Y3_3] : ((p(X2_462_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [10828] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_462_0) <=> p(Y3_3)))
% 251.92/36.18 -> [10829] ~(p(X2_462_0) <=> p(skolem_Y33(X2_462_0)))
% 251.92/36.18
% 251.92/36.18 [10829] BETA_NOT_EQUIV : ~(p(X2_462_0) <=> p(skolem_Y33(X2_462_0)))
% 251.92/36.18 -> [10830] ~p(X2_462_0), p(skolem_Y33(X2_462_0))
% 251.92/36.18 -> [10831] p(X2_462_0), ~p(skolem_Y33(X2_462_0))
% 251.92/36.18
% 251.92/36.18 [10831] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [31070] ~q(X6_928_2)
% 251.92/36.18
% 251.92/36.18 [31070] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [31113] ~! [Y7_7] : ((q(X6_928_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [31113] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_928_2) <=> q(Y7_7)))
% 251.92/36.18 -> [31114] ~(q(X6_928_2) <=> q(skolem_Y77(X6_928_2)))
% 251.92/36.18
% 251.92/36.18 [31114] BETA_NOT_EQUIV : ~(q(X6_928_2) <=> q(skolem_Y77(X6_928_2)))
% 251.92/36.18 -> [31115] ~q(X6_928_2), q(skolem_Y77(X6_928_2))
% 251.92/36.18 -> [31116] q(X6_928_2), ~q(skolem_Y77(X6_928_2))
% 251.92/36.18
% 251.92/36.18 [31116] CLOSURE : q(X6_928_2)
% 251.92/36.18
% 251.92/36.18 [31115] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [31294] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.18
% 251.92/36.18 [31294] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.18 -> [31298] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.18 -> [31299] r(skolem_X1010), r(skolem_X88)
% 251.92/36.18
% 251.92/36.18 [31298] CLOSURE : ~r(skolem_X88)
% 251.92/36.18
% 251.92/36.18 [31299] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [31565] s(Y9_391_4)
% 251.92/36.18
% 251.92/36.18 [31565] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [31581] ~s(X12_408_5)
% 251.92/36.18
% 251.92/36.18 [31581] CLOSURE : ~s(X12_408_5)
% 251.92/36.18
% 251.92/36.18 [10830] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [31063] ~q(X6_926_2)
% 251.92/36.18
% 251.92/36.18 [31063] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [31088] ~! [Y7_7] : ((q(X6_926_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [31088] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_926_2) <=> q(Y7_7)))
% 251.92/36.18 -> [31090] ~(q(X6_926_2) <=> q(skolem_Y77(X6_926_2)))
% 251.92/36.18
% 251.92/36.18 [31090] BETA_NOT_EQUIV : ~(q(X6_926_2) <=> q(skolem_Y77(X6_926_2)))
% 251.92/36.18 -> [31093] ~q(X6_926_2), q(skolem_Y77(X6_926_2))
% 251.92/36.18 -> [31094] q(X6_926_2), ~q(skolem_Y77(X6_926_2))
% 251.92/36.18
% 251.92/36.18 [31094] CLOSURE : q(X6_926_2)
% 251.92/36.18
% 251.92/36.18 [31093] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [31534] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [31534] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [31535] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [31536] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [31536] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [31535] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [31956] s(Y9_394_4)
% 251.92/36.18
% 251.92/36.18 [31956] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [32010] ~s(X12_418_5)
% 251.92/36.18
% 251.92/36.18 [32010] CLOSURE : ~s(X12_418_5)
% 251.92/36.18
% 251.92/36.18 [4946] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [4949] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [4949] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4951] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [4952] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [4952] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [4956] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [4956] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [10867] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [10867] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [10868] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [10868] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [10869] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [10870] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [10869] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [10870] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [30143] ~q(X6_911_2)
% 251.92/36.18
% 251.92/36.18 [30143] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [30181] ~! [Y7_7] : ((q(X6_911_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [30181] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_911_2) <=> q(Y7_7)))
% 251.92/36.18 -> [30182] ~(q(X6_911_2) <=> q(skolem_Y77(X6_911_2)))
% 251.92/36.18
% 251.92/36.18 [30182] BETA_NOT_EQUIV : ~(q(X6_911_2) <=> q(skolem_Y77(X6_911_2)))
% 251.92/36.18 -> [30183] ~q(X6_911_2), q(skolem_Y77(X6_911_2))
% 251.92/36.18 -> [30184] q(X6_911_2), ~q(skolem_Y77(X6_911_2))
% 251.92/36.18
% 251.92/36.18 [30184] CLOSURE : q(X6_911_2)
% 251.92/36.18
% 251.92/36.18 [30183] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [30497] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [30497] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [30498] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [30499] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [30499] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [30498] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [30666] s(Y9_379_4)
% 251.92/36.18
% 251.92/36.18 [30666] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [30689] ~s(X12_384_5)
% 251.92/36.18
% 251.92/36.18 [30689] CLOSURE : ~s(X12_384_5)
% 251.92/36.18
% 251.92/36.18 [4951] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5794] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5794] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5797] ~! [Y3_3] : ((p(X2_214_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5797] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_214_0) <=> p(Y3_3)))
% 251.92/36.18 -> [5798] ~(p(X2_214_0) <=> p(skolem_Y33(X2_214_0)))
% 251.92/36.18
% 251.92/36.18 [5798] BETA_NOT_EQUIV : ~(p(X2_214_0) <=> p(skolem_Y33(X2_214_0)))
% 251.92/36.18 -> [5799] ~p(X2_214_0), p(skolem_Y33(X2_214_0))
% 251.92/36.18 -> [5800] p(X2_214_0), ~p(skolem_Y33(X2_214_0))
% 251.92/36.18
% 251.92/36.18 [5800] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [35772] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [35772] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [35791] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [35791] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [35792] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [35792] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [35793] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [35794] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [35793] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [35794] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5799] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [36697] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [36697] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [36702] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [36702] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [36703] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [36703] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [36704] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [36705] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [36704] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [36705] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [3540] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.18 -> [3552] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [3553] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.18
% 251.92/36.18 [3552] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [4395] ~p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [4395] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [4398] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4399] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [4399] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [4402] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [4402] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4403] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [4404] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [4404] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [4406] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [4406] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [6275] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [6275] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7672] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7672] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [7673] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [7673] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [7674] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [7675] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [7675] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [7674] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [13974] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [13974] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [15309] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [15309] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [15310] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [15310] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [15311] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [15312] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [15311] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [15312] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [4403] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [4982] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [4982] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [4983] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [4983] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [4984] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [4985] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [4985] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [4984] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [30417] ~q(X6_913_2)
% 251.92/36.18
% 251.92/36.18 [30417] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [30458] ~! [Y7_7] : ((q(X6_913_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [30458] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_913_2) <=> q(Y7_7)))
% 251.92/36.18 -> [30459] ~(q(X6_913_2) <=> q(skolem_Y77(X6_913_2)))
% 251.92/36.18
% 251.92/36.18 [30459] BETA_NOT_EQUIV : ~(q(X6_913_2) <=> q(skolem_Y77(X6_913_2)))
% 251.92/36.18 -> [30460] ~q(X6_913_2), q(skolem_Y77(X6_913_2))
% 251.92/36.18 -> [30461] q(X6_913_2), ~q(skolem_Y77(X6_913_2))
% 251.92/36.18
% 251.92/36.18 [30461] CLOSURE : q(X6_913_2)
% 251.92/36.18
% 251.92/36.18 [30460] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [30633] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [30633] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [30634] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [30635] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [30635] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [30634] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [30690] s(Y9_380_4)
% 251.92/36.18
% 251.92/36.18 [30690] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [30705] ~s(X12_385_5)
% 251.92/36.18
% 251.92/36.18 [30705] CLOSURE : ~s(X12_385_5)
% 251.92/36.18
% 251.92/36.18 [4398] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4967] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [4968] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [4968] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [4975] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [4975] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [11422] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [11422] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [11423] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [11423] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [11424] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [11425] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [11425] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [11424] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [30578] ~q(X6_915_2)
% 251.92/36.18
% 251.92/36.18 [30578] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [30615] ~! [Y7_7] : ((q(X6_915_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [30615] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_915_2) <=> q(Y7_7)))
% 251.92/36.18 -> [30616] ~(q(X6_915_2) <=> q(skolem_Y77(X6_915_2)))
% 251.92/36.18
% 251.92/36.18 [30616] BETA_NOT_EQUIV : ~(q(X6_915_2) <=> q(skolem_Y77(X6_915_2)))
% 251.92/36.18 -> [30617] ~q(X6_915_2), q(skolem_Y77(X6_915_2))
% 251.92/36.18 -> [30618] q(X6_915_2), ~q(skolem_Y77(X6_915_2))
% 251.92/36.18
% 251.92/36.18 [30618] CLOSURE : q(X6_915_2)
% 251.92/36.18
% 251.92/36.18 [30617] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [30747] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [30747] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [30748] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [30749] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [30749] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [30748] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [30794] s(Y9_382_4)
% 251.92/36.18
% 251.92/36.18 [30794] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [30802] ~s(X12_390_5)
% 251.92/36.18
% 251.92/36.18 [30802] CLOSURE : ~s(X12_390_5)
% 251.92/36.18
% 251.92/36.18 [4967] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5821] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5821] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5822] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5822] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [5827] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [5827] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [5830] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [5831] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [5830] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [22321] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [22321] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [22649] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [22649] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [22650] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [22650] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [22651] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [22652] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [22651] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [22652] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5831] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [3553] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [3554] s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [3554] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [4993] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4994] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [4993] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [5866] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5867] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [5866] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [6278] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [6278] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7716] ~! [Y3_3] : ((p(X2_294_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7716] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_294_0) <=> p(Y3_3)))
% 251.92/36.18 -> [7718] ~(p(X2_294_0) <=> p(skolem_Y33(X2_294_0)))
% 251.92/36.18
% 251.92/36.18 [7718] BETA_NOT_EQUIV : ~(p(X2_294_0) <=> p(skolem_Y33(X2_294_0)))
% 251.92/36.18 -> [7719] ~p(X2_294_0), p(skolem_Y33(X2_294_0))
% 251.92/36.18 -> [7720] p(X2_294_0), ~p(skolem_Y33(X2_294_0))
% 251.92/36.18
% 251.92/36.18 [7719] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9979] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9979] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [11611] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [11611] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [11612] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [11612] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [11613] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [11614] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [11613] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [11614] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7720] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9528] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9528] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [10985] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [10985] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [10988] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [10988] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [10991] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [10992] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [10991] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [10992] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5867] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [5872] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5872] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7132] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7132] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [7138] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [7138] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [7139] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [7140] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [7139] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [7140] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9981] ~q(X6_191_2)
% 251.92/36.18
% 251.92/36.18 [9981] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [11056] ~! [Y7_7] : ((q(X6_191_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [11056] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_191_2) <=> q(Y7_7)))
% 251.92/36.18 -> [11059] ~(q(X6_191_2) <=> q(skolem_Y77(X6_191_2)))
% 251.92/36.18
% 251.92/36.18 [11059] BETA_NOT_EQUIV : ~(q(X6_191_2) <=> q(skolem_Y77(X6_191_2)))
% 251.92/36.18 -> [11061] ~q(X6_191_2), q(skolem_Y77(X6_191_2))
% 251.92/36.18 -> [11062] q(X6_191_2), ~q(skolem_Y77(X6_191_2))
% 251.92/36.18
% 251.92/36.18 [11062] CLOSURE : q(X6_191_2)
% 251.92/36.18
% 251.92/36.18 [11061] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [38455] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [38455] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [38456] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [38457] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [38457] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [38456] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [38603] s(Y9_602_4)
% 251.92/36.18
% 251.92/36.18 [38603] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [38627] p(Y13_542_5)
% 251.92/36.18
% 251.92/36.18 [38627] CLOSURE : p(Y13_542_5)
% 251.92/36.18
% 251.92/36.18 [4994] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [4996] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [4996] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4997] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [4998] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [4997] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5885] ~! [Y3_3] : ((p(X2_222_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5885] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_222_0) <=> p(Y3_3)))
% 251.92/36.18 -> [5888] ~(p(X2_222_0) <=> p(skolem_Y33(X2_222_0)))
% 251.92/36.18
% 251.92/36.18 [5888] BETA_NOT_EQUIV : ~(p(X2_222_0) <=> p(skolem_Y33(X2_222_0)))
% 251.92/36.18 -> [5890] ~p(X2_222_0), p(skolem_Y33(X2_222_0))
% 251.92/36.18 -> [5891] p(X2_222_0), ~p(skolem_Y33(X2_222_0))
% 251.92/36.18
% 251.92/36.18 [5890] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [29532] ~q(X6_899_2)
% 251.92/36.18
% 251.92/36.18 [29532] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [29577] ~! [Y7_7] : ((q(X6_899_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [29577] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_899_2) <=> q(Y7_7)))
% 251.92/36.18 -> [29580] ~(q(X6_899_2) <=> q(skolem_Y77(X6_899_2)))
% 251.92/36.18
% 251.92/36.18 [29580] BETA_NOT_EQUIV : ~(q(X6_899_2) <=> q(skolem_Y77(X6_899_2)))
% 251.92/36.18 -> [29581] ~q(X6_899_2), q(skolem_Y77(X6_899_2))
% 251.92/36.18 -> [29582] q(X6_899_2), ~q(skolem_Y77(X6_899_2))
% 251.92/36.18
% 251.92/36.18 [29582] CLOSURE : q(X6_899_2)
% 251.92/36.18
% 251.92/36.18 [29581] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [29791] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [29791] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [29792] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [29793] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [29793] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [29792] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [29835] s(Y9_362_4)
% 251.92/36.18
% 251.92/36.18 [29835] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [29841] p(Y13_299_5)
% 251.92/36.18
% 251.92/36.18 [29841] CLOSURE : p(Y13_299_5)
% 251.92/36.18
% 251.92/36.18 [5891] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [12583] ~q(skolem_Y77(X6_299_2))
% 251.92/36.18
% 251.92/36.18 [12583] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [13592] ~! [Y7_7] : ((q(X6_299_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [13592] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_299_2) <=> q(Y7_7)))
% 251.92/36.18 -> [13593] ~(q(X6_299_2) <=> q(skolem_Y77(X6_299_2)))
% 251.92/36.18
% 251.92/36.18 [13593] BETA_NOT_EQUIV : ~(q(X6_299_2) <=> q(skolem_Y77(X6_299_2)))
% 251.92/36.18 -> [13594] ~q(X6_299_2), q(skolem_Y77(X6_299_2))
% 251.92/36.18 -> [13595] q(X6_299_2), ~q(skolem_Y77(X6_299_2))
% 251.92/36.18
% 251.92/36.18 [13594] CLOSURE : q(skolem_Y77(X6_299_2))
% 251.92/36.18
% 251.92/36.18 [13595] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [35952] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [35952] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [35953] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [35954] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [35954] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [35953] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [35988] s(Y9_513_4)
% 251.92/36.18
% 251.92/36.18 [35988] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [36006] p(Y13_454_5)
% 251.92/36.18
% 251.92/36.18 [36006] CLOSURE : p(Y13_454_5)
% 251.92/36.18
% 251.92/36.18 [4998] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [5001] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5001] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [6297] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [6297] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [8249] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [8249] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [8251] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [8251] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [8253] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [8254] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [8253] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [8254] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [9956] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [9956] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [17867] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [17867] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [17868] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [17868] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [17869] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [17870] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17869] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [17870] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [3528] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.18 -> [4365] ~s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [4365] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.18 -> [4366] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [4367] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18
% 251.92/36.18 [4366] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.18 -> [4893] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [4894] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18
% 251.92/36.18 [4894] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [5710] s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [5710] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [27967] ~p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [27967] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [27969] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [27970] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [27969] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [27999] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [28000] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [28000] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [28001] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [28001] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [28105] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [28105] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [28226] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [28226] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [28227] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [28227] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [28228] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [28229] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [28229] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [28228] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [28533] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [28533] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [28577] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [28577] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [28578] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [28578] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [28579] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [28580] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [28579] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [28580] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [27999] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [28029] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [28029] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [28030] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [28030] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [28031] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [28032] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [28032] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [28031] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [28223] ~q(X6_857_2)
% 251.92/36.18
% 251.92/36.18 [28223] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [28317] ~! [Y7_7] : ((q(X6_857_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [28317] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_857_2) <=> q(Y7_7)))
% 251.92/36.18 -> [28318] ~(q(X6_857_2) <=> q(skolem_Y77(X6_857_2)))
% 251.92/36.18
% 251.92/36.18 [28318] BETA_NOT_EQUIV : ~(q(X6_857_2) <=> q(skolem_Y77(X6_857_2)))
% 251.92/36.18 -> [28319] ~q(X6_857_2), q(skolem_Y77(X6_857_2))
% 251.92/36.18 -> [28320] q(X6_857_2), ~q(skolem_Y77(X6_857_2))
% 251.92/36.18
% 251.92/36.18 [28320] CLOSURE : q(X6_857_2)
% 251.92/36.18
% 251.92/36.18 [28319] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [28590] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [28590] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [28592] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [28593] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28593] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28592] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [28633] ~r(X8_657_4)
% 251.92/36.18
% 251.92/36.18 [28633] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [28664] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [28664] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.18 -> [28665] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.18
% 251.92/36.18 [28665] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.18 -> [28666] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.18 -> [28667] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [28667] CLOSURE : s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [28666] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [28736] ~p(X16_76_6)
% 251.92/36.18
% 251.92/36.18 [28736] CLOSURE : ~p(X16_76_6)
% 251.92/36.18
% 251.92/36.18 [27970] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [27977] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [27977] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [27978] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [27979] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [27978] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [28008] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [28008] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [28010] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [28010] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [28011] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [28011] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [28012] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [28013] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [28013] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [28012] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [28237] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [28237] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [28321] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [28321] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [28322] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [28322] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [28323] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [28324] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [28323] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [28324] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [27979] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [27981] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [27981] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [28068] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [28068] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [28069] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [28069] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [28071] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [28072] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [28072] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [28071] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [28469] ~q(X6_863_2)
% 251.92/36.18
% 251.92/36.18 [28469] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [28541] ~! [Y7_7] : ((q(X6_863_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [28541] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_863_2) <=> q(Y7_7)))
% 251.92/36.18 -> [28542] ~(q(X6_863_2) <=> q(skolem_Y77(X6_863_2)))
% 251.92/36.18
% 251.92/36.18 [28542] BETA_NOT_EQUIV : ~(q(X6_863_2) <=> q(skolem_Y77(X6_863_2)))
% 251.92/36.18 -> [28543] ~q(X6_863_2), q(skolem_Y77(X6_863_2))
% 251.92/36.18 -> [28544] q(X6_863_2), ~q(skolem_Y77(X6_863_2))
% 251.92/36.18
% 251.92/36.18 [28544] CLOSURE : q(X6_863_2)
% 251.92/36.18
% 251.92/36.18 [28543] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [28841] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [28841] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [28842] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [28843] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28843] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28842] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [28856] ~r(X8_671_4)
% 251.92/36.18
% 251.92/36.18 [28856] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18 -> [28870] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [28870] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.18 -> [28871] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.18 -> [28872] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [28872] CLOSURE : s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [28871] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [28901] q(Y17_59_6)
% 251.92/36.18
% 251.92/36.18 [28901] CLOSURE : q(Y17_59_6)
% 251.92/36.18
% 251.92/36.18 [4893] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [5702] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [5703] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [5702] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [27455] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [27456] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [27456] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [27458] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [27458] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [27509] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [27509] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [27510] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [27510] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [27511] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [27511] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [27512] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [27513] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [27512] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [27513] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [27613] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [27613] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [27614] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [27614] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [27615] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [27615] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [27616] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [27617] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [27616] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [27617] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [27455] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [27501] ~! [Y3_3] : ((p(X2_857_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [27501] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_857_0) <=> p(Y3_3)))
% 251.92/36.18 -> [27502] ~(p(X2_857_0) <=> p(skolem_Y33(X2_857_0)))
% 251.92/36.18
% 251.92/36.18 [27502] BETA_NOT_EQUIV : ~(p(X2_857_0) <=> p(skolem_Y33(X2_857_0)))
% 251.92/36.18 -> [27503] ~p(X2_857_0), p(skolem_Y33(X2_857_0))
% 251.92/36.18 -> [27504] p(X2_857_0), ~p(skolem_Y33(X2_857_0))
% 251.92/36.18
% 251.92/36.18 [27504] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [27553] ~q(X6_846_2)
% 251.92/36.18
% 251.92/36.18 [27553] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [27554] ~! [Y7_7] : ((q(X6_846_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [27554] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_846_2) <=> q(Y7_7)))
% 251.92/36.18 -> [27555] ~(q(X6_846_2) <=> q(skolem_Y77(X6_846_2)))
% 251.92/36.18
% 251.92/36.18 [27555] BETA_NOT_EQUIV : ~(q(X6_846_2) <=> q(skolem_Y77(X6_846_2)))
% 251.92/36.18 -> [27556] ~q(X6_846_2), q(skolem_Y77(X6_846_2))
% 251.92/36.18 -> [27557] q(X6_846_2), ~q(skolem_Y77(X6_846_2))
% 251.92/36.18
% 251.92/36.18 [27557] CLOSURE : q(X6_846_2)
% 251.92/36.18
% 251.92/36.18 [27556] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [28077] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [28077] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [28078] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [28079] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28079] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28078] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [28271] ~r(X8_629_4)
% 251.92/36.18
% 251.92/36.18 [28271] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [28385] ~s(X12_314_5)
% 251.92/36.18
% 251.92/36.18 [28385] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [28480] p(Y13_264_6)
% 251.92/36.18
% 251.92/36.18 [28480] CLOSURE : p(Y13_264_6)
% 251.92/36.18
% 251.92/36.18 [27503] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [27607] ~q(X6_848_2)
% 251.92/36.18
% 251.92/36.18 [27607] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [27608] ~! [Y7_7] : ((q(X6_848_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [27608] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_848_2) <=> q(Y7_7)))
% 251.92/36.18 -> [27609] ~(q(X6_848_2) <=> q(skolem_Y77(X6_848_2)))
% 251.92/36.18
% 251.92/36.18 [27609] BETA_NOT_EQUIV : ~(q(X6_848_2) <=> q(skolem_Y77(X6_848_2)))
% 251.92/36.18 -> [27610] ~q(X6_848_2), q(skolem_Y77(X6_848_2))
% 251.92/36.18 -> [27611] q(X6_848_2), ~q(skolem_Y77(X6_848_2))
% 251.92/36.18
% 251.92/36.18 [27611] CLOSURE : q(X6_848_2)
% 251.92/36.18
% 251.92/36.18 [27610] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [28122] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [28122] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [28123] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [28124] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28124] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28123] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [28348] ~r(X8_634_4)
% 251.92/36.18
% 251.92/36.18 [28348] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [28454] ~s(X12_321_5)
% 251.92/36.18
% 251.92/36.18 [28454] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [28603] p(Y13_267_6)
% 251.92/36.18
% 251.92/36.18 [28603] CLOSURE : p(Y13_267_6)
% 251.92/36.18
% 251.92/36.18 [5703] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [5704] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [5704] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [5705] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5706] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [5706] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [5707] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5707] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [27878] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [27878] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [27879] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [27879] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [27880] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [27881] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [27880] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [27881] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [27929] ~q(X6_854_2)
% 251.92/36.18
% 251.92/36.18 [27929] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [27930] ~! [Y7_7] : ((q(X6_854_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [27930] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_854_2) <=> q(Y7_7)))
% 251.92/36.18 -> [27931] ~(q(X6_854_2) <=> q(skolem_Y77(X6_854_2)))
% 251.92/36.18
% 251.92/36.18 [27931] BETA_NOT_EQUIV : ~(q(X6_854_2) <=> q(skolem_Y77(X6_854_2)))
% 251.92/36.18 -> [27932] ~q(X6_854_2), q(skolem_Y77(X6_854_2))
% 251.92/36.18 -> [27933] q(X6_854_2), ~q(skolem_Y77(X6_854_2))
% 251.92/36.18
% 251.92/36.18 [27933] CLOSURE : q(X6_854_2)
% 251.92/36.18
% 251.92/36.18 [27932] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [28344] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [28344] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [28345] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [28346] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28346] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28345] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [28453] ~r(X8_643_4)
% 251.92/36.18
% 251.92/36.18 [28453] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [28490] ~s(X12_325_5)
% 251.92/36.18
% 251.92/36.18 [28490] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [28604] p(Y13_268_6)
% 251.92/36.18
% 251.92/36.18 [28604] CLOSURE : p(Y13_268_6)
% 251.92/36.18
% 251.92/36.18 [5705] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [7032] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7032] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [7036] ~! [Y3_3] : ((p(X2_265_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [7036] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_265_0) <=> p(Y3_3)))
% 251.92/36.18 -> [7037] ~(p(X2_265_0) <=> p(skolem_Y33(X2_265_0)))
% 251.92/36.18
% 251.92/36.18 [7037] BETA_NOT_EQUIV : ~(p(X2_265_0) <=> p(skolem_Y33(X2_265_0)))
% 251.92/36.18 -> [7038] ~p(X2_265_0), p(skolem_Y33(X2_265_0))
% 251.92/36.18 -> [7039] p(X2_265_0), ~p(skolem_Y33(X2_265_0))
% 251.92/36.18
% 251.92/36.18 [7039] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [7228] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [7228] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [7231] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [7231] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [7234] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [7234] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [7235] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [7236] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [7235] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [7236] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [7038] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [7465] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [7465] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [7468] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [7468] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [7469] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [7469] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [7470] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [7471] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [7470] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [7471] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [4367] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.18 -> [4369] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [4370] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.18
% 251.92/36.18 [4369] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [4910] ~p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [4910] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [4914] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4915] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [4914] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [5724] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5725] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [5724] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [28194] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [28194] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [28195] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [28195] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [28196] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [28196] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [28197] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [28198] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [28198] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [28197] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [28301] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [28301] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [28302] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [28302] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [28303] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [28303] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [28304] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [28305] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [28304] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [28305] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5725] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [5726] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5726] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [28370] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [28370] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [28371] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [28371] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [28373] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [28374] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [28374] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [28373] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [28514] ~q(X6_861_2)
% 251.92/36.18
% 251.92/36.18 [28514] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [28515] ~! [Y7_7] : ((q(X6_861_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [28515] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_861_2) <=> q(Y7_7)))
% 251.92/36.18 -> [28516] ~(q(X6_861_2) <=> q(skolem_Y77(X6_861_2)))
% 251.92/36.18
% 251.92/36.18 [28516] BETA_NOT_EQUIV : ~(q(X6_861_2) <=> q(skolem_Y77(X6_861_2)))
% 251.92/36.18 -> [28517] ~q(X6_861_2), q(skolem_Y77(X6_861_2))
% 251.92/36.18 -> [28518] q(X6_861_2), ~q(skolem_Y77(X6_861_2))
% 251.92/36.18
% 251.92/36.18 [28518] CLOSURE : q(X6_861_2)
% 251.92/36.18
% 251.92/36.18 [28517] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [28807] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [28807] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [28808] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [28809] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28809] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [28808] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [28897] ~r(X8_674_4)
% 251.92/36.18
% 251.92/36.18 [28897] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [28937] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [28937] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [28967] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [28967] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.18 -> [28968] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.18
% 251.92/36.18 [28968] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.18 -> [28969] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.18 -> [28970] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [28969] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.18
% 251.92/36.18 [28970] CLOSURE : s(skolem_Y99)
% 251.92/36.18
% 251.92/36.18 [4915] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [4918] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [4918] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4921] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [4922] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [4921] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5727] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5727] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.18 -> [5728] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18
% 251.92/36.18 [5728] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.18 -> [5729] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.18 -> [5730] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.18
% 251.92/36.18 [5730] CLOSURE : p(skolem_Y1313)
% 251.92/36.18
% 251.92/36.18 [5729] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [7413] ~q(X6_101_2)
% 251.92/36.18
% 251.92/36.18 [7413] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [7414] ~! [Y7_7] : ((q(X6_101_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [7414] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_101_2) <=> q(Y7_7)))
% 251.92/36.18 -> [7415] ~(q(X6_101_2) <=> q(skolem_Y77(X6_101_2)))
% 251.92/36.18
% 251.92/36.18 [7415] BETA_NOT_EQUIV : ~(q(X6_101_2) <=> q(skolem_Y77(X6_101_2)))
% 251.92/36.18 -> [7417] ~q(X6_101_2), q(skolem_Y77(X6_101_2))
% 251.92/36.18 -> [7418] q(X6_101_2), ~q(skolem_Y77(X6_101_2))
% 251.92/36.18
% 251.92/36.18 [7418] CLOSURE : q(X6_101_2)
% 251.92/36.18
% 251.92/36.18 [7417] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [32896] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [32896] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [32897] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [32898] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [32898] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [32897] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [32997] ~r(X8_841_4)
% 251.92/36.18
% 251.92/36.18 [32997] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [33045] ~s(skolem_X1414)
% 251.92/36.18
% 251.92/36.18 [33045] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18 -> [33113] (s(skolem_X1414) <=> s(Y15_188_6))
% 251.92/36.18
% 251.92/36.18 [33113] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_188_6))
% 251.92/36.18 -> [33114] ~s(skolem_X1414), ~s(Y15_188_6)
% 251.92/36.18 -> [33115] s(skolem_X1414), s(Y15_188_6)
% 251.92/36.18
% 251.92/36.18 [33115] CLOSURE : s(Y15_188_6)
% 251.92/36.18
% 251.92/36.18 [33114] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [33195] ~p(X16_126_7)
% 251.92/36.18
% 251.92/36.18 [33195] CLOSURE : ~p(X16_126_7)
% 251.92/36.18
% 251.92/36.18 [4922] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [4927] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [4927] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5736] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [5736] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5738] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5738] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [5741] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [5741] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [5742] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [5743] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [5742] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5743] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [20666] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [20666] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [20667] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [20667] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [20668] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [20668] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [20669] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [20670] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [20669] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [20670] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [4370] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.18 -> [4371] s(skolem_X1212)
% 251.92/36.18
% 251.92/36.18 [4371] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.18 -> [4933] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4934] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18
% 251.92/36.18 [4933] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [5752] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [5753] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [5753] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [5758] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [5758] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [20957] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [20957] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [20958] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [20958] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [20959] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [20960] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [20959] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [20960] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [33517] ~q(X6_1010_2)
% 251.92/36.18
% 251.92/36.18 [33517] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [33542] ~! [Y7_7] : ((q(X6_1010_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [33542] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1010_2) <=> q(Y7_7)))
% 251.92/36.18 -> [33543] ~(q(X6_1010_2) <=> q(skolem_Y77(X6_1010_2)))
% 251.92/36.18
% 251.92/36.18 [33543] BETA_NOT_EQUIV : ~(q(X6_1010_2) <=> q(skolem_Y77(X6_1010_2)))
% 251.92/36.18 -> [33544] ~q(X6_1010_2), q(skolem_Y77(X6_1010_2))
% 251.92/36.18 -> [33545] q(X6_1010_2), ~q(skolem_Y77(X6_1010_2))
% 251.92/36.18
% 251.92/36.18 [33545] CLOSURE : q(X6_1010_2)
% 251.92/36.18
% 251.92/36.18 [33544] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [33793] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [33793] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [33794] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [33795] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [33795] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [33794] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [33967] ~r(X8_880_4)
% 251.92/36.18
% 251.92/36.18 [33967] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [34085] p(Y13_404_5)
% 251.92/36.18
% 251.92/36.18 [34085] CLOSURE : p(Y13_404_5)
% 251.92/36.18
% 251.92/36.18 [5752] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [10749] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [10749] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [10755] ~! [Y3_3] : ((p(X2_459_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [10755] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_459_0) <=> p(Y3_3)))
% 251.92/36.18 -> [10758] ~(p(X2_459_0) <=> p(skolem_Y33(X2_459_0)))
% 251.92/36.18
% 251.92/36.18 [10758] BETA_NOT_EQUIV : ~(p(X2_459_0) <=> p(skolem_Y33(X2_459_0)))
% 251.92/36.18 -> [10759] ~p(X2_459_0), p(skolem_Y33(X2_459_0))
% 251.92/36.18 -> [10760] p(X2_459_0), ~p(skolem_Y33(X2_459_0))
% 251.92/36.18
% 251.92/36.18 [10759] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [13505] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [13505] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [14874] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [14874] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [14876] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [14876] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [14878] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [14879] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [14878] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [14879] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [10760] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [12752] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [12752] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [13931] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [13931] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.18 -> [13932] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18
% 251.92/36.18 [13932] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.18 -> [13933] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.18 -> [13934] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [13933] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.18
% 251.92/36.18 [13934] CLOSURE : q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [4934] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.18 -> [4935] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.18
% 251.92/36.18 [4935] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.18 -> [4937] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [4938] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18
% 251.92/36.18 [4938] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.18 -> [4939] p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [4939] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.18 -> [11285] ~q(skolem_Y1717)
% 251.92/36.18
% 251.92/36.18 [11285] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [31020] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [31020] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.18 -> [31021] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18
% 251.92/36.18 [31021] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.18 -> [31022] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.18 -> [31023] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.18
% 251.92/36.18 [31022] CLOSURE : ~p(skolem_X1616)
% 251.92/36.18
% 251.92/36.18 [31023] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [31058] ~q(X6_924_2)
% 251.92/36.18
% 251.92/36.18 [31058] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [31064] ~! [Y7_7] : ((q(X6_924_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [31064] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_924_2) <=> q(Y7_7)))
% 251.92/36.18 -> [31065] ~(q(X6_924_2) <=> q(skolem_Y77(X6_924_2)))
% 251.92/36.18
% 251.92/36.18 [31065] BETA_NOT_EQUIV : ~(q(X6_924_2) <=> q(skolem_Y77(X6_924_2)))
% 251.92/36.18 -> [31066] ~q(X6_924_2), q(skolem_Y77(X6_924_2))
% 251.92/36.18 -> [31067] q(X6_924_2), ~q(skolem_Y77(X6_924_2))
% 251.92/36.18
% 251.92/36.18 [31067] CLOSURE : q(X6_924_2)
% 251.92/36.18
% 251.92/36.18 [31066] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.18 -> [31118] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18
% 251.92/36.18 [31118] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.18 -> [31119] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.18 -> [31120] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [31120] CLOSURE : r(skolem_Y55)
% 251.92/36.18
% 251.92/36.18 [31119] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.18 -> [31130] ~r(X8_759_4)
% 251.92/36.18
% 251.92/36.18 [31130] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.18 -> [31164] p(Y13_333_5)
% 251.92/36.18
% 251.92/36.18 [31164] CLOSURE : p(Y13_333_5)
% 251.92/36.18
% 251.92/36.18 [4937] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.18 -> [5769] ~! [Y3_3] : ((p(X2_212_0) <=> p(Y3_3)))
% 251.92/36.18
% 251.92/36.18 [5769] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_212_0) <=> p(Y3_3)))
% 251.92/36.18 -> [5772] ~(p(X2_212_0) <=> p(skolem_Y33(X2_212_0)))
% 251.92/36.18
% 251.92/36.18 [5772] BETA_NOT_EQUIV : ~(p(X2_212_0) <=> p(skolem_Y33(X2_212_0)))
% 251.92/36.18 -> [5773] ~p(X2_212_0), p(skolem_Y33(X2_212_0))
% 251.92/36.18 -> [5774] p(X2_212_0), ~p(skolem_Y33(X2_212_0))
% 251.92/36.18
% 251.92/36.18 [5774] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.18 -> [21356] ~q(X6_669_2)
% 251.92/36.18
% 251.92/36.18 [21356] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.18 -> [22356] ~! [Y7_7] : ((q(X6_669_2) <=> q(Y7_7)))
% 251.92/36.18
% 251.92/36.18 [22356] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_669_2) <=> q(Y7_7)))
% 251.92/36.19 -> [22358] ~(q(X6_669_2) <=> q(skolem_Y77(X6_669_2)))
% 251.92/36.19
% 251.92/36.19 [22358] BETA_NOT_EQUIV : ~(q(X6_669_2) <=> q(skolem_Y77(X6_669_2)))
% 251.92/36.19 -> [22361] ~q(X6_669_2), q(skolem_Y77(X6_669_2))
% 251.92/36.19 -> [22362] q(X6_669_2), ~q(skolem_Y77(X6_669_2))
% 251.92/36.19
% 251.92/36.19 [22362] CLOSURE : q(X6_669_2)
% 251.92/36.19
% 251.92/36.19 [22361] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [24139] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [24139] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [24140] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [24141] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24141] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24140] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [24611] ~r(X8_432_4)
% 251.92/36.19
% 251.92/36.19 [24611] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [24852] p(Y13_168_5)
% 251.92/36.19
% 251.92/36.19 [24852] CLOSURE : p(Y13_168_5)
% 251.92/36.19
% 251.92/36.19 [5773] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [41434] ~q(X6_1283_2)
% 251.92/36.19
% 251.92/36.19 [41434] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [41549] ~! [Y7_7] : ((q(X6_1283_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [41549] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1283_2) <=> q(Y7_7)))
% 251.92/36.19 -> [41550] ~(q(X6_1283_2) <=> q(skolem_Y77(X6_1283_2)))
% 251.92/36.19
% 251.92/36.19 [41550] BETA_NOT_EQUIV : ~(q(X6_1283_2) <=> q(skolem_Y77(X6_1283_2)))
% 251.92/36.19 -> [41551] ~q(X6_1283_2), q(skolem_Y77(X6_1283_2))
% 251.92/36.19 -> [41552] q(X6_1283_2), ~q(skolem_Y77(X6_1283_2))
% 251.92/36.19
% 251.92/36.19 [41552] CLOSURE : q(X6_1283_2)
% 251.92/36.19
% 251.92/36.19 [41551] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [42043] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [42043] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [42044] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [42045] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [42045] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [42044] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [42155] ~r(X8_1331_4)
% 251.92/36.19
% 251.92/36.19 [42155] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [42201] p(Y13_635_5)
% 251.92/36.19
% 251.92/36.19 [42201] CLOSURE : p(Y13_635_5)
% 251.92/36.19
% 251.92/36.19 [3523] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.19 -> [4340] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [4341] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.19
% 251.92/36.19 [4341] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [4345] r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [4345] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.19 -> [4347] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [4348] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19
% 251.92/36.19 [4348] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [4356] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [4357] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [4356] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [4877] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [4877] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [4880] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [4881] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [4881] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [4882] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [4882] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [4883] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [4884] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [4883] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5676] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [5676] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [5677] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [5677] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [5680] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [5680] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [5681] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [5682] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [5682] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [5681] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27072] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27072] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [27269] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [27269] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [27270] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [27270] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [27272] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [27273] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27272] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27273] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [4884] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [4888] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [4888] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27022] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27022] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [27024] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [27024] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [27026] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [27027] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [27026] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [27027] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27671] ~q(X6_852_2)
% 251.92/36.19
% 251.92/36.19 [27671] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [27807] ~! [Y7_7] : ((q(X6_852_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [27807] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_852_2) <=> q(Y7_7)))
% 251.92/36.19 -> [27808] ~(q(X6_852_2) <=> q(skolem_Y77(X6_852_2)))
% 251.92/36.19
% 251.92/36.19 [27808] BETA_NOT_EQUIV : ~(q(X6_852_2) <=> q(skolem_Y77(X6_852_2)))
% 251.92/36.19 -> [27809] ~q(X6_852_2), q(skolem_Y77(X6_852_2))
% 251.92/36.19 -> [27810] q(X6_852_2), ~q(skolem_Y77(X6_852_2))
% 251.92/36.19
% 251.92/36.19 [27810] CLOSURE : q(X6_852_2)
% 251.92/36.19
% 251.92/36.19 [27809] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [28260] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [28260] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [28261] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [28261] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [28263] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [28264] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28264] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28263] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28391] s(Y9_335_4)
% 251.92/36.19
% 251.92/36.19 [28391] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28397] ~s(X12_317_5)
% 251.92/36.19
% 251.92/36.19 [28397] CLOSURE : ~s(X12_317_5)
% 251.92/36.19
% 251.92/36.19 [4880] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5671] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5672] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5672] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5673] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5673] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [26916] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [26916] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27233] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27233] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [27235] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [27235] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [27238] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [27239] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [27239] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [27238] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [28362] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [28362] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [28415] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [28415] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [28416] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [28416] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [28417] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [28418] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [28417] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [28418] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [5671] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [10585] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [10585] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [10588] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [10588] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [10589] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [10590] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [10590] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [10589] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [13009] ~q(X6_921_2)
% 251.92/36.19
% 251.92/36.19 [13009] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [30988] ~! [Y7_7] : ((q(X6_921_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [30988] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_921_2) <=> q(Y7_7)))
% 251.92/36.19 -> [30989] ~(q(X6_921_2) <=> q(skolem_Y77(X6_921_2)))
% 251.92/36.19
% 251.92/36.19 [30989] BETA_NOT_EQUIV : ~(q(X6_921_2) <=> q(skolem_Y77(X6_921_2)))
% 251.92/36.19 -> [30990] ~q(X6_921_2), q(skolem_Y77(X6_921_2))
% 251.92/36.19 -> [30991] q(X6_921_2), ~q(skolem_Y77(X6_921_2))
% 251.92/36.19
% 251.92/36.19 [30991] CLOSURE : q(X6_921_2)
% 251.92/36.19
% 251.92/36.19 [30990] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [31041] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [31041] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19 -> [31042] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19
% 251.92/36.19 [31042] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19 -> [31043] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.19 -> [31044] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [31043] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [31044] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [31636] s(Y9_392_4)
% 251.92/36.19
% 251.92/36.19 [31636] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [31669] ~s(X12_411_5)
% 251.92/36.19
% 251.92/36.19 [31669] CLOSURE : ~s(X12_411_5)
% 251.92/36.19
% 251.92/36.19 [4357] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [4361] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [4361] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [5690] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5691] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [5690] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [27047] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [27048] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [27048] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [27049] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [27049] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [27132] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [27132] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27382] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27382] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [27383] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [27383] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [27384] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [27385] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [27384] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [27385] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27543] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27543] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [27674] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [27674] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [27675] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [27675] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [27676] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [27677] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27676] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27677] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [27047] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27073] ~! [Y3_3] : ((p(X2_847_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27073] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_847_0) <=> p(Y3_3)))
% 251.92/36.19 -> [27074] ~(p(X2_847_0) <=> p(skolem_Y33(X2_847_0)))
% 251.92/36.19
% 251.92/36.19 [27074] BETA_NOT_EQUIV : ~(p(X2_847_0) <=> p(skolem_Y33(X2_847_0)))
% 251.92/36.19 -> [27075] ~p(X2_847_0), p(skolem_Y33(X2_847_0))
% 251.92/36.19 -> [27076] p(X2_847_0), ~p(skolem_Y33(X2_847_0))
% 251.92/36.19
% 251.92/36.19 [27075] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27431] ~q(X6_843_2)
% 251.92/36.19
% 251.92/36.19 [27431] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [27479] ~! [Y7_7] : ((q(X6_843_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [27479] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_843_2) <=> q(Y7_7)))
% 251.92/36.19 -> [27480] ~(q(X6_843_2) <=> q(skolem_Y77(X6_843_2)))
% 251.92/36.19
% 251.92/36.19 [27480] BETA_NOT_EQUIV : ~(q(X6_843_2) <=> q(skolem_Y77(X6_843_2)))
% 251.92/36.19 -> [27481] ~q(X6_843_2), q(skolem_Y77(X6_843_2))
% 251.92/36.19 -> [27482] q(X6_843_2), ~q(skolem_Y77(X6_843_2))
% 251.92/36.19
% 251.92/36.19 [27482] CLOSURE : q(X6_843_2)
% 251.92/36.19
% 251.92/36.19 [27481] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27567] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27567] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27569] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27569] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27570] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27571] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27571] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27570] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [27645] s(Y9_310_4)
% 251.92/36.19
% 251.92/36.19 [27645] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [27657] p(Y13_249_5)
% 251.92/36.19
% 251.92/36.19 [27657] CLOSURE : p(Y13_249_5)
% 251.92/36.19
% 251.92/36.19 [27076] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27381] ~q(X6_844_2)
% 251.92/36.19
% 251.92/36.19 [27381] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [27483] ~! [Y7_7] : ((q(X6_844_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [27483] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_844_2) <=> q(Y7_7)))
% 251.92/36.19 -> [27484] ~(q(X6_844_2) <=> q(skolem_Y77(X6_844_2)))
% 251.92/36.19
% 251.92/36.19 [27484] BETA_NOT_EQUIV : ~(q(X6_844_2) <=> q(skolem_Y77(X6_844_2)))
% 251.92/36.19 -> [27485] ~q(X6_844_2), q(skolem_Y77(X6_844_2))
% 251.92/36.19 -> [27486] q(X6_844_2), ~q(skolem_Y77(X6_844_2))
% 251.92/36.19
% 251.92/36.19 [27486] CLOSURE : q(X6_844_2)
% 251.92/36.19
% 251.92/36.19 [27485] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [28182] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [28182] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [28188] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [28188] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [28189] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [28190] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28190] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28189] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28325] s(Y9_332_4)
% 251.92/36.19
% 251.92/36.19 [28325] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [28366] p(Y13_258_5)
% 251.92/36.19
% 251.92/36.19 [28366] CLOSURE : p(Y13_258_5)
% 251.92/36.19
% 251.92/36.19 [5691] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [5694] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [5694] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5697] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5698] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5697] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [10642] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [10642] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [12019] ~! [Y3_3] : ((p(X2_504_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [12019] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_504_0) <=> p(Y3_3)))
% 251.92/36.19 -> [12020] ~(p(X2_504_0) <=> p(skolem_Y33(X2_504_0)))
% 251.92/36.19
% 251.92/36.19 [12020] BETA_NOT_EQUIV : ~(p(X2_504_0) <=> p(skolem_Y33(X2_504_0)))
% 251.92/36.19 -> [12021] ~p(X2_504_0), p(skolem_Y33(X2_504_0))
% 251.92/36.19 -> [12022] p(X2_504_0), ~p(skolem_Y33(X2_504_0))
% 251.92/36.19
% 251.92/36.19 [12021] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [31471] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [31471] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [31592] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [31592] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [31593] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [31593] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [31594] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [31595] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [31594] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [31595] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [12022] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [31488] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [31488] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [31615] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [31615] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [31616] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [31616] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [31617] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [31618] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [31617] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [31618] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [5698] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5700] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5700] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [11100] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [11100] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [11101] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [11101] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [11102] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [11103] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [11102] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [11103] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [13056] ~q(X6_951_2)
% 251.92/36.19
% 251.92/36.19 [13056] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [31823] ~! [Y7_7] : ((q(X6_951_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [31823] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_951_2) <=> q(Y7_7)))
% 251.92/36.19 -> [31827] ~(q(X6_951_2) <=> q(skolem_Y77(X6_951_2)))
% 251.92/36.19
% 251.92/36.19 [31827] BETA_NOT_EQUIV : ~(q(X6_951_2) <=> q(skolem_Y77(X6_951_2)))
% 251.92/36.19 -> [31829] ~q(X6_951_2), q(skolem_Y77(X6_951_2))
% 251.92/36.19 -> [31830] q(X6_951_2), ~q(skolem_Y77(X6_951_2))
% 251.92/36.19
% 251.92/36.19 [31830] CLOSURE : q(X6_951_2)
% 251.92/36.19
% 251.92/36.19 [31829] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [32217] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [32217] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [32218] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [32218] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [32219] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [32220] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [32220] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [32219] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [32448] s(Y9_410_4)
% 251.92/36.19
% 251.92/36.19 [32448] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [32486] p(Y13_371_5)
% 251.92/36.19
% 251.92/36.19 [32486] CLOSURE : p(Y13_371_5)
% 251.92/36.19
% 251.92/36.19 [4347] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [4867] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [4868] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [4868] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [4871] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [4871] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [26373] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [26373] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [26503] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [26504] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [26504] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [26650] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [26650] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [26651] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [26652] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [26652] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [26654] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [26654] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [26742] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [26742] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [26824] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [26824] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [26825] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [26825] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [26826] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [26827] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [26827] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [26826] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27403] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27403] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [27505] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [27505] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [27506] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [27506] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [27507] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [27508] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27507] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27508] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [26651] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [26681] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [26681] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [26682] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [26682] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [26685] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [26686] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [26686] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [26685] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [26820] ~q(skolem_Y77(X6_832_2))
% 251.92/36.19
% 251.92/36.19 [26820] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [26943] ~! [Y7_7] : ((q(X6_832_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [26943] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_832_2) <=> q(Y7_7)))
% 251.92/36.19 -> [26944] ~(q(X6_832_2) <=> q(skolem_Y77(X6_832_2)))
% 251.92/36.19
% 251.92/36.19 [26944] BETA_NOT_EQUIV : ~(q(X6_832_2) <=> q(skolem_Y77(X6_832_2)))
% 251.92/36.19 -> [26945] ~q(X6_832_2), q(skolem_Y77(X6_832_2))
% 251.92/36.19 -> [26946] q(X6_832_2), ~q(skolem_Y77(X6_832_2))
% 251.92/36.19
% 251.92/36.19 [26945] CLOSURE : q(skolem_Y77(X6_832_2))
% 251.92/36.19
% 251.92/36.19 [26946] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27494] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27494] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27495] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27495] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27496] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27497] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27497] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27496] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [27760] s(skolem_X1414)
% 251.92/36.19
% 251.92/36.19 [27760] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19 -> [27814] (s(skolem_X1414) <=> s(Y15_111_5))
% 251.92/36.19
% 251.92/36.19 [27814] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_111_5))
% 251.92/36.19 -> [27816] ~s(skolem_X1414), ~s(Y15_111_5)
% 251.92/36.19 -> [27817] s(skolem_X1414), s(Y15_111_5)
% 251.92/36.19
% 251.92/36.19 [27817] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [27859] ~p(X16_70_6)
% 251.92/36.19
% 251.92/36.19 [27859] CLOSURE : ~p(X16_70_6)
% 251.92/36.19
% 251.92/36.19 [27816] CLOSURE : ~s(Y15_111_5)
% 251.92/36.19
% 251.92/36.19 [26503] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [26678] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [26679] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [26678] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [26712] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [26712] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [26781] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [26781] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [26782] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [26782] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [26783] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [26784] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [26784] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [26783] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27250] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27250] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [27340] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [27340] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [27341] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [27341] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [27342] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [27343] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27342] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [27343] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [26679] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [26680] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [26680] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [26753] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [26753] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [26754] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [26754] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [26755] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [26756] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [26756] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [26755] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27211] ~q(X6_841_2)
% 251.92/36.19
% 251.92/36.19 [27211] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [27319] ~! [Y7_7] : ((q(X6_841_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [27319] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_841_2) <=> q(Y7_7)))
% 251.92/36.19 -> [27320] ~(q(X6_841_2) <=> q(skolem_Y77(X6_841_2)))
% 251.92/36.19
% 251.92/36.19 [27320] BETA_NOT_EQUIV : ~(q(X6_841_2) <=> q(skolem_Y77(X6_841_2)))
% 251.92/36.19 -> [27321] ~q(X6_841_2), q(skolem_Y77(X6_841_2))
% 251.92/36.19 -> [27322] q(X6_841_2), ~q(skolem_Y77(X6_841_2))
% 251.92/36.19
% 251.92/36.19 [27322] CLOSURE : q(X6_841_2)
% 251.92/36.19
% 251.92/36.19 [27321] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27710] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27710] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27711] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27711] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27712] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27713] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27713] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27712] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [27800] s(skolem_Y1515(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [27800] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [27824] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [27824] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.19 -> [27825] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.19
% 251.92/36.19 [27825] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.19 -> [27826] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.19 -> [27827] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [27827] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [27826] CLOSURE : ~s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [4867] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [5655] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5656] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [5656] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [5657] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [5657] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5659] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5660] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5660] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5661] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5661] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [26265] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [26265] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [26412] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [26412] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [26413] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [26413] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [26414] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [26415] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [26414] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [26415] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [26615] ~q(X6_823_2)
% 251.92/36.19
% 251.92/36.19 [26615] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [26692] ~! [Y7_7] : ((q(X6_823_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [26692] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_823_2) <=> q(Y7_7)))
% 251.92/36.19 -> [26694] ~(q(X6_823_2) <=> q(skolem_Y77(X6_823_2)))
% 251.92/36.19
% 251.92/36.19 [26694] BETA_NOT_EQUIV : ~(q(X6_823_2) <=> q(skolem_Y77(X6_823_2)))
% 251.92/36.19 -> [26697] ~q(X6_823_2), q(skolem_Y77(X6_823_2))
% 251.92/36.19 -> [26698] q(X6_823_2), ~q(skolem_Y77(X6_823_2))
% 251.92/36.19
% 251.92/36.19 [26698] CLOSURE : q(X6_823_2)
% 251.92/36.19
% 251.92/36.19 [26697] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27094] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27094] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27096] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27096] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27099] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27100] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27100] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27099] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [27541] s(Y9_308_4)
% 251.92/36.19
% 251.92/36.19 [27541] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [27572] ~s(X12_299_5)
% 251.92/36.19
% 251.92/36.19 [27572] CLOSURE : ~s(X12_299_5)
% 251.92/36.19
% 251.92/36.19 [5659] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [26072] ~! [Y3_3] : ((p(X2_802_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [26072] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_802_0) <=> p(Y3_3)))
% 251.92/36.19 -> [26073] ~(p(X2_802_0) <=> p(skolem_Y33(X2_802_0)))
% 251.92/36.19
% 251.92/36.19 [26073] BETA_NOT_EQUIV : ~(p(X2_802_0) <=> p(skolem_Y33(X2_802_0)))
% 251.92/36.19 -> [26074] ~p(X2_802_0), p(skolem_Y33(X2_802_0))
% 251.92/36.19 -> [26075] p(X2_802_0), ~p(skolem_Y33(X2_802_0))
% 251.92/36.19
% 251.92/36.19 [26074] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [26363] ~q(X6_812_2)
% 251.92/36.19
% 251.92/36.19 [26363] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [26464] ~! [Y7_7] : ((q(X6_812_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [26464] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_812_2) <=> q(Y7_7)))
% 251.92/36.19 -> [26466] ~(q(X6_812_2) <=> q(skolem_Y77(X6_812_2)))
% 251.92/36.19
% 251.92/36.19 [26466] BETA_NOT_EQUIV : ~(q(X6_812_2) <=> q(skolem_Y77(X6_812_2)))
% 251.92/36.19 -> [26467] ~q(X6_812_2), q(skolem_Y77(X6_812_2))
% 251.92/36.19 -> [26468] q(X6_812_2), ~q(skolem_Y77(X6_812_2))
% 251.92/36.19
% 251.92/36.19 [26468] CLOSURE : q(X6_812_2)
% 251.92/36.19
% 251.92/36.19 [26467] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27628] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27628] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27629] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27629] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27630] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27631] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27631] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27630] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28419] s(Y9_336_4)
% 251.92/36.19
% 251.92/36.19 [28419] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28484] ~s(X12_323_5)
% 251.92/36.19
% 251.92/36.19 [28484] CLOSURE : ~s(X12_323_5)
% 251.92/36.19
% 251.92/36.19 [26075] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [26302] ~q(X6_810_2)
% 251.92/36.19
% 251.92/36.19 [26302] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [26429] ~! [Y7_7] : ((q(X6_810_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [26429] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_810_2) <=> q(Y7_7)))
% 251.92/36.19 -> [26430] ~(q(X6_810_2) <=> q(skolem_Y77(X6_810_2)))
% 251.92/36.19
% 251.92/36.19 [26430] BETA_NOT_EQUIV : ~(q(X6_810_2) <=> q(skolem_Y77(X6_810_2)))
% 251.92/36.19 -> [26431] ~q(X6_810_2), q(skolem_Y77(X6_810_2))
% 251.92/36.19 -> [26432] q(X6_810_2), ~q(skolem_Y77(X6_810_2))
% 251.92/36.19
% 251.92/36.19 [26432] CLOSURE : q(X6_810_2)
% 251.92/36.19
% 251.92/36.19 [26431] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27632] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27632] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27633] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27633] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27634] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27635] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27635] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27634] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28427] s(Y9_337_4)
% 251.92/36.19
% 251.92/36.19 [28427] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28486] ~s(X12_324_5)
% 251.92/36.19
% 251.92/36.19 [28486] CLOSURE : ~s(X12_324_5)
% 251.92/36.19
% 251.92/36.19 [5655] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [33982] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [33983] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [33982] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [34033] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [34033] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [34035] ~! [Y3_3] : ((p(X2_980_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [34035] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_980_0) <=> p(Y3_3)))
% 251.92/36.19 -> [34036] ~(p(X2_980_0) <=> p(skolem_Y33(X2_980_0)))
% 251.92/36.19
% 251.92/36.19 [34036] BETA_NOT_EQUIV : ~(p(X2_980_0) <=> p(skolem_Y33(X2_980_0)))
% 251.92/36.19 -> [34037] ~p(X2_980_0), p(skolem_Y33(X2_980_0))
% 251.92/36.19 -> [34038] p(X2_980_0), ~p(skolem_Y33(X2_980_0))
% 251.92/36.19
% 251.92/36.19 [34037] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [34159] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [34159] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [34229] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [34229] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [34230] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [34230] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [34231] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [34232] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [34231] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [34232] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [34038] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [34147] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [34147] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [34221] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [34221] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [34222] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [34222] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [34223] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [34224] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [34223] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [34224] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [33983] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [33984] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [33984] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [34077] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [34077] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [34078] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [34078] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [34079] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [34080] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [34079] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [34080] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [34168] ~q(X6_1034_2)
% 251.92/36.19
% 251.92/36.19 [34168] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [34236] ~! [Y7_7] : ((q(X6_1034_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [34236] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1034_2) <=> q(Y7_7)))
% 251.92/36.19 -> [34237] ~(q(X6_1034_2) <=> q(skolem_Y77(X6_1034_2)))
% 251.92/36.19
% 251.92/36.19 [34237] BETA_NOT_EQUIV : ~(q(X6_1034_2) <=> q(skolem_Y77(X6_1034_2)))
% 251.92/36.19 -> [34238] ~q(X6_1034_2), q(skolem_Y77(X6_1034_2))
% 251.92/36.19 -> [34239] q(X6_1034_2), ~q(skolem_Y77(X6_1034_2))
% 251.92/36.19
% 251.92/36.19 [34239] CLOSURE : q(X6_1034_2)
% 251.92/36.19
% 251.92/36.19 [34238] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [34390] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [34390] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [34391] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [34391] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [34392] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [34393] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [34393] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [34392] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [34491] s(Y9_464_4)
% 251.92/36.19
% 251.92/36.19 [34491] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [34494] ~s(X12_489_5)
% 251.92/36.19
% 251.92/36.19 [34494] CLOSURE : ~s(X12_489_5)
% 251.92/36.19
% 251.92/36.19 [4340] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [4858] ~s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [4858] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.19 -> [4859] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [4860] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19
% 251.92/36.19 [4859] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [5612] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [5613] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [5613] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [5614] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [5614] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [21284] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [21284] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [21286] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [21287] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [21287] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [21289] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [21289] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [21290] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21291] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [21291] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [21292] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [21292] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [33482] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [33482] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [33509] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [33509] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [33510] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [33510] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [33511] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [33512] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [33512] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [33511] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [33658] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [33658] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [33688] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [33688] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [33689] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [33689] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [33690] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [33691] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [33690] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [33691] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21290] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [21549] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [21549] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [21550] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [21550] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [21551] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [21552] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [21552] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [21551] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [33513] ~q(X6_1017_2)
% 251.92/36.19
% 251.92/36.19 [33513] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [33632] ~! [Y7_7] : ((q(X6_1017_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [33632] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1017_2) <=> q(Y7_7)))
% 251.92/36.19 -> [33633] ~(q(X6_1017_2) <=> q(skolem_Y77(X6_1017_2)))
% 251.92/36.19
% 251.92/36.19 [33633] BETA_NOT_EQUIV : ~(q(X6_1017_2) <=> q(skolem_Y77(X6_1017_2)))
% 251.92/36.19 -> [33634] ~q(X6_1017_2), q(skolem_Y77(X6_1017_2))
% 251.92/36.19 -> [33635] q(X6_1017_2), ~q(skolem_Y77(X6_1017_2))
% 251.92/36.19
% 251.92/36.19 [33635] CLOSURE : q(X6_1017_2)
% 251.92/36.19
% 251.92/36.19 [33634] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [34206] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [34206] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [34207] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [34207] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [34208] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [34209] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [34209] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [34208] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [34250] ~r(X8_884_4)
% 251.92/36.19
% 251.92/36.19 [34250] CLOSURE : ~r(X8_884_4)
% 251.92/36.19
% 251.92/36.19 [21286] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [21542] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21543] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [21542] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [33315] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [33315] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [33316] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [33316] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [33317] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [33317] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [33318] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [33319] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [33319] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [33318] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [33483] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [33483] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [33546] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [33546] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [33547] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [33547] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [33548] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [33549] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [33548] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [33549] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21543] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [21548] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [21548] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [33409] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [33409] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [33410] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [33410] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [33411] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [33412] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [33412] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [33411] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [33966] ~q(X6_1028_2)
% 251.92/36.19
% 251.92/36.19 [33966] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [34112] ~! [Y7_7] : ((q(X6_1028_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [34112] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1028_2) <=> q(Y7_7)))
% 251.92/36.19 -> [34113] ~(q(X6_1028_2) <=> q(skolem_Y77(X6_1028_2)))
% 251.92/36.19
% 251.92/36.19 [34113] BETA_NOT_EQUIV : ~(q(X6_1028_2) <=> q(skolem_Y77(X6_1028_2)))
% 251.92/36.19 -> [34114] ~q(X6_1028_2), q(skolem_Y77(X6_1028_2))
% 251.92/36.19 -> [34115] q(X6_1028_2), ~q(skolem_Y77(X6_1028_2))
% 251.92/36.19
% 251.92/36.19 [34115] CLOSURE : q(X6_1028_2)
% 251.92/36.19
% 251.92/36.19 [34114] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [34299] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [34299] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [34300] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [34300] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [34301] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [34302] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [34302] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [34301] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [34321] ~r(X8_889_4)
% 251.92/36.19
% 251.92/36.19 [34321] CLOSURE : ~r(X8_889_4)
% 251.92/36.19
% 251.92/36.19 [5612] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [21106] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [21107] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [21107] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [21108] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [21108] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [21109] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21110] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [21110] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [21111] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [21111] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [40389] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [40389] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [40390] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [40390] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [40393] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [40393] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [40394] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [40395] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [40394] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [40395] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [40660] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [40660] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [40662] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [40662] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [40665] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [40665] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [40670] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [40671] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [40670] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [40671] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21109] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [40385] ~! [Y3_3] : ((p(X2_1052_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [40385] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_1052_0) <=> p(Y3_3)))
% 251.92/36.19 -> [40386] ~(p(X2_1052_0) <=> p(skolem_Y33(X2_1052_0)))
% 251.92/36.19
% 251.92/36.19 [40386] BETA_NOT_EQUIV : ~(p(X2_1052_0) <=> p(skolem_Y33(X2_1052_0)))
% 251.92/36.19 -> [40387] ~p(X2_1052_0), p(skolem_Y33(X2_1052_0))
% 251.92/36.19 -> [40388] p(X2_1052_0), ~p(skolem_Y33(X2_1052_0))
% 251.92/36.19
% 251.92/36.19 [40388] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [40616] ~q(X6_1246_2)
% 251.92/36.19
% 251.92/36.19 [40616] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [40617] ~! [Y7_7] : ((q(X6_1246_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [40617] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1246_2) <=> q(Y7_7)))
% 251.92/36.19 -> [40618] ~(q(X6_1246_2) <=> q(skolem_Y77(X6_1246_2)))
% 251.92/36.19
% 251.92/36.19 [40618] BETA_NOT_EQUIV : ~(q(X6_1246_2) <=> q(skolem_Y77(X6_1246_2)))
% 251.92/36.19 -> [40619] ~q(X6_1246_2), q(skolem_Y77(X6_1246_2))
% 251.92/36.19 -> [40620] q(X6_1246_2), ~q(skolem_Y77(X6_1246_2))
% 251.92/36.19
% 251.92/36.19 [40620] CLOSURE : q(X6_1246_2)
% 251.92/36.19
% 251.92/36.19 [40619] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [40931] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [40931] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [40932] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [40932] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [40933] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [40934] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [40934] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [40933] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [41080] ~r(X8_1258_4)
% 251.92/36.19
% 251.92/36.19 [41080] CLOSURE : ~r(X8_1258_4)
% 251.92/36.19
% 251.92/36.19 [40387] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [40430] ~q(X6_1242_2)
% 251.92/36.19
% 251.92/36.19 [40430] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [40432] ~! [Y7_7] : ((q(X6_1242_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [40432] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1242_2) <=> q(Y7_7)))
% 251.92/36.19 -> [40434] ~(q(X6_1242_2) <=> q(skolem_Y77(X6_1242_2)))
% 251.92/36.19
% 251.92/36.19 [40434] BETA_NOT_EQUIV : ~(q(X6_1242_2) <=> q(skolem_Y77(X6_1242_2)))
% 251.92/36.19 -> [40437] ~q(X6_1242_2), q(skolem_Y77(X6_1242_2))
% 251.92/36.19 -> [40438] q(X6_1242_2), ~q(skolem_Y77(X6_1242_2))
% 251.92/36.19
% 251.92/36.19 [40438] CLOSURE : q(X6_1242_2)
% 251.92/36.19
% 251.92/36.19 [40437] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [40940] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [40940] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [40941] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [40941] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [40942] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [40943] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [40943] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [40942] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [41224] ~r(X8_1267_4)
% 251.92/36.19
% 251.92/36.19 [41224] CLOSURE : ~r(X8_1267_4)
% 251.92/36.19
% 251.92/36.19 [21106] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [40382] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [40383] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [40382] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [40398] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [40398] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [40402] ~! [Y3_3] : ((p(X2_1054_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [40402] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_1054_0) <=> p(Y3_3)))
% 251.92/36.19 -> [40403] ~(p(X2_1054_0) <=> p(skolem_Y33(X2_1054_0)))
% 251.92/36.19
% 251.92/36.19 [40403] BETA_NOT_EQUIV : ~(p(X2_1054_0) <=> p(skolem_Y33(X2_1054_0)))
% 251.92/36.19 -> [40405] ~p(X2_1054_0), p(skolem_Y33(X2_1054_0))
% 251.92/36.19 -> [40406] p(X2_1054_0), ~p(skolem_Y33(X2_1054_0))
% 251.92/36.19
% 251.92/36.19 [40406] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [40625] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [40625] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [40626] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [40626] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [40627] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [40627] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [40628] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [40629] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [40628] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [40629] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [40405] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [40414] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [40414] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [40415] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [40415] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [40416] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [40416] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [40417] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [40418] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [40417] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [40418] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [40383] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [40384] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [40384] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [40572] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [40572] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [40573] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [40573] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [40574] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [40575] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [40574] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [40575] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [40601] ~q(skolem_Y77(X6_1245_2))
% 251.92/36.19
% 251.92/36.19 [40601] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [40602] ~! [Y7_7] : ((q(X6_1245_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [40602] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1245_2) <=> q(Y7_7)))
% 251.92/36.19 -> [40603] ~(q(X6_1245_2) <=> q(skolem_Y77(X6_1245_2)))
% 251.92/36.19
% 251.92/36.19 [40603] BETA_NOT_EQUIV : ~(q(X6_1245_2) <=> q(skolem_Y77(X6_1245_2)))
% 251.92/36.19 -> [40604] ~q(X6_1245_2), q(skolem_Y77(X6_1245_2))
% 251.92/36.19 -> [40605] q(X6_1245_2), ~q(skolem_Y77(X6_1245_2))
% 251.92/36.19
% 251.92/36.19 [40604] CLOSURE : q(skolem_Y77(X6_1245_2))
% 251.92/36.19
% 251.92/36.19 [40605] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [40857] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [40857] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [40859] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [40859] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [40862] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [40863] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [40862] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [41085] ~r(X8_1259_4)
% 251.92/36.19
% 251.92/36.19 [41085] CLOSURE : ~r(X8_1259_4)
% 251.92/36.19
% 251.92/36.19 [40863] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [4860] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [4864] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [4865] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [4865] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [4866] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [4866] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [5635] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5636] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [5635] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [29489] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [29490] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [29489] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [29508] ~! [Y3_3] : ((p(X2_908_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [29508] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_908_0) <=> p(Y3_3)))
% 251.92/36.19 -> [29509] ~(p(X2_908_0) <=> p(skolem_Y33(X2_908_0)))
% 251.92/36.19
% 251.92/36.19 [29509] BETA_NOT_EQUIV : ~(p(X2_908_0) <=> p(skolem_Y33(X2_908_0)))
% 251.92/36.19 -> [29510] ~p(X2_908_0), p(skolem_Y33(X2_908_0))
% 251.92/36.19 -> [29511] p(X2_908_0), ~p(skolem_Y33(X2_908_0))
% 251.92/36.19
% 251.92/36.19 [29510] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [29542] ~q(X6_898_2)
% 251.92/36.19
% 251.92/36.19 [29542] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [29569] ~! [Y7_7] : ((q(X6_898_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [29569] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_898_2) <=> q(Y7_7)))
% 251.92/36.19 -> [29574] ~(q(X6_898_2) <=> q(skolem_Y77(X6_898_2)))
% 251.92/36.19
% 251.92/36.19 [29574] BETA_NOT_EQUIV : ~(q(X6_898_2) <=> q(skolem_Y77(X6_898_2)))
% 251.92/36.19 -> [29578] ~q(X6_898_2), q(skolem_Y77(X6_898_2))
% 251.92/36.19 -> [29579] q(X6_898_2), ~q(skolem_Y77(X6_898_2))
% 251.92/36.19
% 251.92/36.19 [29579] CLOSURE : q(X6_898_2)
% 251.92/36.19
% 251.92/36.19 [29578] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [29666] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [29666] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [29667] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [29667] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [29668] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [29669] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [29669] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [29668] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [29694] ~r(X8_711_4)
% 251.92/36.19
% 251.92/36.19 [29694] CLOSURE : ~r(X8_711_4)
% 251.92/36.19
% 251.92/36.19 [29511] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [29539] ~q(X6_897_2)
% 251.92/36.19
% 251.92/36.19 [29539] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [29563] ~! [Y7_7] : ((q(X6_897_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [29563] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_897_2) <=> q(Y7_7)))
% 251.92/36.19 -> [29564] ~(q(X6_897_2) <=> q(skolem_Y77(X6_897_2)))
% 251.92/36.19
% 251.92/36.19 [29564] BETA_NOT_EQUIV : ~(q(X6_897_2) <=> q(skolem_Y77(X6_897_2)))
% 251.92/36.19 -> [29565] ~q(X6_897_2), q(skolem_Y77(X6_897_2))
% 251.92/36.19 -> [29566] q(X6_897_2), ~q(skolem_Y77(X6_897_2))
% 251.92/36.19
% 251.92/36.19 [29566] CLOSURE : q(X6_897_2)
% 251.92/36.19
% 251.92/36.19 [29565] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [29661] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [29661] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [29662] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [29662] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [29663] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [29664] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [29664] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [29663] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [29691] ~r(X8_710_4)
% 251.92/36.19
% 251.92/36.19 [29691] CLOSURE : ~r(X8_710_4)
% 251.92/36.19
% 251.92/36.19 [29490] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [29491] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [29491] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [29529] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [29529] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [29547] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [29547] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [29548] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [29548] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [29549] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [29550] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [29549] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [29550] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [29592] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [29592] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [29614] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [29614] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [29615] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [29615] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [29616] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [29617] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [29616] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [29617] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [5636] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [5642] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [5642] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5643] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5644] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5643] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21593] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21593] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [21594] ~! [Y3_3] : ((p(X2_777_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [21594] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_777_0) <=> p(Y3_3)))
% 251.92/36.19 -> [21596] ~(p(X2_777_0) <=> p(skolem_Y33(X2_777_0)))
% 251.92/36.19
% 251.92/36.19 [21596] BETA_NOT_EQUIV : ~(p(X2_777_0) <=> p(skolem_Y33(X2_777_0)))
% 251.92/36.19 -> [21597] ~p(X2_777_0), p(skolem_Y33(X2_777_0))
% 251.92/36.19 -> [21598] p(X2_777_0), ~p(skolem_Y33(X2_777_0))
% 251.92/36.19
% 251.92/36.19 [21598] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [21952] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [21952] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [21987] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [21987] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [21988] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [21988] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [21989] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [21990] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [21989] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [21990] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21597] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [21940] ~q(X6_652_2)
% 251.92/36.19
% 251.92/36.19 [21940] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [21968] ~! [Y7_7] : ((q(X6_652_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [21968] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_652_2) <=> q(Y7_7)))
% 251.92/36.19 -> [21969] ~(q(X6_652_2) <=> q(skolem_Y77(X6_652_2)))
% 251.92/36.19
% 251.92/36.19 [21969] BETA_NOT_EQUIV : ~(q(X6_652_2) <=> q(skolem_Y77(X6_652_2)))
% 251.92/36.19 -> [21970] ~q(X6_652_2), q(skolem_Y77(X6_652_2))
% 251.92/36.19 -> [21971] q(X6_652_2), ~q(skolem_Y77(X6_652_2))
% 251.92/36.19
% 251.92/36.19 [21971] CLOSURE : q(X6_652_2)
% 251.92/36.19
% 251.92/36.19 [21970] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [26499] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [26499] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [26500] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [26500] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [26501] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [26502] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [26501] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [26798] ~r(X8_550_4)
% 251.92/36.19
% 251.92/36.19 [26798] CLOSURE : ~r(X8_550_4)
% 251.92/36.19
% 251.92/36.19 [26502] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [5644] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5649] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5649] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [31597] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [31597] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [31598] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [31598] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [31599] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [31600] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [31599] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [31600] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [31805] ~q(X6_957_2)
% 251.92/36.19
% 251.92/36.19 [31805] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [31888] ~! [Y7_7] : ((q(X6_957_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [31888] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_957_2) <=> q(Y7_7)))
% 251.92/36.19 -> [31889] ~(q(X6_957_2) <=> q(skolem_Y77(X6_957_2)))
% 251.92/36.19
% 251.92/36.19 [31889] BETA_NOT_EQUIV : ~(q(X6_957_2) <=> q(skolem_Y77(X6_957_2)))
% 251.92/36.19 -> [31891] ~q(X6_957_2), q(skolem_Y77(X6_957_2))
% 251.92/36.19 -> [31892] q(X6_957_2), ~q(skolem_Y77(X6_957_2))
% 251.92/36.19
% 251.92/36.19 [31892] CLOSURE : q(X6_957_2)
% 251.92/36.19
% 251.92/36.19 [31891] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [32404] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [32404] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [32405] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [32405] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [32406] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [32407] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [32407] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [32406] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [32587] ~r(X8_815_4)
% 251.92/36.19
% 251.92/36.19 [32587] CLOSURE : ~r(X8_815_4)
% 251.92/36.19
% 251.92/36.19 [4864] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [5615] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [5615] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [5616] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5617] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [5617] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [5620] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [5620] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5624] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5625] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5625] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5628] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5628] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [21344] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [21344] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [21345] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [21345] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [21346] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [21347] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [21347] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [21346] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [21941] ~q(skolem_Y77(X6_651_2))
% 251.92/36.19
% 251.92/36.19 [21941] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [21942] ~! [Y7_7] : ((q(X6_651_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [21942] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_651_2) <=> q(Y7_7)))
% 251.92/36.19 -> [21943] ~(q(X6_651_2) <=> q(skolem_Y77(X6_651_2)))
% 251.92/36.19
% 251.92/36.19 [21943] BETA_NOT_EQUIV : ~(q(X6_651_2) <=> q(skolem_Y77(X6_651_2)))
% 251.92/36.19 -> [21944] ~q(X6_651_2), q(skolem_Y77(X6_651_2))
% 251.92/36.19 -> [21945] q(X6_651_2), ~q(skolem_Y77(X6_651_2))
% 251.92/36.19
% 251.92/36.19 [21944] CLOSURE : q(skolem_Y77(X6_651_2))
% 251.92/36.19
% 251.92/36.19 [21945] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [26217] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [26217] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [26218] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [26218] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [26221] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [26222] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [26222] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [26221] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [26410] ~r(X8_537_4)
% 251.92/36.19
% 251.92/36.19 [26410] CLOSURE : ~r(X8_537_4)
% 251.92/36.19
% 251.92/36.19 [5624] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21298] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21298] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [21300] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [21300] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [21302] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [21302] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [21305] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [21306] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [21306] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [21305] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [31821] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [31821] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [31826] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [31826] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [31828] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [31828] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [31831] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [31832] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [31831] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [31832] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [5616] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [21208] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21209] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [21209] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [21210] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [21210] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21388] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21388] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [21392] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [21392] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [21393] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [21393] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [21394] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [21395] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [21394] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [21395] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [41813] ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [41813] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [41814] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [41814] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.92/36.19 -> [41815] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19
% 251.92/36.19 [41815] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.92/36.19 -> [41817] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.92/36.19 -> [41818] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [41817] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.92/36.19
% 251.92/36.19 [41818] CLOSURE : q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21208] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [21383] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [21383] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [21384] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [21384] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [21385] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [21386] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [21386] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [21385] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [41446] ~q(X6_1280_2)
% 251.92/36.19
% 251.92/36.19 [41446] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [41447] ~! [Y7_7] : ((q(X6_1280_2) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [41447] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1280_2) <=> q(Y7_7)))
% 251.92/36.19 -> [41448] ~(q(X6_1280_2) <=> q(skolem_Y77(X6_1280_2)))
% 251.92/36.19
% 251.92/36.19 [41448] BETA_NOT_EQUIV : ~(q(X6_1280_2) <=> q(skolem_Y77(X6_1280_2)))
% 251.92/36.19 -> [41449] ~q(X6_1280_2), q(skolem_Y77(X6_1280_2))
% 251.92/36.19 -> [41450] q(X6_1280_2), ~q(skolem_Y77(X6_1280_2))
% 251.92/36.19
% 251.92/36.19 [41450] CLOSURE : q(X6_1280_2)
% 251.92/36.19
% 251.92/36.19 [41449] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [41831] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [41831] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [41832] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [41832] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [41833] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [41834] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [41833] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [42248] ~r(X8_1342_4)
% 251.92/36.19
% 251.92/36.19 [42248] CLOSURE : ~r(X8_1342_4)
% 251.92/36.19
% 251.92/36.19 [41834] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [149] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.19 -> [164] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [164] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.19 -> [168] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.19 -> [169] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.19
% 251.92/36.19 [169] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [188] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [188] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.19 -> [189] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [190] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.19
% 251.92/36.19 [189] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.19 -> [3291] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [3292] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19
% 251.92/36.19 [3292] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [3293] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [3294] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [3293] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [3749] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [3749] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [3752] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3753] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [3752] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [10723] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [10724] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [10724] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [10725] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [10725] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [11155] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [11155] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [11156] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [11156] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [11158] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [11159] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [11159] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [11158] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [25819] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [25819] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [25820] (q(skolem_X66) <=> q(Y7_802_2))
% 251.92/36.19
% 251.92/36.19 [25820] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_802_2))
% 251.92/36.19 -> [25821] ~q(skolem_X66), ~q(Y7_802_2)
% 251.92/36.19 -> [25822] q(skolem_X66), q(Y7_802_2)
% 251.92/36.19
% 251.92/36.19 [25822] CLOSURE : q(Y7_802_2)
% 251.92/36.19
% 251.92/36.19 [25821] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [25847] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [25847] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [25848] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [25849] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [25849] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [25848] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [25864] ~r(X8_512_4)
% 251.92/36.19
% 251.92/36.19 [25864] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [25865] s(Y9_265_5)
% 251.92/36.19
% 251.92/36.19 [25865] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [25918] ~s(X12_254_6)
% 251.92/36.19
% 251.92/36.19 [25918] CLOSURE : ~s(X12_254_6)
% 251.92/36.19
% 251.92/36.19 [10723] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [11143] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [11143] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [11144] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [11144] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [11145] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [11145] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [11146] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [11147] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [11147] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [11146] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [12592] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [12592] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [12593] (q(skolem_X66) <=> q(Y7_316_2))
% 251.92/36.19
% 251.92/36.19 [12593] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_316_2))
% 251.92/36.19 -> [12595] ~q(skolem_X66), ~q(Y7_316_2)
% 251.92/36.19 -> [12596] q(skolem_X66), q(Y7_316_2)
% 251.92/36.19
% 251.92/36.19 [12596] CLOSURE : q(Y7_316_2)
% 251.92/36.19
% 251.92/36.19 [12595] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [13069] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [13069] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [13070] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [13071] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [13070] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [25728] ~r(X8_498_4)
% 251.92/36.19
% 251.92/36.19 [25728] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [25729] s(Y9_259_5)
% 251.92/36.19
% 251.92/36.19 [25729] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [25778] ~s(X12_248_6)
% 251.92/36.19
% 251.92/36.19 [25778] CLOSURE : ~s(X12_248_6)
% 251.92/36.19
% 251.92/36.19 [13071] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [3753] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [3763] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [3763] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3768] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [3769] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [3768] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [28048] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [28048] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [28050] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [28050] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [28051] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [28052] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [28052] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [28051] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [28137] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [28137] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28138] (q(skolem_X66) <=> q(Y7_891_2))
% 251.92/36.19
% 251.92/36.19 [28138] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_891_2))
% 251.92/36.19 -> [28139] ~q(skolem_X66), ~q(Y7_891_2)
% 251.92/36.19 -> [28140] q(skolem_X66), q(Y7_891_2)
% 251.92/36.19
% 251.92/36.19 [28140] CLOSURE : q(Y7_891_2)
% 251.92/36.19
% 251.92/36.19 [28139] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [28191] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28191] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [28192] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [28193] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28193] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28192] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28235] ~r(X8_625_4)
% 251.92/36.19
% 251.92/36.19 [28235] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28236] s(Y9_327_5)
% 251.92/36.19
% 251.92/36.19 [28236] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28367] ~s(X12_313_6)
% 251.92/36.19
% 251.92/36.19 [28367] CLOSURE : ~s(X12_313_6)
% 251.92/36.19
% 251.92/36.19 [3769] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [3770] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [3770] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [10735] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [10735] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [10736] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [10736] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [10737] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [10737] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [10738] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [10739] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [10739] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [10738] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [31945] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [31945] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [31946] (q(skolem_X66) <=> q(Y7_1040_2))
% 251.92/36.19
% 251.92/36.19 [31946] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1040_2))
% 251.92/36.19 -> [31947] ~q(skolem_X66), ~q(Y7_1040_2)
% 251.92/36.19 -> [31948] q(skolem_X66), q(Y7_1040_2)
% 251.92/36.19
% 251.92/36.19 [31948] CLOSURE : q(Y7_1040_2)
% 251.92/36.19
% 251.92/36.19 [31947] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [31980] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [31980] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [31981] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [31982] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [31982] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [31981] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [32016] ~r(X8_784_4)
% 251.92/36.19
% 251.92/36.19 [32016] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [32017] s(Y9_395_5)
% 251.92/36.19
% 251.92/36.19 [32017] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [32133] ~s(X12_421_6)
% 251.92/36.19
% 251.92/36.19 [32133] CLOSURE : ~s(X12_421_6)
% 251.92/36.19
% 251.92/36.19 [3294] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [3295] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [3295] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [3296] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3297] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [3296] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3777] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [3778] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [3777] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [28206] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [28206] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [28207] ~! [Y3_3] : ((p(X2_893_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [28207] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_893_0) <=> p(Y3_3)))
% 251.92/36.19 -> [28208] ~(p(X2_893_0) <=> p(skolem_Y33(X2_893_0)))
% 251.92/36.19
% 251.92/36.19 [28208] BETA_NOT_EQUIV : ~(p(X2_893_0) <=> p(skolem_Y33(X2_893_0)))
% 251.92/36.19 -> [28209] ~p(X2_893_0), p(skolem_Y33(X2_893_0))
% 251.92/36.19 -> [28210] p(X2_893_0), ~p(skolem_Y33(X2_893_0))
% 251.92/36.19
% 251.92/36.19 [28210] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [28388] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [28388] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28508] (q(skolem_X66) <=> q(Y7_907_2))
% 251.92/36.19
% 251.92/36.19 [28508] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_907_2))
% 251.92/36.19 -> [28510] ~q(skolem_X66), ~q(Y7_907_2)
% 251.92/36.19 -> [28511] q(skolem_X66), q(Y7_907_2)
% 251.92/36.19
% 251.92/36.19 [28511] CLOSURE : q(Y7_907_2)
% 251.92/36.19
% 251.92/36.19 [28510] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [28706] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28706] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [28707] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [28708] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28708] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28707] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28785] ~r(X8_664_4)
% 251.92/36.19
% 251.92/36.19 [28785] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28815] s(Y9_347_5)
% 251.92/36.19
% 251.92/36.19 [28815] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [28851] p(Y13_279_6)
% 251.92/36.19
% 251.92/36.19 [28851] CLOSURE : p(Y13_279_6)
% 251.92/36.19
% 251.92/36.19 [28209] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [28426] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [28426] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28573] (q(skolem_X66) <=> q(Y7_914_2))
% 251.92/36.19
% 251.92/36.19 [28573] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_914_2))
% 251.92/36.19 -> [28574] ~q(skolem_X66), ~q(Y7_914_2)
% 251.92/36.19 -> [28575] q(skolem_X66), q(Y7_914_2)
% 251.92/36.19
% 251.92/36.19 [28575] CLOSURE : q(Y7_914_2)
% 251.92/36.19
% 251.92/36.19 [28574] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [28727] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28727] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [28728] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [28729] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28729] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28728] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28794] ~r(X8_665_4)
% 251.92/36.19
% 251.92/36.19 [28794] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28826] s(Y9_348_5)
% 251.92/36.19
% 251.92/36.19 [28826] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [28864] p(Y13_280_6)
% 251.92/36.19
% 251.92/36.19 [28864] CLOSURE : p(Y13_280_6)
% 251.92/36.19
% 251.92/36.19 [3778] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [3779] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [3779] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [28357] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [28357] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [28358] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [28358] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [28359] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [28360] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [28359] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [28360] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [28495] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [28495] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28637] (q(skolem_X66) <=> q(Y7_915_2))
% 251.92/36.19
% 251.92/36.19 [28637] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_915_2))
% 251.92/36.19 -> [28638] ~q(skolem_X66), ~q(Y7_915_2)
% 251.92/36.19 -> [28639] q(skolem_X66), q(Y7_915_2)
% 251.92/36.19
% 251.92/36.19 [28639] CLOSURE : q(Y7_915_2)
% 251.92/36.19
% 251.92/36.19 [28638] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [28750] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28750] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [28751] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [28752] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28752] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28751] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28810] ~r(X8_666_4)
% 251.92/36.19
% 251.92/36.19 [28810] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28845] s(Y9_349_5)
% 251.92/36.19
% 251.92/36.19 [28845] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [28890] p(Y13_281_6)
% 251.92/36.19
% 251.92/36.19 [28890] CLOSURE : p(Y13_281_6)
% 251.92/36.19
% 251.92/36.19 [3297] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [3305] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [3305] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3308] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [3309] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [3309] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [3314] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [3314] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [6478] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [6478] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [29189] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [29189] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [29190] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [29190] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [29192] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [29193] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [29192] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [29193] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [29247] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [29247] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [29295] (q(skolem_X66) <=> q(Y7_940_2))
% 251.92/36.19
% 251.92/36.19 [29295] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_940_2))
% 251.92/36.19 -> [29296] ~q(skolem_X66), ~q(Y7_940_2)
% 251.92/36.19 -> [29297] q(skolem_X66), q(Y7_940_2)
% 251.92/36.19
% 251.92/36.19 [29297] CLOSURE : q(Y7_940_2)
% 251.92/36.19
% 251.92/36.19 [29296] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [29360] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [29360] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [29361] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [29362] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [29362] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [29361] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [29415] ~r(X8_694_4)
% 251.92/36.19
% 251.92/36.19 [29415] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [29451] s(Y9_354_5)
% 251.92/36.19
% 251.92/36.19 [29451] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [29483] p(Y13_293_6)
% 251.92/36.19
% 251.92/36.19 [29483] CLOSURE : p(Y13_293_6)
% 251.92/36.19
% 251.92/36.19 [3308] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [3790] ~! [Y3_3] : ((p(X2_133_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [3790] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_133_0) <=> p(Y3_3)))
% 251.92/36.19 -> [3791] ~(p(X2_133_0) <=> p(skolem_Y33(X2_133_0)))
% 251.92/36.19
% 251.92/36.19 [3791] BETA_NOT_EQUIV : ~(p(X2_133_0) <=> p(skolem_Y33(X2_133_0)))
% 251.92/36.19 -> [3792] ~p(X2_133_0), p(skolem_Y33(X2_133_0))
% 251.92/36.19 -> [3793] p(X2_133_0), ~p(skolem_Y33(X2_133_0))
% 251.92/36.19
% 251.92/36.19 [3793] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [7095] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [7095] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [15208] (q(skolem_X66) <=> q(Y7_398_2))
% 251.92/36.19
% 251.92/36.19 [15208] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_398_2))
% 251.92/36.19 -> [15209] ~q(skolem_X66), ~q(Y7_398_2)
% 251.92/36.19 -> [15210] q(skolem_X66), q(Y7_398_2)
% 251.92/36.19
% 251.92/36.19 [15210] CLOSURE : q(Y7_398_2)
% 251.92/36.19
% 251.92/36.19 [15209] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [22168] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [22168] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [22169] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [22170] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [22170] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [22169] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [22715] ~r(X8_306_4)
% 251.92/36.19
% 251.92/36.19 [22715] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [22961] s(Y9_168_5)
% 251.92/36.19
% 251.92/36.19 [22961] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [23189] p(Y13_106_6)
% 251.92/36.19
% 251.92/36.19 [23189] CLOSURE : p(Y13_106_6)
% 251.92/36.19
% 251.92/36.19 [3792] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [12643] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [12643] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [32654] (q(skolem_X66) <=> q(Y7_1062_2))
% 251.92/36.19
% 251.92/36.19 [32654] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1062_2))
% 251.92/36.19 -> [32655] ~q(skolem_X66), ~q(Y7_1062_2)
% 251.92/36.19 -> [32656] q(skolem_X66), q(Y7_1062_2)
% 251.92/36.19
% 251.92/36.19 [32656] CLOSURE : q(Y7_1062_2)
% 251.92/36.19
% 251.92/36.19 [32655] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [32719] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [32719] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [32720] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [32721] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [32721] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [32720] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [32782] ~r(X8_829_4)
% 251.92/36.19
% 251.92/36.19 [32782] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [32806] s(Y9_428_5)
% 251.92/36.19
% 251.92/36.19 [32806] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [32831] p(Y13_379_6)
% 251.92/36.19
% 251.92/36.19 [32831] CLOSURE : p(Y13_379_6)
% 251.92/36.19
% 251.92/36.19 [3291] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [3725] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [3726] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [3725] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [27776] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [27777] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [27776] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [27828] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [27829] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [27828] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27870] ~! [Y3_3] : ((p(X2_879_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27870] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_879_0) <=> p(Y3_3)))
% 251.92/36.19 -> [27871] ~(p(X2_879_0) <=> p(skolem_Y33(X2_879_0)))
% 251.92/36.19
% 251.92/36.19 [27871] BETA_NOT_EQUIV : ~(p(X2_879_0) <=> p(skolem_Y33(X2_879_0)))
% 251.92/36.19 -> [27872] ~p(X2_879_0), p(skolem_Y33(X2_879_0))
% 251.92/36.19 -> [27873] p(X2_879_0), ~p(skolem_Y33(X2_879_0))
% 251.92/36.19
% 251.92/36.19 [27873] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27906] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27906] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27907] (q(skolem_X66) <=> q(Y7_874_2))
% 251.92/36.19
% 251.92/36.19 [27907] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_874_2))
% 251.92/36.19 -> [27908] ~q(skolem_X66), ~q(Y7_874_2)
% 251.92/36.19 -> [27909] q(skolem_X66), q(Y7_874_2)
% 251.92/36.19
% 251.92/36.19 [27909] CLOSURE : q(Y7_874_2)
% 251.92/36.19
% 251.92/36.19 [27908] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [27935] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27935] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [27936] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [27937] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27937] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27936] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27955] ~r(X8_612_4)
% 251.92/36.19
% 251.92/36.19 [27955] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [27959] s(Y9_316_5)
% 251.92/36.19
% 251.92/36.19 [27959] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28023] ~s(X12_301_6)
% 251.92/36.19
% 251.92/36.19 [28023] CLOSURE : ~s(X12_301_6)
% 251.92/36.19
% 251.92/36.19 [27872] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27921] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27921] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27922] (q(skolem_X66) <=> q(Y7_876_2))
% 251.92/36.19
% 251.92/36.19 [27922] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_876_2))
% 251.92/36.19 -> [27923] ~q(skolem_X66), ~q(Y7_876_2)
% 251.92/36.19 -> [27924] q(skolem_X66), q(Y7_876_2)
% 251.92/36.19
% 251.92/36.19 [27924] CLOSURE : q(Y7_876_2)
% 251.92/36.19
% 251.92/36.19 [27923] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [27946] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27946] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [27947] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [27948] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27948] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27947] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27976] ~r(X8_614_4)
% 251.92/36.19
% 251.92/36.19 [27976] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [27980] s(Y9_318_5)
% 251.92/36.19
% 251.92/36.19 [27980] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28028] ~s(X12_302_6)
% 251.92/36.19
% 251.92/36.19 [28028] CLOSURE : ~s(X12_302_6)
% 251.92/36.19
% 251.92/36.19 [27829] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [27831] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [27831] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [27832] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [27832] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27833] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27833] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [27834] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [27834] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [27835] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [27836] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [27835] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [27836] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27914] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27914] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27917] (q(skolem_X66) <=> q(Y7_875_2))
% 251.92/36.19
% 251.92/36.19 [27917] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_875_2))
% 251.92/36.19 -> [27918] ~q(skolem_X66), ~q(Y7_875_2)
% 251.92/36.19 -> [27919] q(skolem_X66), q(Y7_875_2)
% 251.92/36.19
% 251.92/36.19 [27919] CLOSURE : q(Y7_875_2)
% 251.92/36.19
% 251.92/36.19 [27918] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [27956] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27956] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [27957] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [27958] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27958] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27957] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27987] ~r(X8_615_4)
% 251.92/36.19
% 251.92/36.19 [27987] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [27988] s(Y9_319_5)
% 251.92/36.19
% 251.92/36.19 [27988] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28064] ~s(X12_306_6)
% 251.92/36.19
% 251.92/36.19 [28064] CLOSURE : ~s(X12_306_6)
% 251.92/36.19
% 251.92/36.19 [27777] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [27778] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [27778] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [27780] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [27781] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [27781] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [27785] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [27785] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27787] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27787] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [27788] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [27788] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [27789] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [27790] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [27789] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [27790] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27891] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27891] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27892] (q(skolem_X66) <=> q(Y7_872_2))
% 251.92/36.19
% 251.92/36.19 [27892] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_872_2))
% 251.92/36.19 -> [27893] ~q(skolem_X66), ~q(Y7_872_2)
% 251.92/36.19 -> [27894] q(skolem_X66), q(Y7_872_2)
% 251.92/36.19
% 251.92/36.19 [27894] CLOSURE : q(Y7_872_2)
% 251.92/36.19
% 251.92/36.19 [27893] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [27910] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27910] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [27911] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [27912] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27912] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27911] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27944] ~r(X8_611_4)
% 251.92/36.19
% 251.92/36.19 [27944] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [27945] s(Y9_315_5)
% 251.92/36.19
% 251.92/36.19 [27945] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28040] ~s(X12_303_6)
% 251.92/36.19
% 251.92/36.19 [28040] CLOSURE : ~s(X12_303_6)
% 251.92/36.19
% 251.92/36.19 [27780] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [27841] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [27841] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27842] ~! [Y3_3] : ((p(X2_876_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27842] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_876_0) <=> p(Y3_3)))
% 251.92/36.19 -> [27843] ~(p(X2_876_0) <=> p(skolem_Y33(X2_876_0)))
% 251.92/36.19
% 251.92/36.19 [27843] BETA_NOT_EQUIV : ~(p(X2_876_0) <=> p(skolem_Y33(X2_876_0)))
% 251.92/36.19 -> [27844] ~p(X2_876_0), p(skolem_Y33(X2_876_0))
% 251.92/36.19 -> [27845] p(X2_876_0), ~p(skolem_Y33(X2_876_0))
% 251.92/36.19
% 251.92/36.19 [27845] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27882] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27882] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27883] (q(skolem_X66) <=> q(Y7_871_2))
% 251.92/36.19
% 251.92/36.19 [27883] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_871_2))
% 251.92/36.19 -> [27884] ~q(skolem_X66), ~q(Y7_871_2)
% 251.92/36.19 -> [27885] q(skolem_X66), q(Y7_871_2)
% 251.92/36.19
% 251.92/36.19 [27885] CLOSURE : q(Y7_871_2)
% 251.92/36.19
% 251.92/36.19 [27884] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [27940] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27940] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [27941] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [27942] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27942] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27941] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27971] ~r(X8_613_4)
% 251.92/36.19
% 251.92/36.19 [27971] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [27972] s(Y9_317_5)
% 251.92/36.19
% 251.92/36.19 [27972] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28053] ~s(X12_305_6)
% 251.92/36.19
% 251.92/36.19 [28053] CLOSURE : ~s(X12_305_6)
% 251.92/36.19
% 251.92/36.19 [27844] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27925] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27925] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27926] (q(skolem_X66) <=> q(Y7_877_2))
% 251.92/36.19
% 251.92/36.19 [27926] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_877_2))
% 251.92/36.19 -> [27927] ~q(skolem_X66), ~q(Y7_877_2)
% 251.92/36.19 -> [27928] q(skolem_X66), q(Y7_877_2)
% 251.92/36.19
% 251.92/36.19 [27928] CLOSURE : q(Y7_877_2)
% 251.92/36.19
% 251.92/36.19 [27927] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [27964] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27964] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [27965] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [27966] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27966] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27965] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28002] ~r(X8_616_4)
% 251.92/36.19
% 251.92/36.19 [28002] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28003] s(Y9_323_5)
% 251.92/36.19
% 251.92/36.19 [28003] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28076] ~s(X12_307_6)
% 251.92/36.19
% 251.92/36.19 [28076] CLOSURE : ~s(X12_307_6)
% 251.92/36.19
% 251.92/36.19 [3726] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [3729] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [3729] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [3731] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [3731] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [3732] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3733] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [3733] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [3738] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [3738] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3739] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [3740] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [3740] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [3741] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [3741] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27895] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27895] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [27896] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [27896] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [27897] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [27898] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [27898] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [27897] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [28017] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [28017] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28024] (q(skolem_X66) <=> q(Y7_882_2))
% 251.92/36.19
% 251.92/36.19 [28024] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_882_2))
% 251.92/36.19 -> [28025] ~q(skolem_X66), ~q(Y7_882_2)
% 251.92/36.19 -> [28026] q(skolem_X66), q(Y7_882_2)
% 251.92/36.19
% 251.92/36.19 [28026] CLOSURE : q(Y7_882_2)
% 251.92/36.19
% 251.92/36.19 [28025] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [28037] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28037] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [28038] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [28039] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28039] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28038] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28041] ~r(X8_621_4)
% 251.92/36.19
% 251.92/36.19 [28041] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28055] s(skolem_X1414)
% 251.92/36.19
% 251.92/36.19 [28055] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19 -> [28060] (s(skolem_X1414) <=> s(Y15_113_6))
% 251.92/36.19
% 251.92/36.19 [28060] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_113_6))
% 251.92/36.19 -> [28061] ~s(skolem_X1414), ~s(Y15_113_6)
% 251.92/36.19 -> [28062] s(skolem_X1414), s(Y15_113_6)
% 251.92/36.19
% 251.92/36.19 [28062] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [28084] q(Y17_57_7)
% 251.92/36.19
% 251.92/36.19 [28084] CLOSURE : q(Y17_57_7)
% 251.92/36.19
% 251.92/36.19 [28061] CLOSURE : ~s(Y15_113_6)
% 251.92/36.19
% 251.92/36.19 [3739] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [27849] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [27849] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27850] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27850] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [27851] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [27851] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [27852] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [27853] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [27853] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [27852] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [28156] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [28156] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28272] (q(skolem_X66) <=> q(Y7_898_2))
% 251.92/36.19
% 251.92/36.19 [28272] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_898_2))
% 251.92/36.19 -> [28273] ~q(skolem_X66), ~q(Y7_898_2)
% 251.92/36.19 -> [28274] q(skolem_X66), q(Y7_898_2)
% 251.92/36.19
% 251.92/36.19 [28274] CLOSURE : q(Y7_898_2)
% 251.92/36.19
% 251.92/36.19 [28273] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [28471] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28471] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [28472] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [28473] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28473] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28472] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28687] ~r(X8_660_4)
% 251.92/36.19
% 251.92/36.19 [28687] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [28746] s(skolem_X1414)
% 251.92/36.19
% 251.92/36.19 [28746] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19 -> [28790] (s(skolem_X1414) <=> s(Y15_120_6))
% 251.92/36.19
% 251.92/36.19 [28790] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_120_6))
% 251.92/36.19 -> [28792] ~s(skolem_X1414), ~s(Y15_120_6)
% 251.92/36.19 -> [28793] s(skolem_X1414), s(Y15_120_6)
% 251.92/36.19
% 251.92/36.19 [28793] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [28873] ~p(X16_78_7)
% 251.92/36.19
% 251.92/36.19 [28873] CLOSURE : ~p(X16_78_7)
% 251.92/36.19
% 251.92/36.19 [28792] CLOSURE : ~s(Y15_120_6)
% 251.92/36.19
% 251.92/36.19 [3732] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [6884] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [6885] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [6884] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [6938] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [6938] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [6939] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [6939] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [6940] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [6941] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [6941] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [6940] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [7653] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [7653] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [8835] (q(skolem_X66) <=> q(Y7_163_2))
% 251.92/36.19
% 251.92/36.19 [8835] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_163_2))
% 251.92/36.19 -> [8836] ~q(skolem_X66), ~q(Y7_163_2)
% 251.92/36.19 -> [8837] q(skolem_X66), q(Y7_163_2)
% 251.92/36.19
% 251.92/36.19 [8837] CLOSURE : q(Y7_163_2)
% 251.92/36.19
% 251.92/36.19 [8836] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [11499] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [11499] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [11500] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [11501] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [11501] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [11500] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [22521] ~r(X8_298_4)
% 251.92/36.19
% 251.92/36.19 [22521] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [22949] s(skolem_Y1515(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [22949] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [23293] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [23293] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.19 -> [23294] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.19
% 251.92/36.19 [23294] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.19 -> [23295] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.19 -> [23296] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [23296] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [23295] CLOSURE : ~s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [6885] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [6886] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [6886] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [7079] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [7079] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [7654] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [7654] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [7655] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [7655] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [7658] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [7659] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [7659] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [7658] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [32732] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [32732] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [32747] (q(skolem_X66) <=> q(Y7_1066_2))
% 251.92/36.19
% 251.92/36.19 [32747] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1066_2))
% 251.92/36.19 -> [32748] ~q(skolem_X66), ~q(Y7_1066_2)
% 251.92/36.19 -> [32749] q(skolem_X66), q(Y7_1066_2)
% 251.92/36.19
% 251.92/36.19 [32749] CLOSURE : q(Y7_1066_2)
% 251.92/36.19
% 251.92/36.19 [32748] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [32795] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [32795] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [32796] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [32797] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [32797] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [32796] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [32821] ~r(X8_833_4)
% 251.92/36.19
% 251.92/36.19 [32821] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [32836] s(skolem_Y1515(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [32836] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [32853] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [32853] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.19 -> [32854] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.19
% 251.92/36.19 [32854] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.19 -> [32855] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.19 -> [32856] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [32856] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [32855] CLOSURE : ~s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [190] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [204] r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [204] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [208] ~s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [208] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.19 -> [215] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [216] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19
% 251.92/36.19 [216] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [2196] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [2197] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [2196] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [2931] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [2931] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [2934] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [2935] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [2935] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [2942] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [2942] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [2946] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [2947] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [2946] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [3920] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [3920] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [3921] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [3921] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [3922] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [3923] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [3923] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [3922] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [18262] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [18262] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [19390] (q(skolem_X66) <=> q(Y7_557_2))
% 251.92/36.19
% 251.92/36.19 [19390] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_557_2))
% 251.92/36.19 -> [19391] ~q(skolem_X66), ~q(Y7_557_2)
% 251.92/36.19 -> [19392] q(skolem_X66), q(Y7_557_2)
% 251.92/36.19
% 251.92/36.19 [19392] CLOSURE : q(Y7_557_2)
% 251.92/36.19
% 251.92/36.19 [19391] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [20448] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [20448] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [20449] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [20450] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [20450] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [20449] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [23932] ~s(skolem_X1414)
% 251.92/36.19
% 251.92/36.19 [23932] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19 -> [24198] (s(skolem_X1414) <=> s(Y15_64_5))
% 251.92/36.19
% 251.92/36.19 [24198] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_64_5))
% 251.92/36.19 -> [24199] ~s(skolem_X1414), ~s(Y15_64_5)
% 251.92/36.19 -> [24200] s(skolem_X1414), s(Y15_64_5)
% 251.92/36.19
% 251.92/36.19 [24200] CLOSURE : s(Y15_64_5)
% 251.92/36.19
% 251.92/36.19 [24199] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [24683] ~p(X16_40_6)
% 251.92/36.19
% 251.92/36.19 [24683] CLOSURE : ~p(X16_40_6)
% 251.92/36.19
% 251.92/36.19 [2947] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [2949] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [2949] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [17607] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [17607] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [21894] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [21894] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [21897] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [21897] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [21898] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [21899] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [21899] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [21898] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [23957] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [23957] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [24233] (q(skolem_X66) <=> q(Y7_765_2))
% 251.92/36.19
% 251.92/36.19 [24233] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_765_2))
% 251.92/36.19 -> [24234] ~q(skolem_X66), ~q(Y7_765_2)
% 251.92/36.19 -> [24235] q(skolem_X66), q(Y7_765_2)
% 251.92/36.19
% 251.92/36.19 [24235] CLOSURE : q(Y7_765_2)
% 251.92/36.19
% 251.92/36.19 [24234] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [24705] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [24705] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [24706] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [24707] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24707] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24706] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [26093] ~s(skolem_X1414)
% 251.92/36.19
% 251.92/36.19 [26093] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19 -> [26283] (s(skolem_X1414) <=> s(Y15_98_5))
% 251.92/36.19
% 251.92/36.19 [26283] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_98_5))
% 251.92/36.19 -> [26284] ~s(skolem_X1414), ~s(Y15_98_5)
% 251.92/36.19 -> [26285] s(skolem_X1414), s(Y15_98_5)
% 251.92/36.19
% 251.92/36.19 [26285] CLOSURE : s(Y15_98_5)
% 251.92/36.19
% 251.92/36.19 [26284] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [26610] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19
% 251.92/36.19 [26610] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [26611] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [26611] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [26612] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [26612] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [26613] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [26614] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [26613] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [26614] : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [26879] ~? [X4_4] : (q(X4_4))
% 251.92/36.19
% 251.92/36.19 [26879] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [26880] ~q(X4_994_1)
% 251.92/36.19
% 251.92/36.19 [26880] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [26910] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [26910] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [26911] (q(skolem_X66) <=> q(Y7_825_2))
% 251.92/36.19
% 251.92/36.19 [26911] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_825_2))
% 251.92/36.19 -> [26912] ~q(skolem_X66), ~q(Y7_825_2)
% 251.92/36.19 -> [26913] q(skolem_X66), q(Y7_825_2)
% 251.92/36.19
% 251.92/36.19 [26913] CLOSURE : q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [26912] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [27133] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27133] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [27134] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [27134] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19 -> [27135] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.19 -> [27136] r(skolem_X1010), r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [27136] CLOSURE : r(skolem_X1010)
% 251.92/36.19
% 251.92/36.19 [27135] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [2934] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3907] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [3908] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [3908] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [3909] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [3909] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [17555] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [17555] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [17556] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [17556] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [17557] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [17558] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [17558] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [17557] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [22261] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [22261] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [22695] (q(skolem_X66) <=> q(Y7_717_2))
% 251.92/36.19
% 251.92/36.19 [22695] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_717_2))
% 251.92/36.19 -> [22696] ~q(skolem_X66), ~q(Y7_717_2)
% 251.92/36.19 -> [22697] q(skolem_X66), q(Y7_717_2)
% 251.92/36.19
% 251.92/36.19 [22697] CLOSURE : q(Y7_717_2)
% 251.92/36.19
% 251.92/36.19 [22696] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [23328] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [23328] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [23329] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [23330] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [23330] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [23329] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [24739] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [24739] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [24918] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [24918] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19 -> [24919] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19
% 251.92/36.19 [24919] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19 -> [24920] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.19 -> [24921] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [24920] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [24921] CLOSURE : s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [3907] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [4480] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [4480] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [4484] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [4484] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [4485] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [4485] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [4486] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [4487] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [4487] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [4486] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [30644] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [30644] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [30686] (q(skolem_X66) <=> q(Y7_1000_2))
% 251.92/36.19
% 251.92/36.19 [30686] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1000_2))
% 251.92/36.19 -> [30687] ~q(skolem_X66), ~q(Y7_1000_2)
% 251.92/36.19 -> [30688] q(skolem_X66), q(Y7_1000_2)
% 251.92/36.19
% 251.92/36.19 [30688] CLOSURE : q(Y7_1000_2)
% 251.92/36.19
% 251.92/36.19 [30687] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [30763] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [30763] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [30764] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [30765] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [30765] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [30764] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [31117] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [31117] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [31150] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [31150] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19 -> [31151] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19
% 251.92/36.19 [31151] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19 -> [31152] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.19 -> [31153] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [31152] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [31153] CLOSURE : s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [2197] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [2198] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [2198] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [4514] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [4515] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [4515] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [4520] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [4520] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [4521] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [4522] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [4522] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [4525] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [4525] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21966] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21966] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [22250] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [22250] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [22251] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [22251] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [22252] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [22253] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [22252] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [22253] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [22480] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [22480] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [22631] (q(skolem_X66) <=> q(Y7_715_2))
% 251.92/36.19
% 251.92/36.19 [22631] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_715_2))
% 251.92/36.19 -> [22632] ~q(skolem_X66), ~q(Y7_715_2)
% 251.92/36.19 -> [22633] q(skolem_X66), q(Y7_715_2)
% 251.92/36.19
% 251.92/36.19 [22633] CLOSURE : q(Y7_715_2)
% 251.92/36.19
% 251.92/36.19 [22632] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [22929] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [22929] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19 -> [22930] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.19 -> [22931] r(skolem_X1010), r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [22930] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [22931] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [23413] p(Y13_112_4)
% 251.92/36.19
% 251.92/36.19 [23413] CLOSURE : p(Y13_112_4)
% 251.92/36.19
% 251.92/36.19 [4521] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [6844] ~! [Y3_3] : ((p(X2_256_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [6844] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_256_0) <=> p(Y3_3)))
% 251.92/36.19 -> [6846] ~(p(X2_256_0) <=> p(skolem_Y33(X2_256_0)))
% 251.92/36.19
% 251.92/36.19 [6846] BETA_NOT_EQUIV : ~(p(X2_256_0) <=> p(skolem_Y33(X2_256_0)))
% 251.92/36.19 -> [6847] ~p(X2_256_0), p(skolem_Y33(X2_256_0))
% 251.92/36.19 -> [6848] p(X2_256_0), ~p(skolem_Y33(X2_256_0))
% 251.92/36.19
% 251.92/36.19 [6848] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [13411] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [13411] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [14296] (q(skolem_X66) <=> q(Y7_371_2))
% 251.92/36.19
% 251.92/36.19 [14296] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_371_2))
% 251.92/36.19 -> [14298] ~q(skolem_X66), ~q(Y7_371_2)
% 251.92/36.19 -> [14299] q(skolem_X66), q(Y7_371_2)
% 251.92/36.19
% 251.92/36.19 [14299] CLOSURE : q(Y7_371_2)
% 251.92/36.19
% 251.92/36.19 [14298] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [16400] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [16400] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19 -> [16401] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.19 -> [16402] r(skolem_X1010), r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [16401] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [16402] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [20631] p(Y13_80_4)
% 251.92/36.19
% 251.92/36.19 [20631] CLOSURE : p(Y13_80_4)
% 251.92/36.19
% 251.92/36.19 [6847] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [13936] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [13936] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [22124] (q(skolem_X66) <=> q(Y7_689_2))
% 251.92/36.19
% 251.92/36.19 [22124] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_689_2))
% 251.92/36.19 -> [22126] ~q(skolem_X66), ~q(Y7_689_2)
% 251.92/36.19 -> [22127] q(skolem_X66), q(Y7_689_2)
% 251.92/36.19
% 251.92/36.19 [22127] CLOSURE : q(Y7_689_2)
% 251.92/36.19
% 251.92/36.19 [22126] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [22712] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [22712] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [22713] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [22714] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [22714] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [22713] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [23881] p(Y13_126_4)
% 251.92/36.19
% 251.92/36.19 [23881] CLOSURE : p(Y13_126_4)
% 251.92/36.19
% 251.92/36.19 [4514] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [18130] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [18131] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [18131] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [18132] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [18132] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [18993] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [18993] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [18994] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [18994] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [18995] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [18996] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [18995] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [18996] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [19870] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [19870] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [20597] (q(skolem_X66) <=> q(Y7_619_2))
% 251.92/36.19
% 251.92/36.19 [20597] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_619_2))
% 251.92/36.19 -> [20598] ~q(skolem_X66), ~q(Y7_619_2)
% 251.92/36.19 -> [20599] q(skolem_X66), q(Y7_619_2)
% 251.92/36.19
% 251.92/36.19 [20598] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [24147] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [24147] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [24148] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [24149] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24149] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24148] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [25335] p(Y13_184_4)
% 251.92/36.19
% 251.92/36.19 [25335] CLOSURE : p(Y13_184_4)
% 251.92/36.19
% 251.92/36.19 [20599] CLOSURE : q(Y7_619_2)
% 251.92/36.19
% 251.92/36.19 [18130] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [18523] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [18523] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [19187] ~! [Y3_3] : ((p(X2_748_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [19187] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_748_0) <=> p(Y3_3)))
% 251.92/36.19 -> [19188] ~(p(X2_748_0) <=> p(skolem_Y33(X2_748_0)))
% 251.92/36.19
% 251.92/36.19 [19188] BETA_NOT_EQUIV : ~(p(X2_748_0) <=> p(skolem_Y33(X2_748_0)))
% 251.92/36.19 -> [19189] ~p(X2_748_0), p(skolem_Y33(X2_748_0))
% 251.92/36.19 -> [19190] p(X2_748_0), ~p(skolem_Y33(X2_748_0))
% 251.92/36.19
% 251.92/36.19 [19189] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [20314] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [20314] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [21185] (q(skolem_X66) <=> q(Y7_645_2))
% 251.92/36.19
% 251.92/36.19 [21185] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_645_2))
% 251.92/36.19 -> [21189] ~q(skolem_X66), ~q(Y7_645_2)
% 251.92/36.19 -> [21190] q(skolem_X66), q(Y7_645_2)
% 251.92/36.19
% 251.92/36.19 [21190] CLOSURE : q(Y7_645_2)
% 251.92/36.19
% 251.92/36.19 [21189] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [24136] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [24136] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [24137] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [24138] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24138] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24137] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [24886] p(Y13_171_4)
% 251.92/36.19
% 251.92/36.19 [24886] CLOSURE : p(Y13_171_4)
% 251.92/36.19
% 251.92/36.19 [19190] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [20315] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [20315] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [21195] (q(skolem_X66) <=> q(Y7_646_2))
% 251.92/36.19
% 251.92/36.19 [21195] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_646_2))
% 251.92/36.19 -> [21196] ~q(skolem_X66), ~q(Y7_646_2)
% 251.92/36.19 -> [21197] q(skolem_X66), q(Y7_646_2)
% 251.92/36.19
% 251.92/36.19 [21197] CLOSURE : q(Y7_646_2)
% 251.92/36.19
% 251.92/36.19 [21196] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [40915] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [40915] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [40916] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [40917] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [40917] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [40916] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [41293] p(Y13_608_4)
% 251.92/36.19
% 251.92/36.19 [41293] CLOSURE : p(Y13_608_4)
% 251.92/36.19
% 251.92/36.19 [215] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [2917] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [2918] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [2918] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [2923] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [2923] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [10535] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [10535] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [12045] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [12046] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [12046] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [12050] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [12050] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [12051] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [12052] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [12052] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [12057] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [12057] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [30619] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [30619] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [30620] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [30620] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [30621] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [30622] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [30622] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [30621] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [30753] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [30753] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [30755] (q(skolem_X66) <=> q(Y7_1004_2))
% 251.92/36.19
% 251.92/36.19 [30755] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1004_2))
% 251.92/36.19 -> [30757] ~q(skolem_X66), ~q(Y7_1004_2)
% 251.92/36.19 -> [30758] q(skolem_X66), q(Y7_1004_2)
% 251.92/36.19
% 251.92/36.19 [30758] CLOSURE : q(Y7_1004_2)
% 251.92/36.19
% 251.92/36.19 [30757] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [30774] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [30774] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [30775] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [30776] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [30776] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [30775] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19 -> [30798] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [30798] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.19 -> [30799] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.19 -> [30800] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [30800] CLOSURE : s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [30799] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [30831] q(Y17_75_5)
% 251.92/36.19
% 251.92/36.19 [30831] CLOSURE : q(Y17_75_5)
% 251.92/36.19
% 251.92/36.19 [12051] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21752] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [21752] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [30611] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [30611] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [30612] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [30612] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [30613] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [30614] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [30614] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [30613] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [30694] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [30694] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [30738] (q(skolem_X66) <=> q(Y7_1003_2))
% 251.92/36.19
% 251.92/36.19 [30738] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1003_2))
% 251.92/36.19 -> [30739] ~q(skolem_X66), ~q(Y7_1003_2)
% 251.92/36.19 -> [30740] q(skolem_X66), q(Y7_1003_2)
% 251.92/36.19
% 251.92/36.19 [30740] CLOSURE : q(Y7_1003_2)
% 251.92/36.19
% 251.92/36.19 [30739] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [30843] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [30843] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [30844] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [30845] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [30845] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [30844] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19 -> [31077] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.19
% 251.92/36.19 [31077] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.19 -> [31078] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.92/36.19 -> [31079] s(skolem_X1414), s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [31078] CLOSURE : ~s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [31079] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [31121] ~p(X16_104_5)
% 251.92/36.19
% 251.92/36.19 [31121] CLOSURE : ~p(X16_104_5)
% 251.92/36.19
% 251.92/36.19 [12045] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [21746] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [21747] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [21746] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [30535] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [30535] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [30536] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [30536] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [30537] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [30538] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [30538] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [30537] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [30588] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [30588] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [30647] (q(skolem_X66) <=> q(Y7_996_2))
% 251.92/36.19
% 251.92/36.19 [30647] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_996_2))
% 251.92/36.19 -> [30648] ~q(skolem_X66), ~q(Y7_996_2)
% 251.92/36.19 -> [30649] q(skolem_X66), q(Y7_996_2)
% 251.92/36.19
% 251.92/36.19 [30649] CLOSURE : q(Y7_996_2)
% 251.92/36.19
% 251.92/36.19 [30648] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [30724] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [30724] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [30725] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [30726] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [30726] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [30725] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [30779] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [30779] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19 -> [30780] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19
% 251.92/36.19 [30780] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19 -> [30781] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.19 -> [30782] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [30782] CLOSURE : s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [30781] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [30838] ~p(X16_101_5)
% 251.92/36.19
% 251.92/36.19 [30838] CLOSURE : ~p(X16_101_5)
% 251.92/36.19
% 251.92/36.19 [21747] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [21749] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [21749] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [30602] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [30602] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [30629] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [30629] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [30630] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [30630] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [30631] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [30632] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [30632] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [30631] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [30979] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [30979] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [31036] (q(skolem_X66) <=> q(Y7_1012_2))
% 251.92/36.19
% 251.92/36.19 [31036] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1012_2))
% 251.92/36.19 -> [31037] ~q(skolem_X66), ~q(Y7_1012_2)
% 251.92/36.19 -> [31039] q(skolem_X66), q(Y7_1012_2)
% 251.92/36.19
% 251.92/36.19 [31039] CLOSURE : q(Y7_1012_2)
% 251.92/36.19
% 251.92/36.19 [31037] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [31275] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [31275] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19 -> [31277] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.19 -> [31278] r(skolem_X1010), r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [31277] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [31278] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [31553] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [31553] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19 -> [31554] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19
% 251.92/36.19 [31554] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19 -> [31555] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.19 -> [31556] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [31556] CLOSURE : s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [31555] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [31705] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19
% 251.92/36.19 [31705] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [31706] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [31706] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [31707] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [31707] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [31708] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [31709] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [31708] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [31709] : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [31782] ~? [X4_4] : (q(X4_4))
% 251.92/36.19
% 251.92/36.19 [31782] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [31783] ~q(X4_1139_1)
% 251.92/36.19
% 251.92/36.19 [31783] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [31793] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [31793] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [31794] (q(skolem_X66) <=> q(Y7_1038_2))
% 251.92/36.19
% 251.92/36.19 [31794] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1038_2))
% 251.92/36.19 -> [31795] ~q(skolem_X66), ~q(Y7_1038_2)
% 251.92/36.19 -> [31796] q(skolem_X66), q(Y7_1038_2)
% 251.92/36.19
% 251.92/36.19 [31796] CLOSURE : q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [31795] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [31806] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [31806] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [31807] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [31807] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [31808] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [31809] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [31808] CLOSURE : ~r(skolem_X1010)
% 251.92/36.19
% 251.92/36.19 [31809] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [2917] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [3890] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3891] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [3891] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [3894] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [3894] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [3897] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [3898] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [3898] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [3903] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [3903] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [37901] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [37901] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [37902] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [37902] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [37903] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [37904] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [37903] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [37904] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [37965] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [37965] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [38028] (q(skolem_X66) <=> q(Y7_1221_2))
% 251.92/36.19
% 251.92/36.19 [38028] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1221_2))
% 251.92/36.19 -> [38029] ~q(skolem_X66), ~q(Y7_1221_2)
% 251.92/36.19 -> [38030] q(skolem_X66), q(Y7_1221_2)
% 251.92/36.19
% 251.92/36.19 [38030] CLOSURE : q(Y7_1221_2)
% 251.92/36.19
% 251.92/36.19 [38029] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [38162] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [38162] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [38163] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [38164] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [38164] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [38163] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [38454] ~s(X12_608_4)
% 251.92/36.19
% 251.92/36.19 [38454] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [38493] p(Y13_535_5)
% 251.92/36.19
% 251.92/36.19 [38493] CLOSURE : p(Y13_535_5)
% 251.92/36.19
% 251.92/36.19 [3897] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [4443] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [4443] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [4444] ~! [Y3_3] : ((p(X2_158_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [4444] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_158_0) <=> p(Y3_3)))
% 251.92/36.19 -> [4445] ~(p(X2_158_0) <=> p(skolem_Y33(X2_158_0)))
% 251.92/36.19
% 251.92/36.19 [4445] BETA_NOT_EQUIV : ~(p(X2_158_0) <=> p(skolem_Y33(X2_158_0)))
% 251.92/36.19 -> [4446] ~p(X2_158_0), p(skolem_Y33(X2_158_0))
% 251.92/36.19 -> [4447] p(X2_158_0), ~p(skolem_Y33(X2_158_0))
% 251.92/36.19
% 251.92/36.19 [4446] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [17649] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [17649] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [18360] (q(skolem_X66) <=> q(Y7_505_2))
% 251.92/36.19
% 251.92/36.19 [18360] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_505_2))
% 251.92/36.19 -> [18361] ~q(skolem_X66), ~q(Y7_505_2)
% 251.92/36.19 -> [18362] q(skolem_X66), q(Y7_505_2)
% 251.92/36.19
% 251.92/36.19 [18362] CLOSURE : q(Y7_505_2)
% 251.92/36.19
% 251.92/36.19 [18361] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [19553] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [19553] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [19554] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [19555] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [19555] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [19554] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [23391] ~s(X12_163_4)
% 251.92/36.19
% 251.92/36.19 [23391] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [23729] p(Y13_123_5)
% 251.92/36.19
% 251.92/36.19 [23729] CLOSURE : p(Y13_123_5)
% 251.92/36.19
% 251.92/36.19 [4447] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [18071] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [18071] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [18871] (q(skolem_X66) <=> q(Y7_537_2))
% 251.92/36.19
% 251.92/36.19 [18871] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_537_2))
% 251.92/36.19 -> [18872] ~q(skolem_X66), ~q(Y7_537_2)
% 251.92/36.19 -> [18873] q(skolem_X66), q(Y7_537_2)
% 251.92/36.19
% 251.92/36.19 [18873] CLOSURE : q(Y7_537_2)
% 251.92/36.19
% 251.92/36.19 [18872] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [20010] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [20010] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [20011] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [20012] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [20012] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [20011] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [40226] ~s(X12_657_4)
% 251.92/36.19
% 251.92/36.19 [40226] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [40256] p(Y13_585_5)
% 251.92/36.19
% 251.92/36.19 [40256] CLOSURE : p(Y13_585_5)
% 251.92/36.19
% 251.92/36.19 [3890] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [4436] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [4437] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [4437] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [4438] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [4438] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [17031] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [17031] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [18204] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [18204] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [18205] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [18205] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [18208] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [18209] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [18208] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [18209] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [19698] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [19698] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [20227] (q(skolem_X66) <=> q(Y7_598_2))
% 251.92/36.19
% 251.92/36.19 [20227] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_598_2))
% 251.92/36.19 -> [20228] ~q(skolem_X66), ~q(Y7_598_2)
% 251.92/36.19 -> [20229] q(skolem_X66), q(Y7_598_2)
% 251.92/36.19
% 251.92/36.19 [20229] CLOSURE : q(Y7_598_2)
% 251.92/36.19
% 251.92/36.19 [20228] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [21518] (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [21518] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.92/36.19 -> [21519] ~r(skolem_X1010), ~r(skolem_X88)
% 251.92/36.19 -> [21520] r(skolem_X1010), r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [21519] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [21520] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [36911] ~s(X12_560_4)
% 251.92/36.19
% 251.92/36.19 [36911] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [36942] p(Y13_487_5)
% 251.92/36.19
% 251.92/36.19 [36942] CLOSURE : p(Y13_487_5)
% 251.92/36.19
% 251.92/36.19 [4436] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [16324] ~! [Y3_3] : ((p(X2_677_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [16324] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_677_0) <=> p(Y3_3)))
% 251.92/36.19 -> [16325] ~(p(X2_677_0) <=> p(skolem_Y33(X2_677_0)))
% 251.92/36.19
% 251.92/36.19 [16325] BETA_NOT_EQUIV : ~(p(X2_677_0) <=> p(skolem_Y33(X2_677_0)))
% 251.92/36.19 -> [16326] ~p(X2_677_0), p(skolem_Y33(X2_677_0))
% 251.92/36.19 -> [16327] p(X2_677_0), ~p(skolem_Y33(X2_677_0))
% 251.92/36.19
% 251.92/36.19 [16327] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [17463] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [17463] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [18488] (q(skolem_X66) <=> q(Y7_512_2))
% 251.92/36.19
% 251.92/36.19 [18488] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_512_2))
% 251.92/36.19 -> [18489] ~q(skolem_X66), ~q(Y7_512_2)
% 251.92/36.19 -> [18490] q(skolem_X66), q(Y7_512_2)
% 251.92/36.19
% 251.92/36.19 [18490] CLOSURE : q(Y7_512_2)
% 251.92/36.19
% 251.92/36.19 [18489] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [24677] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [24677] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [24678] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [24679] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24679] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [24678] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [25598] ~s(X12_245_4)
% 251.92/36.19
% 251.92/36.19 [25598] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [25764] p(Y13_201_5)
% 251.92/36.19
% 251.92/36.19 [25764] CLOSURE : p(Y13_201_5)
% 251.92/36.19
% 251.92/36.19 [16326] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [17831] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [17831] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [18826] (q(skolem_X66) <=> q(Y7_534_2))
% 251.92/36.19
% 251.92/36.19 [18826] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_534_2))
% 251.92/36.19 -> [18827] ~q(skolem_X66), ~q(Y7_534_2)
% 251.92/36.19 -> [18828] q(skolem_X66), q(Y7_534_2)
% 251.92/36.19
% 251.92/36.19 [18828] CLOSURE : q(Y7_534_2)
% 251.92/36.19
% 251.92/36.19 [18827] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.19 -> [40966] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [40966] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.19 -> [40967] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.19 -> [40968] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [40968] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [40967] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [41676] ~s(X12_683_4)
% 251.92/36.19
% 251.92/36.19 [41676] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [41764] p(Y13_623_5)
% 251.92/36.19
% 251.92/36.19 [41764] CLOSURE : p(Y13_623_5)
% 251.92/36.19
% 251.92/36.19 [168] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.19 -> [3747] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [3748] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.19
% 251.92/36.19 [3747] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.19 -> [4220] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [4221] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19
% 251.92/36.19 [4221] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [4222] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [4223] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [4222] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [5190] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [5190] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [5191] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5192] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [5192] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [5201] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [5201] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5202] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5203] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5202] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5877] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [5877] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [5878] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [5878] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [5879] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [5879] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [5880] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [5881] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [5881] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [5880] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27357] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27357] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27358] (q(skolem_X66) <=> q(Y7_846_2))
% 251.92/36.19
% 251.92/36.19 [27358] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_846_2))
% 251.92/36.19 -> [27359] ~q(skolem_X66), ~q(Y7_846_2)
% 251.92/36.19 -> [27360] q(skolem_X66), q(Y7_846_2)
% 251.92/36.19
% 251.92/36.19 [27360] CLOSURE : q(Y7_846_2)
% 251.92/36.19
% 251.92/36.19 [27359] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27417] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27417] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27419] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27419] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27421] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27422] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27422] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27421] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27605] ~r(X8_588_4)
% 251.92/36.19
% 251.92/36.19 [27605] CLOSURE : ~r(X8_588_4)
% 251.92/36.19
% 251.92/36.19 [5203] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5205] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5205] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [5901] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [5901] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [5902] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [5902] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [5903] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [5904] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [5903] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5904] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27562] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27562] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27563] (q(skolem_X66) <=> q(Y7_855_2))
% 251.92/36.19
% 251.92/36.19 [27563] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_855_2))
% 251.92/36.19 -> [27564] ~q(skolem_X66), ~q(Y7_855_2)
% 251.92/36.19 -> [27565] q(skolem_X66), q(Y7_855_2)
% 251.92/36.19
% 251.92/36.19 [27565] CLOSURE : q(Y7_855_2)
% 251.92/36.19
% 251.92/36.19 [27564] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27599] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27599] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27600] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27600] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27601] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27602] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27602] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27601] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27695] ~r(X8_597_4)
% 251.92/36.19
% 251.92/36.19 [27695] CLOSURE : ~r(X8_597_4)
% 251.92/36.19
% 251.92/36.19 [5191] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5870] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5871] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5870] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [6474] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [6474] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [6475] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [6475] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [6476] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [6477] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [6477] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [6476] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [26969] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [26969] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [26970] (q(skolem_X66) <=> q(Y7_829_2))
% 251.92/36.19
% 251.92/36.19 [26970] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_829_2))
% 251.92/36.19 -> [26971] ~q(skolem_X66), ~q(Y7_829_2)
% 251.92/36.19 -> [26972] q(skolem_X66), q(Y7_829_2)
% 251.92/36.19
% 251.92/36.19 [26972] CLOSURE : q(Y7_829_2)
% 251.92/36.19
% 251.92/36.19 [26971] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [26997] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [26997] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [26998] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [26998] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [26999] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27000] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27000] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [26999] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27353] ~r(X8_572_4)
% 251.92/36.19
% 251.92/36.19 [27353] CLOSURE : ~r(X8_572_4)
% 251.92/36.19
% 251.92/36.19 [5871] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5873] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5873] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [6485] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [6485] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [6486] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [6486] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [6487] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [6487] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [6488] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [6489] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [6488] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [6489] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [14611] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [14611] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [14612] (q(skolem_X66) <=> q(Y7_381_2))
% 251.92/36.19
% 251.92/36.19 [14612] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_381_2))
% 251.92/36.19 -> [14613] ~q(skolem_X66), ~q(Y7_381_2)
% 251.92/36.19 -> [14614] q(skolem_X66), q(Y7_381_2)
% 251.92/36.19
% 251.92/36.19 [14614] CLOSURE : q(Y7_381_2)
% 251.92/36.19
% 251.92/36.19 [14613] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [14952] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [14952] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [14953] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [14953] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [14954] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [14955] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [14955] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [14954] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [29461] ~r(X8_695_4)
% 251.92/36.19
% 251.92/36.19 [29461] CLOSURE : ~r(X8_695_4)
% 251.92/36.19
% 251.92/36.19 [4223] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [4224] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [4224] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [4225] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [4226] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [4225] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5210] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5211] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5210] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [5916] ~! [Y3_3] : ((p(X2_224_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [5916] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_224_0) <=> p(Y3_3)))
% 251.92/36.19 -> [5917] ~(p(X2_224_0) <=> p(skolem_Y33(X2_224_0)))
% 251.92/36.19
% 251.92/36.19 [5917] BETA_NOT_EQUIV : ~(p(X2_224_0) <=> p(skolem_Y33(X2_224_0)))
% 251.92/36.19 -> [5918] ~p(X2_224_0), p(skolem_Y33(X2_224_0))
% 251.92/36.19 -> [5919] p(X2_224_0), ~p(skolem_Y33(X2_224_0))
% 251.92/36.19
% 251.92/36.19 [5918] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [7088] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [7088] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [7602] (q(skolem_X66) <=> q(Y7_134_2))
% 251.92/36.19
% 251.92/36.19 [7602] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_134_2))
% 251.92/36.19 -> [7605] ~q(skolem_X66), ~q(Y7_134_2)
% 251.92/36.19 -> [7606] q(skolem_X66), q(Y7_134_2)
% 251.92/36.19
% 251.92/36.19 [7606] CLOSURE : q(Y7_134_2)
% 251.92/36.19
% 251.92/36.19 [7605] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [8810] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [8810] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [8813] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [8813] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [8815] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [8816] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [8816] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [8815] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [11627] ~r(X8_63_4)
% 251.92/36.19
% 251.92/36.19 [11627] CLOSURE : ~r(X8_63_4)
% 251.92/36.19
% 251.92/36.19 [5919] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27598] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27598] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27662] (q(skolem_X66) <=> q(Y7_858_2))
% 251.92/36.19
% 251.92/36.19 [27662] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_858_2))
% 251.92/36.19 -> [27663] ~q(skolem_X66), ~q(Y7_858_2)
% 251.92/36.19 -> [27664] q(skolem_X66), q(Y7_858_2)
% 251.92/36.19
% 251.92/36.19 [27664] CLOSURE : q(Y7_858_2)
% 251.92/36.19
% 251.92/36.19 [27663] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27718] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27718] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27719] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27719] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27720] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27721] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27721] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27720] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27751] ~r(X8_601_4)
% 251.92/36.19
% 251.92/36.19 [27751] CLOSURE : ~r(X8_601_4)
% 251.92/36.19
% 251.92/36.19 [5211] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5212] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5212] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [27606] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [27606] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [27733] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [27733] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [27734] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [27734] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [27735] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [27736] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [27735] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [27736] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27986] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27986] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28114] (q(skolem_X66) <=> q(Y7_888_2))
% 251.92/36.19
% 251.92/36.19 [28114] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_888_2))
% 251.92/36.19 -> [28115] ~q(skolem_X66), ~q(Y7_888_2)
% 251.92/36.19 -> [28116] q(skolem_X66), q(Y7_888_2)
% 251.92/36.19
% 251.92/36.19 [28116] CLOSURE : q(Y7_888_2)
% 251.92/36.19
% 251.92/36.19 [28115] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [28338] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [28338] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [28341] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [28341] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [28342] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [28343] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28343] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28342] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28589] ~r(X8_655_4)
% 251.92/36.19
% 251.92/36.19 [28589] CLOSURE : ~r(X8_655_4)
% 251.92/36.19
% 251.92/36.19 [4226] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [4231] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [4231] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [4232] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [4233] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [4233] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [4236] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [4236] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [5935] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [5935] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [5936] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [5936] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [5938] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [5939] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [5938] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5939] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27854] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27854] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28018] (q(skolem_X66) <=> q(Y7_881_2))
% 251.92/36.19
% 251.92/36.19 [28018] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_881_2))
% 251.92/36.19 -> [28019] ~q(skolem_X66), ~q(Y7_881_2)
% 251.92/36.19 -> [28020] q(skolem_X66), q(Y7_881_2)
% 251.92/36.19
% 251.92/36.19 [28020] CLOSURE : q(Y7_881_2)
% 251.92/36.19
% 251.92/36.19 [28019] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [28254] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [28254] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [28255] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [28255] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [28256] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [28257] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28257] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28256] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28477] ~r(X8_647_4)
% 251.92/36.19
% 251.92/36.19 [28477] CLOSURE : ~r(X8_647_4)
% 251.92/36.19
% 251.92/36.19 [4232] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5222] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [5222] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [5223] ~! [Y3_3] : ((p(X2_189_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [5223] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_189_0) <=> p(Y3_3)))
% 251.92/36.19 -> [5224] ~(p(X2_189_0) <=> p(skolem_Y33(X2_189_0)))
% 251.92/36.19
% 251.92/36.19 [5224] BETA_NOT_EQUIV : ~(p(X2_189_0) <=> p(skolem_Y33(X2_189_0)))
% 251.92/36.19 -> [5225] ~p(X2_189_0), p(skolem_Y33(X2_189_0))
% 251.92/36.19 -> [5226] p(X2_189_0), ~p(skolem_Y33(X2_189_0))
% 251.92/36.19
% 251.92/36.19 [5225] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27672] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27672] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27697] (q(skolem_X66) <=> q(Y7_862_2))
% 251.92/36.19
% 251.92/36.19 [27697] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_862_2))
% 251.92/36.19 -> [27698] ~q(skolem_X66), ~q(Y7_862_2)
% 251.92/36.19 -> [27699] q(skolem_X66), q(Y7_862_2)
% 251.92/36.19
% 251.92/36.19 [27699] CLOSURE : q(Y7_862_2)
% 251.92/36.19
% 251.92/36.19 [27698] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27744] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27744] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27745] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27745] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27746] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27747] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27747] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27746] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [27791] ~r(X8_602_4)
% 251.92/36.19
% 251.92/36.19 [27791] CLOSURE : ~r(X8_602_4)
% 251.92/36.19
% 251.92/36.19 [5226] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [11122] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [11122] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [12562] (q(skolem_X66) <=> q(Y7_313_2))
% 251.92/36.19
% 251.92/36.19 [12562] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_313_2))
% 251.92/36.19 -> [12565] ~q(skolem_X66), ~q(Y7_313_2)
% 251.92/36.19 -> [12566] q(skolem_X66), q(Y7_313_2)
% 251.92/36.19
% 251.92/36.19 [12565] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [30706] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [30706] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [30707] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [30707] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [30708] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [30709] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [30709] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [30708] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [30803] ~r(X8_748_4)
% 251.92/36.19
% 251.92/36.19 [30803] CLOSURE : ~r(X8_748_4)
% 251.92/36.19
% 251.92/36.19 [12566] CLOSURE : q(Y7_313_2)
% 251.92/36.19
% 251.92/36.19 [4220] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [5170] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [5171] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [5170] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [5806] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5807] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [5806] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [6417] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [6418] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [6418] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [6421] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [6421] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [6424] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [6424] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [6425] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [6425] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [6426] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [6427] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [6427] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [22108] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [22108] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [22109] (q(skolem_X66) <=> q(Y7_688_2))
% 251.92/36.19
% 251.92/36.19 [22109] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_688_2))
% 251.92/36.19 -> [22110] ~q(skolem_X66), ~q(Y7_688_2)
% 251.92/36.19 -> [22111] q(skolem_X66), q(Y7_688_2)
% 251.92/36.19
% 251.92/36.19 [22111] CLOSURE : q(Y7_688_2)
% 251.92/36.19
% 251.92/36.19 [22110] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [22289] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [22289] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [22290] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [22290] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [22291] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [22292] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [22292] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [22291] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [23237] ~r(X8_328_4)
% 251.92/36.19
% 251.92/36.19 [23237] CLOSURE : ~r(X8_328_4)
% 251.92/36.19
% 251.92/36.19 [6426] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [6417] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [10902] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [10902] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [10903] ~! [Y3_3] : ((p(X2_466_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [10903] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_466_0) <=> p(Y3_3)))
% 251.92/36.19 -> [10904] ~(p(X2_466_0) <=> p(skolem_Y33(X2_466_0)))
% 251.92/36.19
% 251.92/36.19 [10904] BETA_NOT_EQUIV : ~(p(X2_466_0) <=> p(skolem_Y33(X2_466_0)))
% 251.92/36.19 -> [10906] ~p(X2_466_0), p(skolem_Y33(X2_466_0))
% 251.92/36.19 -> [10907] p(X2_466_0), ~p(skolem_Y33(X2_466_0))
% 251.92/36.19
% 251.92/36.19 [10906] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [12015] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [12015] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [12016] (q(skolem_X66) <=> q(Y7_290_2))
% 251.92/36.19
% 251.92/36.19 [12016] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_290_2))
% 251.92/36.19 -> [12017] ~q(skolem_X66), ~q(Y7_290_2)
% 251.92/36.19 -> [12018] q(skolem_X66), q(Y7_290_2)
% 251.92/36.19
% 251.92/36.19 [12018] CLOSURE : q(Y7_290_2)
% 251.92/36.19
% 251.92/36.19 [12017] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [21692] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [21692] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [21693] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [21693] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [21694] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [21695] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [21695] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [21694] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [30404] ~r(X8_740_4)
% 251.92/36.19
% 251.92/36.19 [30404] CLOSURE : ~r(X8_740_4)
% 251.92/36.19
% 251.92/36.19 [10907] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [11414] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [11414] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [11415] (q(skolem_X66) <=> q(Y7_257_2))
% 251.92/36.19
% 251.92/36.19 [11415] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_257_2))
% 251.92/36.19 -> [11416] ~q(skolem_X66), ~q(Y7_257_2)
% 251.92/36.19 -> [11417] q(skolem_X66), q(Y7_257_2)
% 251.92/36.19
% 251.92/36.19 [11417] CLOSURE : q(Y7_257_2)
% 251.92/36.19
% 251.92/36.19 [11416] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [12023] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [12023] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [12024] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [12024] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [12025] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [12026] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [12026] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [12025] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [30422] ~r(X8_741_4)
% 251.92/36.19
% 251.92/36.19 [30422] CLOSURE : ~r(X8_741_4)
% 251.92/36.19
% 251.92/36.19 [5807] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [5808] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [5808] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5809] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5810] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5810] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5812] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5812] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5813] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [5813] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [5814] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [5814] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [5815] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [5815] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [5816] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [5817] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [5816] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5817] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [19727] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [19727] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [19728] (q(skolem_X66) <=> q(Y7_574_2))
% 251.92/36.19
% 251.92/36.19 [19728] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_574_2))
% 251.92/36.19 -> [19729] ~q(skolem_X66), ~q(Y7_574_2)
% 251.92/36.19 -> [19730] q(skolem_X66), q(Y7_574_2)
% 251.92/36.19
% 251.92/36.19 [19730] CLOSURE : q(Y7_574_2)
% 251.92/36.19
% 251.92/36.19 [19729] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [19875] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [19875] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [19876] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [19876] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [19877] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [19878] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [19878] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [19877] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [20499] ~r(X8_229_4)
% 251.92/36.19
% 251.92/36.19 [20499] CLOSURE : ~r(X8_229_4)
% 251.92/36.19
% 251.92/36.19 [5809] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [6434] ~! [Y3_3] : ((p(X2_237_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [6434] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_237_0) <=> p(Y3_3)))
% 251.92/36.19 -> [6435] ~(p(X2_237_0) <=> p(skolem_Y33(X2_237_0)))
% 251.92/36.19
% 251.92/36.19 [6435] BETA_NOT_EQUIV : ~(p(X2_237_0) <=> p(skolem_Y33(X2_237_0)))
% 251.92/36.19 -> [6437] ~p(X2_237_0), p(skolem_Y33(X2_237_0))
% 251.92/36.19 -> [6438] p(X2_237_0), ~p(skolem_Y33(X2_237_0))
% 251.92/36.19
% 251.92/36.19 [6437] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [21861] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [21861] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [21863] (q(skolem_X66) <=> q(Y7_680_2))
% 251.92/36.19
% 251.92/36.19 [21863] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_680_2))
% 251.92/36.19 -> [21864] ~q(skolem_X66), ~q(Y7_680_2)
% 251.92/36.19 -> [21865] q(skolem_X66), q(Y7_680_2)
% 251.92/36.19
% 251.92/36.19 [21865] CLOSURE : q(Y7_680_2)
% 251.92/36.19
% 251.92/36.19 [21864] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [21877] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [21877] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [21878] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [21878] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [21879] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [21880] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [21880] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [21879] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [21981] ~r(X8_278_4)
% 251.92/36.19
% 251.92/36.19 [21981] CLOSURE : ~r(X8_278_4)
% 251.92/36.19
% 251.92/36.19 [6438] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [10934] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [10934] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [10935] (q(skolem_X66) <=> q(Y7_242_2))
% 251.92/36.19
% 251.92/36.19 [10935] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_242_2))
% 251.92/36.19 -> [10936] ~q(skolem_X66), ~q(Y7_242_2)
% 251.92/36.19 -> [10937] q(skolem_X66), q(Y7_242_2)
% 251.92/36.19
% 251.92/36.19 [10937] CLOSURE : q(Y7_242_2)
% 251.92/36.19
% 251.92/36.19 [10936] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [11467] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [11467] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [11468] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [11468] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [11469] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [11470] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [11470] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [11469] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [30565] ~r(X8_745_4)
% 251.92/36.19
% 251.92/36.19 [30565] CLOSURE : ~r(X8_745_4)
% 251.92/36.19
% 251.92/36.19 [5171] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [5175] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [5175] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [5177] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [5177] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [5180] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5181] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [5181] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [5184] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [5184] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5185] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5186] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5185] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [5849] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [5849] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [5850] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [5850] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [5851] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [5852] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [5852] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [5851] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [26622] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [26622] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [26767] (q(skolem_X66) <=> q(Y7_817_2))
% 251.92/36.19
% 251.92/36.19 [26767] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_817_2))
% 251.92/36.19 -> [26768] ~q(skolem_X66), ~q(Y7_817_2)
% 251.92/36.19 -> [26769] q(skolem_X66), q(Y7_817_2)
% 251.92/36.19
% 251.92/36.19 [26769] CLOSURE : q(Y7_817_2)
% 251.92/36.19
% 251.92/36.19 [26768] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [27290] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [27290] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [27291] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [27291] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [27292] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [27293] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [27293] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [27292] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28009] ~r(X8_617_4)
% 251.92/36.19
% 251.92/36.19 [28009] CLOSURE : ~r(X8_617_4)
% 251.92/36.19
% 251.92/36.19 [5186] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5189] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5189] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [41899] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [41899] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [41948] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [41948] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [41949] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [41949] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [41950] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [41951] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [41951] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [41950] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [42196] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [42196] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [42245] (q(skolem_X66) <=> q(Y7_1348_2))
% 251.92/36.19
% 251.92/36.19 [42245] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1348_2))
% 251.92/36.19 -> [42246] ~q(skolem_X66), ~q(Y7_1348_2)
% 251.92/36.19 -> [42247] q(skolem_X66), q(Y7_1348_2)
% 251.92/36.19
% 251.92/36.19 [42247] CLOSURE : q(Y7_1348_2)
% 251.92/36.19
% 251.92/36.19 [42246] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [42296] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [42296] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [42298] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [42298] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [42301] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [42302] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [42302] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [42301] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [42496] ~r(X8_1370_4)
% 251.92/36.19
% 251.92/36.19 [42496] CLOSURE : ~r(X8_1370_4)
% 251.92/36.19
% 251.92/36.19 [5180] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5838] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5839] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5839] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5845] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5845] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [26374] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [26374] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [26375] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [26375] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [26376] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [26377] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [26377] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [26376] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [27478] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [27478] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [27741] (q(skolem_X66) <=> q(Y7_866_2))
% 251.92/36.19
% 251.92/36.19 [27741] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_866_2))
% 251.92/36.19 -> [27742] ~q(skolem_X66), ~q(Y7_866_2)
% 251.92/36.19 -> [27743] q(skolem_X66), q(Y7_866_2)
% 251.92/36.19
% 251.92/36.19 [27743] CLOSURE : q(Y7_866_2)
% 251.92/36.19
% 251.92/36.19 [27742] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [28125] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [28125] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [28126] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [28126] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [28128] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [28129] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28129] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28128] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [28347] ~r(X8_633_4)
% 251.92/36.19
% 251.92/36.19 [28347] CLOSURE : ~r(X8_633_4)
% 251.92/36.19
% 251.92/36.19 [5838] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [6450] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [6450] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [6451] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [6451] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [6452] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [6452] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [6453] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [6454] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [6454] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [6453] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [42074] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [42074] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [42131] (q(skolem_X66) <=> q(Y7_1341_2))
% 251.92/36.19
% 251.92/36.19 [42131] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1341_2))
% 251.92/36.19 -> [42132] ~q(skolem_X66), ~q(Y7_1341_2)
% 251.92/36.19 -> [42133] q(skolem_X66), q(Y7_1341_2)
% 251.92/36.19
% 251.92/36.19 [42133] CLOSURE : q(Y7_1341_2)
% 251.92/36.19
% 251.92/36.19 [42132] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [42269] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [42269] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [42270] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [42270] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [42271] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [42272] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [42272] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [42271] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [42568] ~r(X8_1376_4)
% 251.92/36.19
% 251.92/36.19 [42568] CLOSURE : ~r(X8_1376_4)
% 251.92/36.19
% 251.92/36.19 [3748] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.19 -> [3754] r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [3754] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.19 -> [3758] ~s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [3758] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.19 -> [3766] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [3767] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19
% 251.92/36.19 [3767] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [3775] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [3776] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [3776] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [3780] s(skolem_X1212)
% 251.92/36.19
% 251.92/36.19 [3780] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [11032] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [11033] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [11032] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [11592] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [11593] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [11592] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [12182] ~! [Y3_3] : ((p(X2_510_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [12182] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_510_0) <=> p(Y3_3)))
% 251.92/36.19 -> [12183] ~(p(X2_510_0) <=> p(skolem_Y33(X2_510_0)))
% 251.92/36.19
% 251.92/36.19 [12183] BETA_NOT_EQUIV : ~(p(X2_510_0) <=> p(skolem_Y33(X2_510_0)))
% 251.92/36.19 -> [12184] ~p(X2_510_0), p(skolem_Y33(X2_510_0))
% 251.92/36.19 -> [12185] p(X2_510_0), ~p(skolem_Y33(X2_510_0))
% 251.92/36.19
% 251.92/36.19 [12185] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [25763] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [25763] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [25915] (q(skolem_X66) <=> q(Y7_804_2))
% 251.92/36.19
% 251.92/36.19 [25915] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_804_2))
% 251.92/36.19 -> [25916] ~q(skolem_X66), ~q(Y7_804_2)
% 251.92/36.19 -> [25917] q(skolem_X66), q(Y7_804_2)
% 251.92/36.19
% 251.92/36.19 [25917] CLOSURE : q(Y7_804_2)
% 251.92/36.19
% 251.92/36.19 [25916] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [26181] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [26181] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [26182] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [26182] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [26183] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [26184] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [26184] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [26183] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [26872] p(Y13_233_4)
% 251.92/36.19
% 251.92/36.19 [26872] CLOSURE : p(Y13_233_4)
% 251.92/36.19
% 251.92/36.19 [12184] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [29801] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [29801] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [29814] (q(skolem_X66) <=> q(Y7_953_2))
% 251.92/36.19
% 251.92/36.19 [29814] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_953_2))
% 251.92/36.19 -> [29815] ~q(skolem_X66), ~q(Y7_953_2)
% 251.92/36.19 -> [29816] q(skolem_X66), q(Y7_953_2)
% 251.92/36.19
% 251.92/36.19 [29816] CLOSURE : q(Y7_953_2)
% 251.92/36.19
% 251.92/36.19 [29815] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [29825] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [29825] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [29827] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [29827] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [29829] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [29830] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [29830] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [29829] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [29849] p(Y13_300_4)
% 251.92/36.19
% 251.92/36.19 [29849] CLOSURE : p(Y13_300_4)
% 251.92/36.19
% 251.92/36.19 [11593] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [11594] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [11594] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [12934] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [12934] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [14572] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [14572] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [14573] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [14573] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [14574] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [14575] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [14574] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [14575] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [36738] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [36738] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [36754] (q(skolem_X66) <=> q(Y7_1193_2))
% 251.92/36.19
% 251.92/36.19 [36754] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1193_2))
% 251.92/36.19 -> [36755] ~q(skolem_X66), ~q(Y7_1193_2)
% 251.92/36.19 -> [36756] q(skolem_X66), q(Y7_1193_2)
% 251.92/36.19
% 251.92/36.19 [36756] CLOSURE : q(Y7_1193_2)
% 251.92/36.19
% 251.92/36.19 [36755] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [36778] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [36778] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [36779] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [36779] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [36780] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [36781] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [36781] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [36780] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [36813] p(Y13_477_4)
% 251.92/36.19
% 251.92/36.19 [36813] CLOSURE : p(Y13_477_4)
% 251.92/36.19
% 251.92/36.19 [11033] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [11038] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [11038] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [11039] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [11040] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [11039] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [11596] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [11596] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [12951] ~! [Y3_3] : ((p(X2_533_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [12951] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_533_0) <=> p(Y3_3)))
% 251.92/36.19 -> [12952] ~(p(X2_533_0) <=> p(skolem_Y33(X2_533_0)))
% 251.92/36.19
% 251.92/36.19 [12952] BETA_NOT_EQUIV : ~(p(X2_533_0) <=> p(skolem_Y33(X2_533_0)))
% 251.92/36.19 -> [12953] ~p(X2_533_0), p(skolem_Y33(X2_533_0))
% 251.92/36.19 -> [12954] p(X2_533_0), ~p(skolem_Y33(X2_533_0))
% 251.92/36.19
% 251.92/36.19 [12953] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [15051] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [15051] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [36766] (q(skolem_X66) <=> q(Y7_1195_2))
% 251.92/36.19
% 251.92/36.19 [36766] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1195_2))
% 251.92/36.19 -> [36767] ~q(skolem_X66), ~q(Y7_1195_2)
% 251.92/36.19 -> [36768] q(skolem_X66), q(Y7_1195_2)
% 251.92/36.19
% 251.92/36.19 [36768] CLOSURE : q(Y7_1195_2)
% 251.92/36.19
% 251.92/36.19 [36767] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [36789] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [36789] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [36790] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [36790] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [36791] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [36792] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [36792] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [36791] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [36819] p(Y13_478_4)
% 251.92/36.19
% 251.92/36.19 [36819] CLOSURE : p(Y13_478_4)
% 251.92/36.19
% 251.92/36.19 [12954] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [15060] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [15060] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [36786] (q(skolem_X66) <=> q(Y7_1196_2))
% 251.92/36.19
% 251.92/36.19 [36786] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1196_2))
% 251.92/36.19 -> [36787] ~q(skolem_X66), ~q(Y7_1196_2)
% 251.92/36.19 -> [36788] q(skolem_X66), q(Y7_1196_2)
% 251.92/36.19
% 251.92/36.19 [36788] CLOSURE : q(Y7_1196_2)
% 251.92/36.19
% 251.92/36.19 [36787] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [36820] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [36820] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19 -> [36821] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19
% 251.92/36.19 [36821] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19 -> [36822] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.19 -> [36823] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [36822] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [36823] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [36861] p(Y13_481_4)
% 251.92/36.19
% 251.92/36.19 [36861] CLOSURE : p(Y13_481_4)
% 251.92/36.19
% 251.92/36.19 [11040] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [11043] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [11043] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [12575] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [12575] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [12577] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [12577] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [12581] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [12582] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [12581] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [12582] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [14102] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [14102] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [36839] (q(skolem_X66) <=> q(Y7_1197_2))
% 251.92/36.19
% 251.92/36.19 [36839] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1197_2))
% 251.92/36.19 -> [36840] ~q(skolem_X66), ~q(Y7_1197_2)
% 251.92/36.19 -> [36841] q(skolem_X66), q(Y7_1197_2)
% 251.92/36.19
% 251.92/36.19 [36841] CLOSURE : q(Y7_1197_2)
% 251.92/36.19
% 251.92/36.19 [36840] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [36862] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [36862] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [36863] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [36863] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [36864] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [36865] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [36865] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [36864] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [36889] p(Y13_485_4)
% 251.92/36.19
% 251.92/36.19 [36889] CLOSURE : p(Y13_485_4)
% 251.92/36.19
% 251.92/36.19 [3775] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [4252] ~p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [4252] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [4253] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [4254] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [4254] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [4258] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [4258] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [4261] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [4262] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [4262] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [4270] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [4270] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [18310] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [18310] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [18311] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [18311] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [18312] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [18313] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [18312] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [18313] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [21750] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [21750] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [35135] (q(skolem_X66) <=> q(Y7_1143_2))
% 251.92/36.19
% 251.92/36.19 [35135] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1143_2))
% 251.92/36.19 -> [35136] ~q(skolem_X66), ~q(Y7_1143_2)
% 251.92/36.19 -> [35137] q(skolem_X66), q(Y7_1143_2)
% 251.92/36.19
% 251.92/36.19 [35137] CLOSURE : q(Y7_1143_2)
% 251.92/36.19
% 251.92/36.19 [35136] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [35170] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [35170] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [35171] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [35171] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [35172] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [35173] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [35173] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [35172] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [35208] ~s(skolem_X1414)
% 251.92/36.19
% 251.92/36.19 [35208] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19 -> [35209] (s(skolem_X1414) <=> s(Y15_226_5))
% 251.92/36.19
% 251.92/36.19 [35209] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_226_5))
% 251.92/36.19 -> [35210] ~s(skolem_X1414), ~s(Y15_226_5)
% 251.92/36.19 -> [35211] s(skolem_X1414), s(Y15_226_5)
% 251.92/36.19
% 251.92/36.19 [35211] CLOSURE : s(Y15_226_5)
% 251.92/36.19
% 251.92/36.19 [35210] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [35220] q(Y17_108_6)
% 251.92/36.19
% 251.92/36.19 [35220] CLOSURE : q(Y17_108_6)
% 251.92/36.19
% 251.92/36.19 [4261] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [17906] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [17906] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [17907] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [17907] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [17908] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [17908] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [17909] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [17910] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [17910] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [17909] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [19714] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [19714] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [20291] (q(skolem_X66) <=> q(Y7_604_2))
% 251.92/36.19
% 251.92/36.19 [20291] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_604_2))
% 251.92/36.19 -> [20292] ~q(skolem_X66), ~q(Y7_604_2)
% 251.92/36.19 -> [20293] q(skolem_X66), q(Y7_604_2)
% 251.92/36.19
% 251.92/36.19 [20293] CLOSURE : q(Y7_604_2)
% 251.92/36.19
% 251.92/36.19 [20292] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [21264] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [21264] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19 -> [21265] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19
% 251.92/36.19 [21265] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19 -> [21266] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.19 -> [21267] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [21266] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [21267] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [42424] ~s(skolem_X1414)
% 251.92/36.19
% 251.92/36.19 [42424] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.19 -> [42432] (s(skolem_X1414) <=> s(Y15_338_5))
% 251.92/36.19
% 251.92/36.19 [42432] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_338_5))
% 251.92/36.19 -> [42433] ~s(skolem_X1414), ~s(Y15_338_5)
% 251.92/36.19 -> [42434] s(skolem_X1414), s(Y15_338_5)
% 251.92/36.19
% 251.92/36.19 [42433] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [42451] ~p(X16_204_6)
% 251.92/36.19
% 251.92/36.19 [42451] CLOSURE : ~p(X16_204_6)
% 251.92/36.19
% 251.92/36.19 [42434] CLOSURE : s(Y15_338_5)
% 251.92/36.19
% 251.92/36.19 [4253] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [17763] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [17764] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [17763] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [18097] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [18097] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [18098] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [18098] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [18099] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [18100] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [18100] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [18099] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [19602] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [19602] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [20025] (q(skolem_X66) <=> q(Y7_589_2))
% 251.92/36.19
% 251.92/36.19 [20025] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_589_2))
% 251.92/36.19 -> [20026] ~q(skolem_X66), ~q(Y7_589_2)
% 251.92/36.19 -> [20027] q(skolem_X66), q(Y7_589_2)
% 251.92/36.19
% 251.92/36.19 [20027] CLOSURE : q(Y7_589_2)
% 251.92/36.19
% 251.92/36.19 [20026] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [20754] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [20754] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19 -> [20755] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19
% 251.92/36.19 [20755] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19 -> [20756] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.19 -> [20757] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [20756] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [20757] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [42152] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [42152] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [42215] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [42215] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.19 -> [42216] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19
% 251.92/36.19 [42216] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.19 -> [42217] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.19 -> [42218] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [42217] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.19
% 251.92/36.19 [42218] CLOSURE : s(skolem_Y99)
% 251.92/36.19
% 251.92/36.19 [17764] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [17767] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [17767] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [18751] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [18751] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [19607] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [19607] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.19 -> [19608] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19
% 251.92/36.19 [19608] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.19 -> [19609] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.19 -> [19610] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.19
% 251.92/36.19 [19610] CLOSURE : p(skolem_Y1313)
% 251.92/36.19
% 251.92/36.19 [19609] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [41936] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [41936] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [41989] (q(skolem_X66) <=> q(Y7_1337_2))
% 251.92/36.19
% 251.92/36.19 [41989] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1337_2))
% 251.92/36.19 -> [41990] ~q(skolem_X66), ~q(Y7_1337_2)
% 251.92/36.19 -> [41991] q(skolem_X66), q(Y7_1337_2)
% 251.92/36.19
% 251.92/36.19 [41991] CLOSURE : q(Y7_1337_2)
% 251.92/36.19
% 251.92/36.19 [41990] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [42097] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [42097] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [42098] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [42098] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [42099] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [42100] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [42100] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [42099] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [42503] ~s(X14_315_5)
% 251.92/36.19
% 251.92/36.19 [42503] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.19 -> [42531] ~! [Y15_15] : ((s(X14_315_5) <=> s(Y15_15)))
% 251.92/36.19
% 251.92/36.19 [42531] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_315_5) <=> s(Y15_15)))
% 251.92/36.19 -> [42534] ~(s(X14_315_5) <=> s(skolem_Y1515(X14_315_5)))
% 251.92/36.19
% 251.92/36.19 [42534] BETA_NOT_EQUIV : ~(s(X14_315_5) <=> s(skolem_Y1515(X14_315_5)))
% 251.92/36.19 -> [42535] ~s(X14_315_5), s(skolem_Y1515(X14_315_5))
% 251.92/36.19 -> [42536] s(X14_315_5), ~s(skolem_Y1515(X14_315_5))
% 251.92/36.19
% 251.92/36.19 [42536] CLOSURE : s(X14_315_5)
% 251.92/36.19
% 251.92/36.19 [42535] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [42621] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19
% 251.92/36.19 [42621] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [42622] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [42622] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [42623] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [42623] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [42627] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [42628] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [42627] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [42628] : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [42639] ~? [X4_4] : (q(X4_4))
% 251.92/36.19
% 251.92/36.19 [42639] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [42640] ~q(X4_1306_1)
% 251.92/36.19
% 251.92/36.19 [42640] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [42643] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19
% 251.92/36.19 [42643] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [42644] (q(skolem_X66) <=> q(Y7_1353_2))
% 251.92/36.19
% 251.92/36.19 [42644] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1353_2))
% 251.92/36.19 -> [42645] ~q(skolem_X66), ~q(Y7_1353_2)
% 251.92/36.19 -> [42646] q(skolem_X66), q(Y7_1353_2)
% 251.92/36.19
% 251.92/36.19 [42646] CLOSURE : q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [42645] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [42651] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19
% 251.92/36.19 [42651] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [42652] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [42652] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.19 -> [42654] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19
% 251.92/36.19 [42654] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.19 -> [42657] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.19 -> [42658] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.19
% 251.92/36.19 [42657] CLOSURE : ~r(skolem_X88)
% 251.92/36.19
% 251.92/36.19 [42658] : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [42673] ~? [X12_12] : (s(X12_12))
% 251.92/36.19
% 251.92/36.19 [42673] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [42674] ~s(X12_717_4)
% 251.92/36.19
% 251.92/36.19 [42674] CLOSURE : ~s(X12_717_4)
% 251.92/36.19
% 251.92/36.19 [3766] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.19 -> [4244] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [4245] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.19
% 251.92/36.19 [4244] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.19 -> [5237] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5238] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19
% 251.92/36.19 [5237] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.19 -> [5945] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [5946] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.19
% 251.92/36.19 [5945] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.19 -> [6530] ~q(skolem_Y1717)
% 251.92/36.19
% 251.92/36.19 [6530] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [6531] ~! [Y3_3] : ((p(X2_243_0) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [6531] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_243_0) <=> p(Y3_3)))
% 251.92/36.19 -> [6533] ~(p(X2_243_0) <=> p(skolem_Y33(X2_243_0)))
% 251.92/36.19
% 251.92/36.19 [6533] BETA_NOT_EQUIV : ~(p(X2_243_0) <=> p(skolem_Y33(X2_243_0)))
% 251.92/36.19 -> [6535] ~p(X2_243_0), p(skolem_Y33(X2_243_0))
% 251.92/36.19 -> [6536] p(X2_243_0), ~p(skolem_Y33(X2_243_0))
% 251.92/36.19
% 251.92/36.19 [6535] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [7765] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [7765] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [8959] (q(skolem_X66) <=> q(Y7_168_2))
% 251.92/36.19
% 251.92/36.19 [8959] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_168_2))
% 251.92/36.19 -> [8960] ~q(skolem_X66), ~q(Y7_168_2)
% 251.92/36.19 -> [8961] q(skolem_X66), q(Y7_168_2)
% 251.92/36.19
% 251.92/36.19 [8961] CLOSURE : q(Y7_168_2)
% 251.92/36.19
% 251.92/36.19 [8960] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [16505] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [16505] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [16506] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [16506] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [16507] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [16508] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [16508] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [16507] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [20224] ~s(X12_118_4)
% 251.92/36.19
% 251.92/36.19 [20224] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [20461] p(Y13_77_5)
% 251.92/36.19
% 251.92/36.19 [20461] CLOSURE : p(Y13_77_5)
% 251.92/36.19
% 251.92/36.19 [6536] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [28155] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [28155] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28265] (q(skolem_X66) <=> q(Y7_896_2))
% 251.92/36.19
% 251.92/36.19 [28265] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_896_2))
% 251.92/36.19 -> [28267] ~q(skolem_X66), ~q(Y7_896_2)
% 251.92/36.19 -> [28268] q(skolem_X66), q(Y7_896_2)
% 251.92/36.19
% 251.92/36.19 [28268] CLOSURE : q(Y7_896_2)
% 251.92/36.19
% 251.92/36.19 [28267] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [28411] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [28411] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [28412] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19
% 251.92/36.19 [28412] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.19 -> [28413] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.19 -> [28414] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.19
% 251.92/36.19 [28414] CLOSURE : r(skolem_Y55)
% 251.92/36.19
% 251.92/36.19 [28413] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.19 -> [28646] ~s(X12_334_4)
% 251.92/36.19
% 251.92/36.19 [28646] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.19 -> [28675] p(Y13_269_5)
% 251.92/36.19
% 251.92/36.19 [28675] CLOSURE : p(Y13_269_5)
% 251.92/36.19
% 251.92/36.19 [5946] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.19 -> [5947] p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [5947] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.19 -> [28141] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19
% 251.92/36.19 [28141] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.19 -> [28142] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19
% 251.92/36.19 [28142] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.19 -> [28143] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.19 -> [28144] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.19
% 251.92/36.19 [28143] CLOSURE : ~p(skolem_X1616)
% 251.92/36.19
% 251.92/36.19 [28144] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.19 -> [28277] ~q(skolem_X66)
% 251.92/36.19
% 251.92/36.19 [28277] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.19 -> [28393] (q(skolem_X66) <=> q(Y7_903_2))
% 251.92/36.19
% 251.92/36.19 [28393] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_903_2))
% 251.92/36.19 -> [28394] ~q(skolem_X66), ~q(Y7_903_2)
% 251.92/36.19 -> [28395] q(skolem_X66), q(Y7_903_2)
% 251.92/36.19
% 251.92/36.19 [28395] CLOSURE : q(Y7_903_2)
% 251.92/36.19
% 251.92/36.19 [28394] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.19 -> [28465] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19
% 251.92/36.19 [28465] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.19 -> [28466] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28466] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28467] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28468] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28468] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28467] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28680] ~s(X12_336_4)
% 251.92/36.20
% 251.92/36.20 [28680] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28705] p(Y13_271_5)
% 251.92/36.20
% 251.92/36.20 [28705] CLOSURE : p(Y13_271_5)
% 251.92/36.20
% 251.92/36.20 [5238] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [5239] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [5239] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [5240] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [5241] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [5241] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [5244] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [5244] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [10750] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [10750] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [12087] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [12087] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [12088] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [12088] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [12089] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [12090] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [12089] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [12090] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [32036] ~q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [32036] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [32122] (q(skolem_X66) <=> q(Y7_1047_2))
% 251.92/36.20
% 251.92/36.20 [32122] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1047_2))
% 251.92/36.20 -> [32123] ~q(skolem_X66), ~q(Y7_1047_2)
% 251.92/36.20 -> [32124] q(skolem_X66), q(Y7_1047_2)
% 251.92/36.20
% 251.92/36.20 [32124] CLOSURE : q(Y7_1047_2)
% 251.92/36.20
% 251.92/36.20 [32123] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [32289] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [32289] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [32290] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [32290] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [32291] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [32292] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [32292] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [32291] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [32873] ~s(X12_447_4)
% 251.92/36.20
% 251.92/36.20 [32873] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [32910] p(Y13_384_5)
% 251.92/36.20
% 251.92/36.20 [32910] CLOSURE : p(Y13_384_5)
% 251.92/36.20
% 251.92/36.20 [5240] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [10649] ~! [Y3_3] : ((p(X2_454_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [10649] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_454_0) <=> p(Y3_3)))
% 251.92/36.20 -> [10652] ~(p(X2_454_0) <=> p(skolem_Y33(X2_454_0)))
% 251.92/36.20
% 251.92/36.20 [10652] BETA_NOT_EQUIV : ~(p(X2_454_0) <=> p(skolem_Y33(X2_454_0)))
% 251.92/36.20 -> [10653] ~p(X2_454_0), p(skolem_Y33(X2_454_0))
% 251.92/36.20 -> [10654] p(X2_454_0), ~p(skolem_Y33(X2_454_0))
% 251.92/36.20
% 251.92/36.20 [10653] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [13042] ~q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [13042] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [14213] (q(skolem_X66) <=> q(Y7_370_2))
% 251.92/36.20
% 251.92/36.20 [14213] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_370_2))
% 251.92/36.20 -> [14214] ~q(skolem_X66), ~q(Y7_370_2)
% 251.92/36.20 -> [14215] q(skolem_X66), q(Y7_370_2)
% 251.92/36.20
% 251.92/36.20 [14214] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [22317] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [22317] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [22318] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [22318] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [22319] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [22320] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [22320] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [22319] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [24040] ~s(X12_191_4)
% 251.92/36.20
% 251.92/36.20 [24040] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [24278] p(Y13_146_5)
% 251.92/36.20
% 251.92/36.20 [24278] CLOSURE : p(Y13_146_5)
% 251.92/36.20
% 251.92/36.20 [14215] CLOSURE : q(Y7_370_2)
% 251.92/36.20
% 251.92/36.20 [10654] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [12634] ~q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [12634] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [13746] (q(skolem_X66) <=> q(Y7_357_2))
% 251.92/36.20
% 251.92/36.20 [13746] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_357_2))
% 251.92/36.20 -> [13747] ~q(skolem_X66), ~q(Y7_357_2)
% 251.92/36.20 -> [13748] q(skolem_X66), q(Y7_357_2)
% 251.92/36.20
% 251.92/36.20 [13748] CLOSURE : q(Y7_357_2)
% 251.92/36.20
% 251.92/36.20 [13747] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [37068] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [37068] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [37069] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [37069] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [37070] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [37071] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [37071] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [37070] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [37568] ~s(X12_577_4)
% 251.92/36.20
% 251.92/36.20 [37568] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [37618] p(Y13_502_5)
% 251.92/36.20
% 251.92/36.20 [37618] CLOSURE : p(Y13_502_5)
% 251.92/36.20
% 251.92/36.20 [4245] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [4251] s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [4251] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [18535] ~p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [18535] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [19210] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [19211] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [19210] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [19454] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [19455] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [19454] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [19678] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [19678] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [20325] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [20325] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [20326] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [20326] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [20327] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [20328] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [20327] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [24146] ~q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [24146] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [24275] (q(skolem_X66) <=> q(Y7_768_2))
% 251.92/36.20
% 251.92/36.20 [24275] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_768_2))
% 251.92/36.20 -> [24276] ~q(skolem_X66), ~q(Y7_768_2)
% 251.92/36.20 -> [24277] q(skolem_X66), q(Y7_768_2)
% 251.92/36.20
% 251.92/36.20 [24277] CLOSURE : q(Y7_768_2)
% 251.92/36.20
% 251.92/36.20 [24276] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [24460] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [24460] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [24461] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [24461] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [24462] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [24463] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [24463] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [24462] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [25133] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [25133] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20 -> [25134] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20
% 251.92/36.20 [25134] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20 -> [25135] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.20 -> [25136] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [25136] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [25135] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [25388] ~p(X16_52_5)
% 251.92/36.20
% 251.92/36.20 [25388] CLOSURE : ~p(X16_52_5)
% 251.92/36.20
% 251.92/36.20 [20328] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [19455] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [19458] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [19458] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [20112] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [20112] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [20113] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [20113] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [20114] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [20115] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [20115] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [20114] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [40609] ~q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [40609] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [40714] (q(skolem_X66) <=> q(Y7_1288_2))
% 251.92/36.20
% 251.92/36.20 [40714] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1288_2))
% 251.92/36.20 -> [40715] ~q(skolem_X66), ~q(Y7_1288_2)
% 251.92/36.20 -> [40716] q(skolem_X66), q(Y7_1288_2)
% 251.92/36.20
% 251.92/36.20 [40716] CLOSURE : q(Y7_1288_2)
% 251.92/36.20
% 251.92/36.20 [40715] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [40990] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [40990] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [40993] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [40993] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [40994] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [40995] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [40995] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [40994] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [42002] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [42002] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20 -> [42003] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20
% 251.92/36.20 [42003] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20 -> [42004] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.20 -> [42005] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [42005] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [42004] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [42445] q(Y17_168_5)
% 251.92/36.20
% 251.92/36.20 [42445] CLOSURE : q(Y17_168_5)
% 251.92/36.20
% 251.92/36.20 [19211] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [19216] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [19216] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [19217] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [19218] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [19217] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [19462] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [19462] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [19464] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [19464] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [19466] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [19467] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [19467] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [19466] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [20620] ~q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [20620] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [40474] (q(skolem_X66) <=> q(Y7_1283_2))
% 251.92/36.20
% 251.92/36.20 [40474] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1283_2))
% 251.92/36.20 -> [40475] ~q(skolem_X66), ~q(Y7_1283_2)
% 251.92/36.20 -> [40476] q(skolem_X66), q(Y7_1283_2)
% 251.92/36.20
% 251.92/36.20 [40476] CLOSURE : q(Y7_1283_2)
% 251.92/36.20
% 251.92/36.20 [40475] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [40518] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [40518] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [40519] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [40519] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [40520] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [40521] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [40521] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [40520] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [41471] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [41471] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.20 -> [41472] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.20 -> [41473] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [41473] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [41472] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [42624] ~p(X16_210_5)
% 251.92/36.20
% 251.92/36.20 [42624] CLOSURE : ~p(X16_210_5)
% 251.92/36.20
% 251.92/36.20 [19218] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [19219] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [19219] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [19889] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [19889] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [20624] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [20624] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [20625] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [20625] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [20626] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [20627] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [20627] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [20626] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [40910] ~q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [40910] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [41001] (q(skolem_X66) <=> q(Y7_1298_2))
% 251.92/36.20
% 251.92/36.20 [41001] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1298_2))
% 251.92/36.20 -> [41002] ~q(skolem_X66), ~q(Y7_1298_2)
% 251.92/36.20 -> [41003] q(skolem_X66), q(Y7_1298_2)
% 251.92/36.20
% 251.92/36.20 [41003] CLOSURE : q(Y7_1298_2)
% 251.92/36.20
% 251.92/36.20 [41002] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [41226] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [41226] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [41227] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [41227] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [41228] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [41229] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [41229] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [41228] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [42297] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [42297] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.20 -> [42299] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.20 -> [42300] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [42300] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [42299] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [42630] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20
% 251.92/36.20 [42630] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [42631] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [42631] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [42632] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [42632] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [42633] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [42634] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [42633] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [42634] : ~? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [42649] ~? [X4_4] : (q(X4_4))
% 251.92/36.20
% 251.92/36.20 [42649] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [42650] ~q(X4_1307_1)
% 251.92/36.20
% 251.92/36.20 [42650] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [42660] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20
% 251.92/36.20 [42660] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [42662] (q(skolem_X66) <=> q(Y7_1355_2))
% 251.92/36.20
% 251.92/36.20 [42662] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1355_2))
% 251.92/36.20 -> [42665] ~q(skolem_X66), ~q(Y7_1355_2)
% 251.92/36.20 -> [42666] q(skolem_X66), q(Y7_1355_2)
% 251.92/36.20
% 251.92/36.20 [42666] CLOSURE : q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [42665] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [42667] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20
% 251.92/36.20 [42667] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [42668] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [42668] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.20 -> [42669] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.20
% 251.92/36.20 [42669] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.20 -> [42670] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.20 -> [42671] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.20
% 251.92/36.20 [42670] CLOSURE : ~r(skolem_X88)
% 251.92/36.20
% 251.92/36.20 [42671] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [42678] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [42678] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [42679] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.20
% 251.92/36.20 [42679] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.20 -> [42680] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.92/36.20 -> [42681] s(skolem_X1414), s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [42681] CLOSURE : s(skolem_X1414)
% 251.92/36.20
% 251.92/36.20 [42680] CLOSURE : ~s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [6] BETA_NOT_EQUIV : ~(? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5)))
% 251.92/36.20 -> [10] ~? [X4_4] : (q(X4_4)), ! [Y5_5] : (r(Y5_5))
% 251.92/36.20 -> [11] ? [X4_4] : (q(X4_4)), ~! [Y5_5] : (r(Y5_5))
% 251.92/36.20
% 251.92/36.20 [11] DELTA_EXISTS : ? [X4_4] : (q(X4_4))
% 251.92/36.20 -> [15] q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [15] DELTA_NOT_FORALL : ~! [Y5_5] : (r(Y5_5))
% 251.92/36.20 -> [25] ~r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [25] BETA_NOT_EQUIV : ~((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.92/36.20 -> [39] ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.20 -> [40] (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.20
% 251.92/36.20 [39] BETA_NOT_EQUIV : ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.92/36.20 -> [5330] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.20 -> [5331] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.20
% 251.92/36.20 [5331] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.92/36.20 -> [5332] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20
% 251.92/36.20 [5332] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.92/36.20 -> [5333] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.20 -> [5334] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.20
% 251.92/36.20 [5333] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.20 -> [5858] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [5859] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.20
% 251.92/36.20 [5858] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.20 -> [26437] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [26438] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20
% 251.92/36.20 [26437] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.20 -> [26482] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [26483] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20
% 251.92/36.20 [26483] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [26484] s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [26484] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [26582] ~p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26582] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [26726] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26727] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [26727] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [26729] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [26729] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26730] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26731] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26731] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26735] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26735] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26936] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26936] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [26951] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [26951] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [26952] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [26953] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [26953] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26952] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27163] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27163] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27164] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27165] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27164] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27165] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27264] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27264] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27265] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27265] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27266] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27267] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27267] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27266] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27404] ~r(X8_573_3)
% 251.92/36.20
% 251.92/36.20 [27404] CLOSURE : ~r(X8_573_3)
% 251.92/36.20
% 251.92/36.20 [26730] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26780] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26780] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26960] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26960] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [26961] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [26961] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [26962] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [26963] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [26963] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26962] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27054] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27054] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27057] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27058] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27058] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27057] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27443] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27443] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27444] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27444] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27445] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27446] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27446] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27445] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27533] ~r(X8_583_3)
% 251.92/36.20
% 251.92/36.20 [27533] CLOSURE : ~r(X8_583_3)
% 251.92/36.20
% 251.92/36.20 [26726] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26777] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26778] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26778] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26779] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26779] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26958] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26958] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27023] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27023] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27025] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27025] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27028] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27029] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27029] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27028] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27308] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27308] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27309] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27310] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27310] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27309] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27583] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27583] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27586] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27586] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27588] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27589] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27589] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27588] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27627] ~r(X8_593_3)
% 251.92/36.20
% 251.92/36.20 [27627] CLOSURE : ~r(X8_593_3)
% 251.92/36.20
% 251.92/36.20 [26777] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26864] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26864] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [26865] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [26865] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [26866] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [26867] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [26867] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26866] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27451] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27451] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27452] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27453] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27452] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27453] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27796] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27796] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27797] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27797] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27798] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27799] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27799] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27798] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28234] ~r(X8_624_3)
% 251.92/36.20
% 251.92/36.20 [28234] CLOSURE : ~r(X8_624_3)
% 251.92/36.20
% 251.92/36.20 [26482] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [26521] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26522] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [26522] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [26523] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [26523] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26525] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26526] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26526] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26530] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26530] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26628] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26628] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [26631] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [26631] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [26632] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [26633] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [26632] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26633] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26856] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [26856] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [26859] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [26860] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26859] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26860] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27311] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27311] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27313] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27313] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27315] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27316] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27316] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27315] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28022] ~r(X8_620_3)
% 251.92/36.20
% 251.92/36.20 [28022] CLOSURE : ~r(X8_620_3)
% 251.92/36.20
% 251.92/36.20 [26525] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26577] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26577] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26578] ~! [Y3_3] : ((p(X2_818_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26578] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_818_0) <=> p(Y3_3)))
% 251.92/36.20 -> [26579] ~(p(X2_818_0) <=> p(skolem_Y33(X2_818_0)))
% 251.92/36.20
% 251.92/36.20 [26579] BETA_NOT_EQUIV : ~(p(X2_818_0) <=> p(skolem_Y33(X2_818_0)))
% 251.92/36.20 -> [26580] ~p(X2_818_0), p(skolem_Y33(X2_818_0))
% 251.92/36.20 -> [26581] p(X2_818_0), ~p(skolem_Y33(X2_818_0))
% 251.92/36.20
% 251.92/36.20 [26581] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26773] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [26773] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [26774] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [26775] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26775] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26774] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28168] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28168] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28169] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28169] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28170] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28171] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28171] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28170] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28253] ~r(X8_626_3)
% 251.92/36.20
% 251.92/36.20 [28253] CLOSURE : ~r(X8_626_3)
% 251.92/36.20
% 251.92/36.20 [26580] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26852] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [26852] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [26853] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [26854] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26854] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26853] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28180] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28180] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28181] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28181] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28184] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28185] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28185] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28184] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28262] ~r(X8_628_3)
% 251.92/36.20
% 251.92/36.20 [28262] CLOSURE : ~r(X8_628_3)
% 251.92/36.20
% 251.92/36.20 [26521] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26574] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26575] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26574] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26623] ~! [Y3_3] : ((p(X2_823_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26623] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_823_0) <=> p(Y3_3)))
% 251.92/36.20 -> [26624] ~(p(X2_823_0) <=> p(skolem_Y33(X2_823_0)))
% 251.92/36.20
% 251.92/36.20 [26624] BETA_NOT_EQUIV : ~(p(X2_823_0) <=> p(skolem_Y33(X2_823_0)))
% 251.92/36.20 -> [26625] ~p(X2_823_0), p(skolem_Y33(X2_823_0))
% 251.92/36.20 -> [26626] p(X2_823_0), ~p(skolem_Y33(X2_823_0))
% 251.92/36.20
% 251.92/36.20 [26626] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26840] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [26840] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [26841] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [26842] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26841] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26842] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27295] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27295] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27296] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27296] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27297] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27298] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27298] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27297] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28016] ~r(X8_619_3)
% 251.92/36.20
% 251.92/36.20 [28016] CLOSURE : ~r(X8_619_3)
% 251.92/36.20
% 251.92/36.20 [26625] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26927] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [26927] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [26928] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [26929] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26928] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26929] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27432] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27432] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27433] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27433] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27434] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27435] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27435] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27434] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28110] ~r(X8_622_3)
% 251.92/36.20
% 251.92/36.20 [28110] CLOSURE : ~r(X8_622_3)
% 251.92/36.20
% 251.92/36.20 [26575] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26576] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26576] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26661] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26661] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26847] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26847] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [26848] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [26848] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [26849] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [26850] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [26849] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26850] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27303] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27303] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27304] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27305] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27305] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27304] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28248] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28248] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28249] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28249] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28250] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28251] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28251] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28250] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28287] ~r(X8_631_3)
% 251.92/36.20
% 251.92/36.20 [28287] CLOSURE : ~r(X8_631_3)
% 251.92/36.20
% 251.92/36.20 [26438] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.20 -> [26441] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [26442] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.20
% 251.92/36.20 [26441] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [26488] ~p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26488] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [26489] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26490] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [26489] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26532] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26533] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26532] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26587] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26587] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26588] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26588] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [26589] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [26589] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [26590] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [26591] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [26591] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26590] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26937] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [26937] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [26938] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [26939] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26939] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26938] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27043] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27043] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27044] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27044] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27045] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27046] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27046] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27045] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27077] ~r(X8_559_3)
% 251.92/36.20
% 251.92/36.20 [27077] CLOSURE : ~r(X8_559_3)
% 251.92/36.20
% 251.92/36.20 [26533] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26538] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26538] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26670] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26670] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [26671] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [26671] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [26672] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [26673] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [26673] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26672] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27065] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27065] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27067] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27068] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27067] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27068] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27106] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27106] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27107] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27107] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27108] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27109] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27109] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27108] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27179] ~r(X8_565_3)
% 251.92/36.20
% 251.92/36.20 [27179] CLOSURE : ~r(X8_565_3)
% 251.92/36.20
% 251.92/36.20 [26490] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [26492] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [26492] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26494] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26495] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26495] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26498] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26498] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26634] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26634] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26954] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26954] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [26955] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [26955] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [26956] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [26957] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [26956] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26957] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27230] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27230] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27231] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27232] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27232] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27231] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27299] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27299] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27300] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27300] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27301] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27302] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27302] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27301] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27339] ~r(X8_570_3)
% 251.92/36.20
% 251.92/36.20 [27339] CLOSURE : ~r(X8_570_3)
% 251.92/36.20
% 251.92/36.20 [26494] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26543] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26543] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [26544] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [26544] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [26545] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [26546] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [26546] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26545] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26785] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [26785] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [26786] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [26787] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26786] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26787] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27152] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27152] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27154] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27154] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27157] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27158] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27158] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27157] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27802] ~r(X8_603_3)
% 251.92/36.20
% 251.92/36.20 [27802] CLOSURE : ~r(X8_603_3)
% 251.92/36.20
% 251.92/36.20 [26442] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [26443] s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [26443] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [26552] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26553] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [26552] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26598] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26599] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26598] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26635] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26635] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26789] ~! [Y3_3] : ((p(X2_833_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26789] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_833_0) <=> p(Y3_3)))
% 251.92/36.20 -> [26790] ~(p(X2_833_0) <=> p(skolem_Y33(X2_833_0)))
% 251.92/36.20
% 251.92/36.20 [26790] BETA_NOT_EQUIV : ~(p(X2_833_0) <=> p(skolem_Y33(X2_833_0)))
% 251.92/36.20 -> [26791] ~p(X2_833_0), p(skolem_Y33(X2_833_0))
% 251.92/36.20 -> [26792] p(X2_833_0), ~p(skolem_Y33(X2_833_0))
% 251.92/36.20
% 251.92/36.20 [26792] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27234] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27234] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27236] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27237] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27237] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27236] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27278] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27278] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27279] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27279] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27280] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27281] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27281] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27280] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27307] ~r(X8_569_3)
% 251.92/36.20
% 251.92/36.20 [27307] CLOSURE : ~r(X8_569_3)
% 251.92/36.20
% 251.92/36.20 [26791] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27199] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27199] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27200] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27201] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27201] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27200] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27517] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27517] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27518] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27518] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27519] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27520] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27520] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27519] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27612] ~r(X8_589_3)
% 251.92/36.20
% 251.92/36.20 [27612] CLOSURE : ~r(X8_589_3)
% 251.92/36.20
% 251.92/36.20 [26599] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26601] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26601] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26687] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26687] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [26688] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [26688] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [26689] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [26690] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [26689] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26690] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26940] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [26940] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [26941] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [26942] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26941] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26942] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27459] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27459] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27460] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27460] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27461] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27462] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27462] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27461] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28015] ~r(X8_618_3)
% 251.92/36.20
% 251.92/36.20 [28015] CLOSURE : ~r(X8_618_3)
% 251.92/36.20
% 251.92/36.20 [26553] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [26554] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [26554] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26555] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26556] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26555] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26605] ~! [Y3_3] : ((p(X2_821_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26605] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_821_0) <=> p(Y3_3)))
% 251.92/36.20 -> [26606] ~(p(X2_821_0) <=> p(skolem_Y33(X2_821_0)))
% 251.92/36.20
% 251.92/36.20 [26606] BETA_NOT_EQUIV : ~(p(X2_821_0) <=> p(skolem_Y33(X2_821_0)))
% 251.92/36.20 -> [26607] ~p(X2_821_0), p(skolem_Y33(X2_821_0))
% 251.92/36.20 -> [26608] p(X2_821_0), ~p(skolem_Y33(X2_821_0))
% 251.92/36.20
% 251.92/36.20 [26608] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26794] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [26794] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [26795] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [26796] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26795] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26796] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27180] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27180] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27181] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27181] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27182] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27183] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27183] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27182] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27830] ~r(X8_607_3)
% 251.92/36.20
% 251.92/36.20 [27830] CLOSURE : ~r(X8_607_3)
% 251.92/36.20
% 251.92/36.20 [26607] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [26882] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [26882] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [26883] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [26884] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26883] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26884] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [27330] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [27330] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [27331] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [27331] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [27332] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [27333] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27333] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27332] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27913] ~r(X8_608_3)
% 251.92/36.20
% 251.92/36.20 [27913] CLOSURE : ~r(X8_608_3)
% 251.92/36.20
% 251.92/36.20 [26556] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26557] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26557] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26636] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [26636] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26799] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26799] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [26800] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [26800] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [26801] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [26802] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [26801] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26802] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27188] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27188] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27189] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27190] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27190] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27189] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28326] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28326] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28327] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28327] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28328] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28329] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28329] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28328] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28432] ~r(X8_641_3)
% 251.92/36.20
% 251.92/36.20 [28432] CLOSURE : ~r(X8_641_3)
% 251.92/36.20
% 251.92/36.20 [5859] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [5865] r(skolem_X88)
% 251.92/36.20
% 251.92/36.20 [5865] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [26621] ~s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [26621] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.20 -> [26757] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [26758] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20
% 251.92/36.20 [26758] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.20 -> [26759] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [26760] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.20
% 251.92/36.20 [26759] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [26839] ~p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26839] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [27244] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27245] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [27244] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27386] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27387] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27387] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27388] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27388] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27683] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27683] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27684] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27684] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27685] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27686] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27686] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27685] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28288] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [28288] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [28289] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [28290] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28289] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28290] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28353] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28353] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28354] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28354] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28355] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28356] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28356] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28355] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28615] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28615] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [28629] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [28629] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20 -> [28630] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20
% 251.92/36.20 [28630] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20 -> [28631] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.20 -> [28632] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28631] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28632] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [27386] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27542] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27542] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27752] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27752] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27753] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27753] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27754] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27755] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27755] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27754] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28176] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28176] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28177] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28178] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28178] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28177] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28402] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28402] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28403] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28403] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28404] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28405] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28405] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28404] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28641] ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28641] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [28654] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [28654] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20 -> [28655] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20
% 251.92/36.20 [28655] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20 -> [28656] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.20 -> [28657] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28656] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28657] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [27245] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [27246] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [27246] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27247] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27248] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27247] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27389] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27389] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27390] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27390] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27392] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27393] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27393] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27392] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27899] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27899] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27900] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27901] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27900] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27901] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28163] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28163] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28164] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28164] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28165] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28166] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28166] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28165] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28449] ~s(skolem_X1414)
% 251.92/36.20
% 251.92/36.20 [28449] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [28481] (s(skolem_X1414) <=> s(Y15_114_4))
% 251.92/36.20
% 251.92/36.20 [28481] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_114_4))
% 251.92/36.20 -> [28482] ~s(skolem_X1414), ~s(Y15_114_4)
% 251.92/36.20 -> [28483] s(skolem_X1414), s(Y15_114_4)
% 251.92/36.20
% 251.92/36.20 [28483] CLOSURE : s(Y15_114_4)
% 251.92/36.20
% 251.92/36.20 [28482] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [28564] ~p(X16_74_5)
% 251.92/36.20
% 251.92/36.20 [28564] CLOSURE : ~p(X16_74_5)
% 251.92/36.20
% 251.92/36.20 [27248] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27249] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27249] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27619] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27619] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27902] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27902] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27903] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27903] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27904] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27905] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27905] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27904] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28361] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28361] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28363] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28364] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28364] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28363] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28594] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28594] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28595] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28595] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28597] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28598] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28598] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28597] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28647] ~s(skolem_X1414)
% 251.92/36.20
% 251.92/36.20 [28647] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [28651] (s(skolem_X1414) <=> s(Y15_118_4))
% 251.92/36.20
% 251.92/36.20 [28651] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_118_4))
% 251.92/36.20 -> [28652] ~s(skolem_X1414), ~s(Y15_118_4)
% 251.92/36.20 -> [28653] s(skolem_X1414), s(Y15_118_4)
% 251.92/36.20
% 251.92/36.20 [28653] CLOSURE : s(Y15_118_4)
% 251.92/36.20
% 251.92/36.20 [28652] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28668] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20
% 251.92/36.20 [28668] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28669] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [28669] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [28670] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [28670] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [28671] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [28672] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [28671] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [28672] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28701] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20
% 251.92/36.20 [28701] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28702] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [28702] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [28703] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [28704] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28704] CLOSURE : q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [28703] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [26760] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [26761] s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [26761] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [27015] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27016] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [27016] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [27017] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [27017] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27018] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27019] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27019] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27021] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27021] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27426] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27426] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27737] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27737] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [27738] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [27738] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [27739] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [27740] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [27739] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27740] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28134] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28134] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28135] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28136] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28136] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28135] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28307] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28307] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28308] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28308] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28309] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28310] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28310] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28309] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28368] p(Y13_259_3)
% 251.92/36.20
% 251.92/36.20 [28368] CLOSURE : p(Y13_259_3)
% 251.92/36.20
% 251.92/36.20 [27018] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27127] ~! [Y3_3] : ((p(X2_848_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27127] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_848_0) <=> p(Y3_3)))
% 251.92/36.20 -> [27128] ~(p(X2_848_0) <=> p(skolem_Y33(X2_848_0)))
% 251.92/36.20
% 251.92/36.20 [27128] BETA_NOT_EQUIV : ~(p(X2_848_0) <=> p(skolem_Y33(X2_848_0)))
% 251.92/36.20 -> [27129] ~p(X2_848_0), p(skolem_Y33(X2_848_0))
% 251.92/36.20 -> [27130] p(X2_848_0), ~p(skolem_Y33(X2_848_0))
% 251.92/36.20
% 251.92/36.20 [27130] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27668] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27668] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27669] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27670] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27669] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27670] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28094] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28094] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28095] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28095] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28096] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28097] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28097] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28096] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28316] p(Y13_257_3)
% 251.92/36.20
% 251.92/36.20 [28316] CLOSURE : p(Y13_257_3)
% 251.92/36.20
% 251.92/36.20 [27129] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27730] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27730] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27731] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27732] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27731] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27732] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28117] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28117] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28118] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28118] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28119] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28120] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28120] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28119] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28410] p(Y13_261_3)
% 251.92/36.20
% 251.92/36.20 [28410] CLOSURE : p(Y13_261_3)
% 251.92/36.20
% 251.92/36.20 [27015] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27123] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27124] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27124] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27125] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27125] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27584] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27584] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [27587] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [27587] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [27591] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [27592] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [27591] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27592] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27982] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27982] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27983] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27984] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27983] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27984] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28240] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28240] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28241] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28241] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28242] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28243] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28243] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28242] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28735] p(Y13_272_3)
% 251.92/36.20
% 251.92/36.20 [28735] CLOSURE : p(Y13_272_3)
% 251.92/36.20
% 251.92/36.20 [27123] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27268] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27268] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27653] ~! [Y3_3] : ((p(X2_864_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27653] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_864_0) <=> p(Y3_3)))
% 251.92/36.20 -> [27654] ~(p(X2_864_0) <=> p(skolem_Y33(X2_864_0)))
% 251.92/36.20
% 251.92/36.20 [27654] BETA_NOT_EQUIV : ~(p(X2_864_0) <=> p(skolem_Y33(X2_864_0)))
% 251.92/36.20 -> [27655] ~p(X2_864_0), p(skolem_Y33(X2_864_0))
% 251.92/36.20 -> [27656] p(X2_864_0), ~p(skolem_Y33(X2_864_0))
% 251.92/36.20
% 251.92/36.20 [27655] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28131] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28131] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28132] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28133] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28133] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28132] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28585] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28585] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28586] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28586] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28587] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28588] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28588] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28587] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28768] p(Y13_274_3)
% 251.92/36.20
% 251.92/36.20 [28768] CLOSURE : p(Y13_274_3)
% 251.92/36.20
% 251.92/36.20 [27656] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28085] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28085] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28086] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28087] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28087] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28086] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28565] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28565] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28566] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28566] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28569] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28570] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28570] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28569] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28820] p(Y13_278_3)
% 251.92/36.20
% 251.92/36.20 [28820] CLOSURE : p(Y13_278_3)
% 251.92/36.20
% 251.92/36.20 [26757] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.20 -> [26918] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [26919] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20
% 251.92/36.20 [26918] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [27001] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27002] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [27001] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27110] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27111] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27110] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27255] ~! [Y3_3] : ((p(X2_852_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27255] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_852_0) <=> p(Y3_3)))
% 251.92/36.20 -> [27256] ~(p(X2_852_0) <=> p(skolem_Y33(X2_852_0)))
% 251.92/36.20
% 251.92/36.20 [27256] BETA_NOT_EQUIV : ~(p(X2_852_0) <=> p(skolem_Y33(X2_852_0)))
% 251.92/36.20 -> [27257] ~p(X2_852_0), p(skolem_Y33(X2_852_0))
% 251.92/36.20 -> [27258] p(X2_852_0), ~p(skolem_Y33(X2_852_0))
% 251.92/36.20
% 251.92/36.20 [27257] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27773] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27773] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27774] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27775] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27774] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27775] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28145] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28145] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28146] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28146] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28148] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28149] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28149] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28148] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28407] ~s(X12_318_3)
% 251.92/36.20
% 251.92/36.20 [28407] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28460] p(Y13_263_4)
% 251.92/36.20
% 251.92/36.20 [28460] CLOSURE : p(Y13_263_4)
% 251.92/36.20
% 251.92/36.20 [27258] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27707] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27707] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27708] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27709] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27708] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27709] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28098] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28098] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28099] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28099] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28100] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28101] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28101] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28100] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28635] ~s(X12_332_3)
% 251.92/36.20
% 251.92/36.20 [28635] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28700] p(Y13_270_4)
% 251.92/36.20
% 251.92/36.20 [28700] CLOSURE : p(Y13_270_4)
% 251.92/36.20
% 251.92/36.20 [27111] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27113] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27113] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27552] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27552] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27792] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27792] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [27793] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [27793] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [27794] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [27795] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [27794] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27795] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28157] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28157] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28158] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28159] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28159] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28158] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28605] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28605] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28606] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28606] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28607] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28608] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28608] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28607] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28786] ~s(X12_339_3)
% 251.92/36.20
% 251.92/36.20 [28786] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28803] p(Y13_276_4)
% 251.92/36.20
% 251.92/36.20 [28803] CLOSURE : p(Y13_276_4)
% 251.92/36.20
% 251.92/36.20 [27002] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [27003] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [27003] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27004] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27005] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27005] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27006] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27006] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27411] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27411] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [27412] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [27412] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [27413] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [27414] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [27413] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27414] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27811] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27811] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27812] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27813] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27812] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27813] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28172] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28172] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28173] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28173] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28174] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28175] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28175] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28174] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28686] ~s(X12_337_3)
% 251.92/36.20
% 251.92/36.20 [28686] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28745] p(Y13_273_4)
% 251.92/36.20
% 251.92/36.20 [28745] CLOSURE : p(Y13_273_4)
% 251.92/36.20
% 251.92/36.20 [27004] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27114] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27114] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27558] ~! [Y3_3] : ((p(X2_861_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27558] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_861_0) <=> p(Y3_3)))
% 251.92/36.20 -> [27559] ~(p(X2_861_0) <=> p(skolem_Y33(X2_861_0)))
% 251.92/36.20
% 251.92/36.20 [27559] BETA_NOT_EQUIV : ~(p(X2_861_0) <=> p(skolem_Y33(X2_861_0)))
% 251.92/36.20 -> [27560] ~p(X2_861_0), p(skolem_Y33(X2_861_0))
% 251.92/36.20 -> [27561] p(X2_861_0), ~p(skolem_Y33(X2_861_0))
% 251.92/36.20
% 251.92/36.20 [27560] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28045] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28045] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28046] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28047] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28047] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28046] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28520] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28520] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28521] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28521] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28522] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28523] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28523] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28522] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28777] ~s(X12_338_3)
% 251.92/36.20
% 251.92/36.20 [28777] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28781] p(Y13_275_4)
% 251.92/36.20
% 251.92/36.20 [28781] CLOSURE : p(Y13_275_4)
% 251.92/36.20
% 251.92/36.20 [27561] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27934] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27934] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27938] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27939] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27939] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27938] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28491] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28491] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28492] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28492] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28493] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28494] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28494] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28493] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28791] ~s(X12_340_3)
% 251.92/36.20
% 251.92/36.20 [28791] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28813] p(Y13_277_4)
% 251.92/36.20
% 251.92/36.20 [28813] CLOSURE : p(Y13_277_4)
% 251.92/36.20
% 251.92/36.20 [26919] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [26920] s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [26920] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [27263] ~p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27263] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [27636] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27637] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [27637] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [27639] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [27639] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27640] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27641] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27640] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27723] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27723] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28070] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [28070] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [28073] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [28073] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [28074] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [28075] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [28075] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [28074] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28311] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28311] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28312] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28313] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28313] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28312] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28718] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28718] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28719] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28719] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28720] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28721] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28721] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28720] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [28804] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28804] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.20 -> [28805] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.20 -> [28806] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [28806] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [28805] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [28894] ~p(X16_79_4)
% 251.92/36.20
% 251.92/36.20 [28894] CLOSURE : ~p(X16_79_4)
% 251.92/36.20
% 251.92/36.20 [27641] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27644] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27644] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27960] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27960] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27961] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27961] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27962] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27963] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27963] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27962] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28509] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [28509] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [28512] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [28513] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28512] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28513] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28616] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28616] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28617] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28617] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28618] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28619] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28619] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28618] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [28769] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28769] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.92/36.20 -> [28770] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.92/36.20 -> [28771] s(skolem_X1414), s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [28771] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [28770] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [28812] q(Y17_58_4)
% 251.92/36.20
% 251.92/36.20 [28812] GAMMA_FORALL : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28821] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20
% 251.92/36.20 [28821] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28822] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [28822] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [28823] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [28823] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [28824] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [28825] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [28824] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [28825] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28865] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20
% 251.92/36.20 [28865] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28866] (q(skolem_X66) <=> q(Y7_927_1))
% 251.92/36.20
% 251.92/36.20 [28866] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_927_1))
% 251.92/36.20 -> [28868] ~q(skolem_X66), ~q(Y7_927_1)
% 251.92/36.20 -> [28869] q(skolem_X66), q(Y7_927_1)
% 251.92/36.20
% 251.92/36.20 [28868] CLOSURE : ~q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [28869] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28878] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20
% 251.92/36.20 [28878] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28879] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28879] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.92/36.20 -> [28880] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.20
% 251.92/36.20 [28880] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.92/36.20 -> [28881] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.92/36.20 -> [28882] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.92/36.20
% 251.92/36.20 [28881] CLOSURE : ~r(skolem_X88)
% 251.92/36.20
% 251.92/36.20 [28882] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [28939] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [28939] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [28940] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.20
% 251.92/36.20 [28940] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.92/36.20 -> [28941] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.92/36.20 -> [28942] s(skolem_X1414), s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [28942] CLOSURE : s(skolem_X1414)
% 251.92/36.20
% 251.92/36.20 [28941] CLOSURE : ~s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [27636] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27716] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27717] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27716] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27818] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27818] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27819] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27819] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27821] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27822] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27822] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27821] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28202] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [28202] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [28203] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [28204] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28203] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28204] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28336] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28336] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28337] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28337] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28339] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28340] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28340] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28339] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [28759] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [28759] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20 -> [28760] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20
% 251.92/36.20 [28760] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20 -> [28761] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.20 -> [28762] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28762] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [28761] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [28844] ~p(X16_77_4)
% 251.92/36.20
% 251.92/36.20 [28844] CLOSURE : ~p(X16_77_4)
% 251.92/36.20
% 251.92/36.20 [27717] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27722] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27722] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [28059] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28059] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28211] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [28211] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [28212] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [28212] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [28213] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [28214] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [28214] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [28213] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28642] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28642] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28643] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28644] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28644] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28643] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [28772] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [28772] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.92/36.20 -> [28773] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20
% 251.92/36.20 [28773] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.92/36.20 -> [28774] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.92/36.20 -> [28775] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28775] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28774] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [28847] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [28847] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.92/36.20 -> [28848] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20
% 251.92/36.20 [28848] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.92/36.20 -> [28849] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.92/36.20 -> [28850] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.92/36.20
% 251.92/36.20 [28850] CLOSURE : s(skolem_Y99)
% 251.92/36.20
% 251.92/36.20 [28849] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28910] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20
% 251.92/36.20 [28910] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28911] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [28911] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [28912] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [28912] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [28913] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [28914] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [28913] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [28914] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28962] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20
% 251.92/36.20 [28962] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28963] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [28963] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [28964] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [28965] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28965] CLOSURE : q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [28964] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [5334] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.92/36.20 -> [5341] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20
% 251.92/36.20 [5341] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.92/36.20 -> [5344] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [5345] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.92/36.20
% 251.92/36.20 [5344] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.92/36.20 -> [5868] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [5869] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20
% 251.92/36.20 [5868] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.20 -> [26821] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [26822] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20
% 251.92/36.20 [26821] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [26900] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26901] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [26900] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26975] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26976] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26976] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26977] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26977] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27212] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27212] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [27213] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [27213] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [27214] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [27215] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [27214] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27215] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27704] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27704] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27705] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27706] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27705] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27706] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [28042] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28042] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [28043] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [28044] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28044] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28043] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28291] ~r(X8_632_3)
% 251.92/36.20
% 251.92/36.20 [28291] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28365] s(Y9_334_4)
% 251.92/36.20
% 251.92/36.20 [28365] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28433] ~s(X12_319_5)
% 251.92/36.20
% 251.92/36.20 [28433] CLOSURE : ~s(X12_319_5)
% 251.92/36.20
% 251.92/36.20 [26975] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27064] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27064] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27066] ~! [Y3_3] : ((p(X2_846_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27066] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_846_0) <=> p(Y3_3)))
% 251.92/36.20 -> [27069] ~(p(X2_846_0) <=> p(skolem_Y33(X2_846_0)))
% 251.92/36.20
% 251.92/36.20 [27069] BETA_NOT_EQUIV : ~(p(X2_846_0) <=> p(skolem_Y33(X2_846_0)))
% 251.92/36.20 -> [27070] ~p(X2_846_0), p(skolem_Y33(X2_846_0))
% 251.92/36.20 -> [27071] p(X2_846_0), ~p(skolem_Y33(X2_846_0))
% 251.92/36.20
% 251.92/36.20 [27071] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27646] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27646] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27647] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27648] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27648] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27647] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [28375] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28375] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [28376] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [28377] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28377] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28376] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28485] ~r(X8_650_3)
% 251.92/36.20
% 251.92/36.20 [28485] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28519] s(Y9_339_4)
% 251.92/36.20
% 251.92/36.20 [28519] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28553] ~s(X12_327_5)
% 251.92/36.20
% 251.92/36.20 [28553] CLOSURE : ~s(X12_327_5)
% 251.92/36.20
% 251.92/36.20 [27070] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27691] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27691] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27692] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27693] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27693] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27692] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [28378] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28378] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [28379] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [28380] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28380] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28379] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28478] ~r(X8_648_3)
% 251.92/36.20
% 251.92/36.20 [28478] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28529] s(Y9_341_4)
% 251.92/36.20
% 251.92/36.20 [28529] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28576] ~s(X12_328_5)
% 251.92/36.20
% 251.92/36.20 [28576] CLOSURE : ~s(X12_328_5)
% 251.92/36.20
% 251.92/36.20 [26901] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [26902] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [26902] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26903] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26904] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26903] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [26982] ~! [Y3_3] : ((p(X2_841_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [26982] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_841_0) <=> p(Y3_3)))
% 251.92/36.20 -> [26983] ~(p(X2_841_0) <=> p(skolem_Y33(X2_841_0)))
% 251.92/36.20
% 251.92/36.20 [26983] BETA_NOT_EQUIV : ~(p(X2_841_0) <=> p(skolem_Y33(X2_841_0)))
% 251.92/36.20 -> [26984] ~p(X2_841_0), p(skolem_Y33(X2_841_0))
% 251.92/36.20 -> [26985] p(X2_841_0), ~p(skolem_Y33(X2_841_0))
% 251.92/36.20
% 251.92/36.20 [26985] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27514] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27514] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27515] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27516] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27515] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27516] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [27864] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27864] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [27865] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [27866] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27866] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27865] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28205] ~r(X8_623_3)
% 251.92/36.20
% 251.92/36.20 [28205] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28314] s(Y9_331_4)
% 251.92/36.20
% 251.92/36.20 [28314] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28386] ~s(X12_315_5)
% 251.92/36.20
% 251.92/36.20 [28386] CLOSURE : ~s(X12_315_5)
% 251.92/36.20
% 251.92/36.20 [26984] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27650] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27650] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27651] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27652] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27651] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27652] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [27973] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27973] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [27974] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [27975] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27975] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27974] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28259] ~r(X8_627_3)
% 251.92/36.20
% 251.92/36.20 [28259] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28333] s(Y9_333_4)
% 251.92/36.20
% 251.92/36.20 [28333] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28396] ~s(X12_316_5)
% 251.92/36.20
% 251.92/36.20 [28396] CLOSURE : ~s(X12_316_5)
% 251.92/36.20
% 251.92/36.20 [26904] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26908] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26908] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27078] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27078] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27524] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27524] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [27525] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [27525] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [27526] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [27527] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [27526] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27527] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27867] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27867] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27868] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27869] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27869] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27868] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [28474] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28474] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [28475] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [28476] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28476] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28475] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28525] ~r(X8_652_3)
% 251.92/36.20
% 251.92/36.20 [28525] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28563] s(Y9_342_4)
% 251.92/36.20
% 251.92/36.20 [28563] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [28596] ~s(X12_329_5)
% 251.92/36.20
% 251.92/36.20 [28596] CLOSURE : ~s(X12_329_5)
% 251.92/36.20
% 251.92/36.20 [26822] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [26823] s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [26823] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [26990] ~p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [26990] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [27372] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27373] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [27372] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27529] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27530] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27530] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27531] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27531] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27766] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27766] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27767] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27767] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27768] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27769] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27769] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27768] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28446] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [28446] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [28447] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [28448] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28447] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28448] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [28497] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28497] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [28498] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [28499] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28499] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28498] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28540] ~r(X8_653_3)
% 251.92/36.20
% 251.92/36.20 [28540] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28582] s(skolem_Y1515(skolem_X1212))
% 251.92/36.20
% 251.92/36.20 [28582] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [28599] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [28599] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.20 -> [28600] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.20
% 251.92/36.20 [28600] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.20 -> [28601] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.20 -> [28602] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.20
% 251.92/36.20 [28602] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.20
% 251.92/36.20 [28601] CLOSURE : ~s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [27529] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27661] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27661] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27874] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27874] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27875] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27875] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27876] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27877] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27877] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27876] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28266] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28266] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28269] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28270] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28270] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28269] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [28545] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28545] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [28546] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [28547] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28547] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28546] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28591] ~r(X8_656_3)
% 251.92/36.20
% 251.92/36.20 [28591] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28614] s(skolem_Y1515(skolem_X1212))
% 251.92/36.20
% 251.92/36.20 [28614] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [28625] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [28625] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.92/36.20 -> [28626] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.20
% 251.92/36.20 [28626] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.92/36.20 -> [28627] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.92/36.20 -> [28628] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.20
% 251.92/36.20 [28628] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.92/36.20
% 251.92/36.20 [28627] CLOSURE : ~s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [27373] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [27374] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [27374] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27375] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27376] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27375] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27535] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27535] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27538] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27538] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27539] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27540] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27540] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27539] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27990] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27990] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27991] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27992] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27991] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27992] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [28218] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28218] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [28221] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [28222] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28222] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28221] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28369] ~r(X8_635_3)
% 251.92/36.20
% 251.92/36.20 [28369] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28452] s(skolem_X1414)
% 251.92/36.20
% 251.92/36.20 [28452] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [28487] (s(skolem_X1414) <=> s(Y15_115_5))
% 251.92/36.20
% 251.92/36.20 [28487] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_115_5))
% 251.92/36.20 -> [28488] ~s(skolem_X1414), ~s(Y15_115_5)
% 251.92/36.20 -> [28489] s(skolem_X1414), s(Y15_115_5)
% 251.92/36.20
% 251.92/36.20 [28489] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [28527] ~p(X16_73_6)
% 251.92/36.20
% 251.92/36.20 [28527] CLOSURE : ~p(X16_73_6)
% 251.92/36.20
% 251.92/36.20 [28488] CLOSURE : ~s(Y15_115_5)
% 251.92/36.20
% 251.92/36.20 [27376] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27378] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27378] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27714] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27714] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27995] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27995] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.92/36.20 -> [27996] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20
% 251.92/36.20 [27996] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.92/36.20 -> [27997] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.92/36.20 -> [27998] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.92/36.20
% 251.92/36.20 [27998] CLOSURE : p(skolem_Y1313)
% 251.92/36.20
% 251.92/36.20 [27997] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28500] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [28500] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [28502] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [28503] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28503] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [28502] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [28622] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [28622] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [28623] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [28624] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28624] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [28623] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [28634] ~r(X8_658_3)
% 251.92/36.20
% 251.92/36.20 [28634] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [28636] s(skolem_X1414)
% 251.92/36.20
% 251.92/36.20 [28636] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20 -> [28648] (s(skolem_X1414) <=> s(Y15_117_5))
% 251.92/36.20
% 251.92/36.20 [28648] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_117_5))
% 251.92/36.20 -> [28649] ~s(skolem_X1414), ~s(Y15_117_5)
% 251.92/36.20 -> [28650] s(skolem_X1414), s(Y15_117_5)
% 251.92/36.20
% 251.92/36.20 [28649] CLOSURE : ~s(Y15_117_5)
% 251.92/36.20
% 251.92/36.20 [28650] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28659] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20
% 251.92/36.20 [28659] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [28660] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [28660] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [28661] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [28661] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [28662] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [28663] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [28662] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [28663] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28689] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20
% 251.92/36.20 [28689] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [28690] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [28690] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [28691] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [28692] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [28692] CLOSURE : q(skolem_X66)
% 251.92/36.20
% 251.92/36.20 [28691] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [5869] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.92/36.20 -> [5874] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [5875] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.92/36.20
% 251.92/36.20 [5875] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.92/36.20 -> [5876] s(skolem_X1212)
% 251.92/36.20
% 251.92/36.20 [5876] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.92/36.20 -> [26991] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26992] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20
% 251.92/36.20 [26991] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [27030] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27031] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [27031] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [27032] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27032] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27112] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27112] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27344] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27344] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [27345] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [27345] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [27346] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [27347] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [27346] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27347] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27475] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27475] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27476] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27477] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27477] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27476] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [27548] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27548] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [27549] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [27550] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27550] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27549] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27566] ~r(X8_585_3)
% 251.92/36.20
% 251.92/36.20 [27566] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [27582] s(Y9_309_4)
% 251.92/36.20
% 251.92/36.20 [27582] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [27603] p(Y13_247_5)
% 251.92/36.20
% 251.92/36.20 [27603] CLOSURE : p(Y13_247_5)
% 251.92/36.20
% 251.92/36.20 [27030] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27052] ~! [Y3_3] : ((p(X2_844_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27052] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_844_0) <=> p(Y3_3)))
% 251.92/36.20 -> [27053] ~(p(X2_844_0) <=> p(skolem_Y33(X2_844_0)))
% 251.92/36.20
% 251.92/36.20 [27053] BETA_NOT_EQUIV : ~(p(X2_844_0) <=> p(skolem_Y33(X2_844_0)))
% 251.92/36.20 -> [27055] ~p(X2_844_0), p(skolem_Y33(X2_844_0))
% 251.92/36.20 -> [27056] p(X2_844_0), ~p(skolem_Y33(X2_844_0))
% 251.92/36.20
% 251.92/36.20 [27055] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27405] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27405] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27406] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27407] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27406] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27407] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [27576] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27576] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [27577] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [27578] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27578] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27577] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27815] ~r(X8_605_3)
% 251.92/36.20
% 251.92/36.20 [27815] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [27989] s(Y9_320_4)
% 251.92/36.20
% 251.92/36.20 [27989] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28106] p(Y13_253_5)
% 251.92/36.20
% 251.92/36.20 [28106] CLOSURE : p(Y13_253_5)
% 251.92/36.20
% 251.92/36.20 [27056] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27408] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27408] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27409] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27410] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27409] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27410] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [27579] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27579] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [27580] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [27581] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27581] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27580] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27823] ~r(X8_606_3)
% 251.92/36.20
% 251.92/36.20 [27823] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [27994] s(Y9_322_4)
% 251.92/36.20
% 251.92/36.20 [27994] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [28111] p(Y13_254_5)
% 251.92/36.20
% 251.92/36.20 [28111] CLOSURE : p(Y13_254_5)
% 251.92/36.20
% 251.92/36.20 [26992] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.92/36.20 -> [26993] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.92/36.20
% 251.92/36.20 [26993] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.92/36.20 -> [26994] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [26995] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.92/36.20
% 251.92/36.20 [26995] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.92/36.20 -> [26996] p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [26996] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27059] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27059] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.92/36.20 -> [27060] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20
% 251.92/36.20 [27060] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.92/36.20 -> [27061] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.92/36.20 -> [27062] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.92/36.20
% 251.92/36.20 [27061] CLOSURE : ~p(skolem_X1616)
% 251.92/36.20
% 251.92/36.20 [27062] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27349] (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20
% 251.92/36.20 [27349] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.92/36.20 -> [27351] ~q(skolem_X66), ~q(skolem_X44)
% 251.92/36.20 -> [27352] q(skolem_X66), q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27351] CLOSURE : ~q(skolem_X44)
% 251.92/36.20
% 251.92/36.20 [27352] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [27521] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27521] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [27522] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [27523] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27523] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27522] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.92/36.20 -> [27620] ~r(X8_591_3)
% 251.92/36.20
% 251.92/36.20 [27620] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.92/36.20 -> [27694] s(Y9_311_4)
% 251.92/36.20
% 251.92/36.20 [27694] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.92/36.20 -> [27748] p(Y13_250_5)
% 251.92/36.20
% 251.92/36.20 [27748] CLOSURE : p(Y13_250_5)
% 251.92/36.20
% 251.92/36.20 [26994] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.92/36.20 -> [27036] ~q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27036] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.92/36.20 -> [27184] ~! [Y3_3] : ((p(X2_849_0) <=> p(Y3_3)))
% 251.92/36.20
% 251.92/36.20 [27184] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_849_0) <=> p(Y3_3)))
% 251.92/36.20 -> [27185] ~(p(X2_849_0) <=> p(skolem_Y33(X2_849_0)))
% 251.92/36.20
% 251.92/36.20 [27185] BETA_NOT_EQUIV : ~(p(X2_849_0) <=> p(skolem_Y33(X2_849_0)))
% 251.92/36.20 -> [27186] ~p(X2_849_0), p(skolem_Y33(X2_849_0))
% 251.92/36.20 -> [27187] p(X2_849_0), ~p(skolem_Y33(X2_849_0))
% 251.92/36.20
% 251.92/36.20 [27187] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.92/36.20 -> [27439] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20
% 251.92/36.20 [27439] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.92/36.20 -> [27440] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.92/36.20 -> [27441] q(skolem_X66), q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27441] CLOSURE : q(skolem_Y1717)
% 251.92/36.20
% 251.92/36.20 [27440] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.92/36.20 -> [27770] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20
% 251.92/36.20 [27770] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.92/36.20 -> [27771] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.92/36.20 -> [27772] r(skolem_X1010), r(skolem_Y55)
% 251.92/36.20
% 251.92/36.20 [27772] CLOSURE : r(skolem_Y55)
% 251.92/36.20
% 251.94/36.20 [27771] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27920] ~r(X8_609_3)
% 251.94/36.20
% 251.94/36.20 [27920] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.20 -> [27993] s(Y9_321_4)
% 251.94/36.20
% 251.94/36.20 [27993] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [28088] p(Y13_252_5)
% 251.94/36.20
% 251.94/36.20 [28088] CLOSURE : p(Y13_252_5)
% 251.94/36.20
% 251.94/36.20 [27186] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [27472] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [27472] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [27473] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [27474] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [27474] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [27473] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27803] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27803] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27805] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27806] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27806] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27805] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27943] ~r(X8_610_3)
% 251.94/36.20
% 251.94/36.20 [27943] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.20 -> [28021] s(Y9_324_4)
% 251.94/36.20
% 251.94/36.20 [28021] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [28121] p(Y13_255_5)
% 251.94/36.20
% 251.94/36.20 [28121] CLOSURE : p(Y13_255_5)
% 251.94/36.20
% 251.94/36.20 [5874] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [6702] ~p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [6702] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [6705] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [6706] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20
% 251.94/36.20 [6705] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [6734] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [6735] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [6734] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [6811] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [6811] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [6812] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [6812] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [6813] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [6814] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [6814] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [6813] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [7568] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [7568] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [7569] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [7570] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [7569] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [7570] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [8864] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [8864] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [8866] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [8867] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [8867] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [8866] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [10508] ~r(X8_49_3)
% 251.94/36.20
% 251.94/36.20 [10508] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.20 -> [11709] s(Y9_41_4)
% 251.94/36.20
% 251.94/36.20 [11709] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [13068] ~s(X12_34_5)
% 251.94/36.20
% 251.94/36.20 [13068] CLOSURE : ~s(X12_34_5)
% 251.94/36.20
% 251.94/36.20 [6735] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [6739] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [6739] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [7005] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [7005] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [7580] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [7580] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [7581] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [7581] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [7582] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [7583] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [7583] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [7582] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [13077] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [13077] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [13078] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [13079] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [13079] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [13078] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [23632] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [23632] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [23633] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [23634] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [23634] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [23633] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [24010] ~r(X8_387_3)
% 251.94/36.20
% 251.94/36.20 [24010] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.20 -> [24303] s(Y9_210_4)
% 251.94/36.20
% 251.94/36.20 [24303] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [24586] ~s(X12_207_5)
% 251.94/36.20
% 251.94/36.20 [24586] CLOSURE : ~s(X12_207_5)
% 251.94/36.20
% 251.94/36.20 [6706] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [6712] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [6712] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [6714] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [6715] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [6715] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [6718] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [6718] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [6921] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [6921] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [6922] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [6922] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [6924] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [6925] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [6925] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [6924] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [10818] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [10818] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [10819] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [10820] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [10819] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [10820] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [12571] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [12571] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [12572] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [12573] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [12573] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [12572] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [32175] ~r(X8_793_3)
% 251.94/36.20
% 251.94/36.20 [32175] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.20 -> [32215] s(Y9_399_4)
% 251.94/36.20
% 251.94/36.20 [32215] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [32265] ~s(X12_425_5)
% 251.94/36.20
% 251.94/36.20 [32265] CLOSURE : ~s(X12_425_5)
% 251.94/36.20
% 251.94/36.20 [6714] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [6741] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [6741] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [6742] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [6742] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [6746] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [6746] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [6747] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [6748] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [6748] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [6747] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [7927] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [7927] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [7928] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [7929] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [7929] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [7928] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [14004] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [14004] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [14005] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [14006] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [14006] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [14005] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [32474] ~r(X8_811_3)
% 251.94/36.20
% 251.94/36.20 [32474] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.20 -> [32534] s(Y9_417_4)
% 251.94/36.20
% 251.94/36.20 [32534] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [32588] ~s(X12_436_5)
% 251.94/36.20
% 251.94/36.20 [32588] CLOSURE : ~s(X12_436_5)
% 251.94/36.20
% 251.94/36.20 [5345] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [5347] r(skolem_X88)
% 251.94/36.20
% 251.94/36.20 [5347] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.20 -> [10609] ~s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [10609] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.20 -> [11990] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [11991] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20
% 251.94/36.20 [11991] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.20 -> [11996] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [11997] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.20
% 251.94/36.20 [11997] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [11999] s(skolem_X1212)
% 251.94/36.20
% 251.94/36.20 [11999] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [31132] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31133] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20
% 251.94/36.20 [31132] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31172] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31173] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [31173] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31174] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31174] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31290] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31290] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31381] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31381] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [31382] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [31382] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [31383] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [31384] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [31383] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31384] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31439] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [31439] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [31440] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [31441] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31441] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31440] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31607] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31607] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31608] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31609] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31609] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31608] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31733] p(Y13_345_3)
% 251.94/36.20
% 251.94/36.20 [31733] CLOSURE : p(Y13_345_3)
% 251.94/36.20
% 251.94/36.20 [31172] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31218] ~! [Y3_3] : ((p(X2_928_0) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31218] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_928_0) <=> p(Y3_3)))
% 251.94/36.20 -> [31219] ~(p(X2_928_0) <=> p(skolem_Y33(X2_928_0)))
% 251.94/36.20
% 251.94/36.20 [31219] BETA_NOT_EQUIV : ~(p(X2_928_0) <=> p(skolem_Y33(X2_928_0)))
% 251.94/36.20 -> [31220] ~p(X2_928_0), p(skolem_Y33(X2_928_0))
% 251.94/36.20 -> [31221] p(X2_928_0), ~p(skolem_Y33(X2_928_0))
% 251.94/36.20
% 251.94/36.20 [31220] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31374] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31374] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31375] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31376] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31375] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31376] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31476] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31476] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31480] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31481] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31481] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31480] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31777] p(Y13_347_3)
% 251.94/36.20
% 251.94/36.20 [31777] CLOSURE : p(Y13_347_3)
% 251.94/36.20
% 251.94/36.20 [31221] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31351] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31351] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31352] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31353] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31352] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31353] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31457] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31457] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31458] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31459] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31459] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31458] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31778] p(Y13_348_3)
% 251.94/36.20
% 251.94/36.20 [31778] CLOSURE : p(Y13_348_3)
% 251.94/36.20
% 251.94/36.20 [31133] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [31136] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [31136] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31137] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31138] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [31138] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31140] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31140] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31255] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31255] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [31256] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [31256] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [31257] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [31258] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [31257] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31258] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31378] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31378] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31379] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31380] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31379] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31380] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31453] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31453] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31454] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31455] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31455] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31454] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31643] p(Y13_341_3)
% 251.94/36.20
% 251.94/36.20 [31643] CLOSURE : p(Y13_341_3)
% 251.94/36.20
% 251.94/36.20 [31137] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31175] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31175] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31300] ~! [Y3_3] : ((p(X2_932_0) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31300] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_932_0) <=> p(Y3_3)))
% 251.94/36.20 -> [31301] ~(p(X2_932_0) <=> p(skolem_Y33(X2_932_0)))
% 251.94/36.20
% 251.94/36.20 [31301] BETA_NOT_EQUIV : ~(p(X2_932_0) <=> p(skolem_Y33(X2_932_0)))
% 251.94/36.20 -> [31303] ~p(X2_932_0), p(skolem_Y33(X2_932_0))
% 251.94/36.20 -> [31304] p(X2_932_0), ~p(skolem_Y33(X2_932_0))
% 251.94/36.20
% 251.94/36.20 [31303] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31415] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [31415] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [31416] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [31417] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31417] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31416] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31578] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31578] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31579] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31580] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31580] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31579] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31675] p(Y13_343_3)
% 251.94/36.20
% 251.94/36.20 [31675] CLOSURE : p(Y13_343_3)
% 251.94/36.20
% 251.94/36.20 [31304] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31465] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [31465] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [31466] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [31467] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31467] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31466] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31722] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31722] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31723] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31724] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31724] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31723] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31811] p(Y13_350_3)
% 251.94/36.20
% 251.94/36.20 [31811] CLOSURE : p(Y13_350_3)
% 251.94/36.20
% 251.94/36.20 [11996] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [12498] ~p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [12498] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [31122] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31123] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20
% 251.94/36.20 [31122] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31145] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31146] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [31145] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31184] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31184] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [31185] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [31185] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [31186] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [31187] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [31187] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31186] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31364] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31364] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31366] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31367] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31366] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31367] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31400] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31400] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31401] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31402] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31402] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31401] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31472] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [31472] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [31479] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [31479] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20 -> [31482] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20
% 251.94/36.20 [31482] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20 -> [31483] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.20 -> [31484] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [31483] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [31484] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [31146] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31149] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31149] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31262] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31262] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31514] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31514] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [31515] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [31515] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [31516] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [31517] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [31517] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31516] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31586] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [31586] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [31587] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [31588] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31588] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31587] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31653] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31653] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31654] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31655] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31655] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31654] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31678] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [31678] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [31692] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [31692] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20 -> [31693] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20
% 251.94/36.20 [31693] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20 -> [31694] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.20 -> [31695] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [31694] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [31695] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [31123] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [31124] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [31124] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31125] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31126] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [31125] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31154] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31154] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31263] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31263] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [31264] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [31264] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [31265] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [31266] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [31266] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31265] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31436] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [31436] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [31437] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [31438] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31438] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31437] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31734] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31734] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31735] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31736] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31736] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31735] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31834] ~s(skolem_X1414)
% 251.94/36.20
% 251.94/36.20 [31834] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [31857] (s(skolem_X1414) <=> s(Y15_161_4))
% 251.94/36.20
% 251.94/36.20 [31857] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_161_4))
% 251.94/36.20 -> [31859] ~s(skolem_X1414), ~s(Y15_161_4)
% 251.94/36.20 -> [31860] s(skolem_X1414), s(Y15_161_4)
% 251.94/36.20
% 251.94/36.20 [31860] CLOSURE : s(Y15_161_4)
% 251.94/36.20
% 251.94/36.20 [31859] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31901] ~p(X16_111_5)
% 251.94/36.20
% 251.94/36.20 [31901] CLOSURE : ~p(X16_111_5)
% 251.94/36.20
% 251.94/36.20 [31126] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31127] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31127] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31230] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31230] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [31231] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [31231] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [31232] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [31233] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [31233] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31232] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31582] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31582] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31583] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31584] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31583] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31584] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31637] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31637] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31638] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31639] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31639] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31638] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31813] ~s(skolem_X1414)
% 251.94/36.20
% 251.94/36.20 [31813] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [31817] (s(skolem_X1414) <=> s(Y15_160_4))
% 251.94/36.20
% 251.94/36.20 [31817] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_160_4))
% 251.94/36.20 -> [31818] ~s(skolem_X1414), ~s(Y15_160_4)
% 251.94/36.20 -> [31819] s(skolem_X1414), s(Y15_160_4)
% 251.94/36.20
% 251.94/36.20 [31819] CLOSURE : s(Y15_160_4)
% 251.94/36.20
% 251.94/36.20 [31818] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31843] q(Y17_78_5)
% 251.94/36.20
% 251.94/36.20 [31843] GAMMA_FORALL : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31870] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20
% 251.94/36.20 [31870] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31871] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31871] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [31872] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [31872] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [31873] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [31874] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [31873] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31874] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31957] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [31957] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31958] (q(skolem_X66) <=> q(Y7_1041_1))
% 251.94/36.20
% 251.94/36.20 [31958] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1041_1))
% 251.94/36.20 -> [31959] ~q(skolem_X66), ~q(Y7_1041_1)
% 251.94/36.20 -> [31960] q(skolem_X66), q(Y7_1041_1)
% 251.94/36.20
% 251.94/36.20 [31959] CLOSURE : ~q(skolem_X66)
% 251.94/36.20
% 251.94/36.20 [31960] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31973] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20
% 251.94/36.20 [31973] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31974] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.20
% 251.94/36.20 [31974] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.20 -> [31975] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.20 -> [31976] r(skolem_X1010), r(skolem_X88)
% 251.94/36.20
% 251.94/36.20 [31976] CLOSURE : r(skolem_X1010)
% 251.94/36.20
% 251.94/36.20 [31975] CLOSURE : ~r(skolem_X88)
% 251.94/36.20
% 251.94/36.20 [11990] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.20 -> [12494] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [12495] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.20
% 251.94/36.20 [12494] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [13015] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [13016] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20
% 251.94/36.20 [13016] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [13017] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [13017] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [13018] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [13019] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [13019] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [13020] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [13020] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31069] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31069] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31109] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31109] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [31110] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [31110] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [31111] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [31112] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [31111] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31112] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31205] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [31205] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [31206] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [31207] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31207] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31206] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31508] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31508] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31509] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31510] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31510] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31509] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31601] ~s(X12_409_3)
% 251.94/36.20
% 251.94/36.20 [31601] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31619] p(Y13_340_4)
% 251.94/36.20
% 251.94/36.20 [31619] CLOSURE : p(Y13_340_4)
% 251.94/36.20
% 251.94/36.20 [13018] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31049] ~! [Y3_3] : ((p(X2_923_0) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31049] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_923_0) <=> p(Y3_3)))
% 251.94/36.20 -> [31050] ~(p(X2_923_0) <=> p(skolem_Y33(X2_923_0)))
% 251.94/36.20
% 251.94/36.20 [31050] BETA_NOT_EQUIV : ~(p(X2_923_0) <=> p(skolem_Y33(X2_923_0)))
% 251.94/36.20 -> [31051] ~p(X2_923_0), p(skolem_Y33(X2_923_0))
% 251.94/36.20 -> [31052] p(X2_923_0), ~p(skolem_Y33(X2_923_0))
% 251.94/36.20
% 251.94/36.20 [31052] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31102] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31102] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31103] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31104] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31103] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31104] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31144] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31144] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31147] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31148] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31148] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31147] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31200] ~s(X12_401_3)
% 251.94/36.20
% 251.94/36.20 [31200] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31208] p(Y13_336_4)
% 251.94/36.20
% 251.94/36.20 [31208] CLOSURE : p(Y13_336_4)
% 251.94/36.20
% 251.94/36.20 [31051] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31095] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31095] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31096] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31097] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31096] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31097] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31141] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31141] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31142] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31143] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31143] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31142] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31561] ~s(X12_406_3)
% 251.94/36.20
% 251.94/36.20 [31561] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31746] p(Y13_346_4)
% 251.94/36.20
% 251.94/36.20 [31746] CLOSURE : p(Y13_346_4)
% 251.94/36.20
% 251.94/36.20 [13015] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31268] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31269] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [31269] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31272] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31272] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31336] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31336] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [31337] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [31337] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [31338] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [31339] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [31338] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31339] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31430] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31430] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31433] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31434] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31433] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31434] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31521] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.20
% 251.94/36.20 [31521] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.20 -> [31522] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.20 -> [31523] r(skolem_X1010), r(skolem_X88)
% 251.94/36.20
% 251.94/36.20 [31522] CLOSURE : ~r(skolem_X88)
% 251.94/36.20
% 251.94/36.20 [31523] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31657] ~s(X12_410_3)
% 251.94/36.20
% 251.94/36.20 [31657] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31701] p(Y13_344_4)
% 251.94/36.20
% 251.94/36.20 [31701] CLOSURE : p(Y13_344_4)
% 251.94/36.20
% 251.94/36.20 [31268] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31302] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31302] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31365] ~! [Y3_3] : ((p(X2_937_0) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31365] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_937_0) <=> p(Y3_3)))
% 251.94/36.20 -> [31368] ~(p(X2_937_0) <=> p(skolem_Y33(X2_937_0)))
% 251.94/36.20
% 251.94/36.20 [31368] BETA_NOT_EQUIV : ~(p(X2_937_0) <=> p(skolem_Y33(X2_937_0)))
% 251.94/36.20 -> [31369] ~p(X2_937_0), p(skolem_Y33(X2_937_0))
% 251.94/36.20 -> [31370] p(X2_937_0), ~p(skolem_Y33(X2_937_0))
% 251.94/36.20
% 251.94/36.20 [31370] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31449] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31449] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31450] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31451] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31450] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31451] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31611] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31611] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31612] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31613] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31613] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31612] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31670] ~s(X12_412_3)
% 251.94/36.20
% 251.94/36.20 [31670] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31674] p(Y13_342_4)
% 251.94/36.20
% 251.94/36.20 [31674] CLOSURE : p(Y13_342_4)
% 251.94/36.20
% 251.94/36.20 [31369] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31468] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [31468] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [31469] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [31470] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31470] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31469] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31627] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31627] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31628] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31629] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31629] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31628] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [31767] ~s(X12_415_3)
% 251.94/36.20
% 251.94/36.20 [31767] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31784] p(Y13_349_4)
% 251.94/36.20
% 251.94/36.20 [31784] CLOSURE : p(Y13_349_4)
% 251.94/36.20
% 251.94/36.20 [12495] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [12496] s(skolem_X1212)
% 251.94/36.20
% 251.94/36.20 [12496] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [31108] ~p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31108] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [31165] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31166] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20
% 251.94/36.20 [31166] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [31167] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [31167] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31168] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31169] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [31168] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31195] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31195] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [31196] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [31196] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [31197] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [31198] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [31198] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31197] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31442] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31442] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31443] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31444] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31443] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31444] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31524] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31524] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31525] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31526] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31526] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31525] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [31687] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [31687] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.20 -> [31688] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.20 -> [31689] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [31689] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [31688] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31810] ~p(X16_109_4)
% 251.94/36.20
% 251.94/36.20 [31810] CLOSURE : ~p(X16_109_4)
% 251.94/36.20
% 251.94/36.20 [31169] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31170] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31170] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31280] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31280] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31354] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31354] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [31355] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [31355] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [31356] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [31357] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [31357] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31356] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31426] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [31426] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [31427] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [31428] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31428] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31427] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31531] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31531] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31532] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31533] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31533] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31532] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [31624] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [31624] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.20 -> [31625] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.20 -> [31626] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [31626] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [31625] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31757] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20
% 251.94/36.20 [31757] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31758] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31758] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [31759] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [31759] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [31760] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [31761] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [31761] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31760] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31820] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [31820] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31822] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31822] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31824] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31825] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31825] CLOSURE : q(skolem_X66)
% 251.94/36.20
% 251.94/36.20 [31824] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31165] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [31191] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31192] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [31191] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [31241] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31241] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31322] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31322] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [31323] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [31323] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [31325] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [31326] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [31326] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31325] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31562] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [31562] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.20 -> [31563] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.20 -> [31564] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31564] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [31563] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [31666] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [31666] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [31667] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [31668] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31668] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [31667] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [31788] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [31788] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20 -> [31789] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20
% 251.94/36.20 [31789] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20 -> [31790] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.20 -> [31791] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [31791] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [31790] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31838] ~p(X16_110_4)
% 251.94/36.20
% 251.94/36.20 [31838] CLOSURE : ~p(X16_110_4)
% 251.94/36.20
% 251.94/36.20 [31192] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [31193] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [31193] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [31305] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [31305] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [31306] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [31306] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [31307] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [31308] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [31308] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [31307] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [31992] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [31992] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.20 -> [31993] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.20 -> [31994] q(skolem_X66), q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31993] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [31994] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [32074] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [32074] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [32075] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [32076] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [32076] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [32075] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [32364] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [32364] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20 -> [32365] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20
% 251.94/36.20 [32365] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20 -> [32366] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.20 -> [32367] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [32367] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [32366] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [32488] q(Y17_84_4)
% 251.94/36.20
% 251.94/36.20 [32488] GAMMA_FORALL : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [32501] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20
% 251.94/36.20 [32501] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [32502] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [32502] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [32503] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [32503] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [32504] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [32505] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [32504] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [32505] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [32572] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [32572] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.20 -> [32573] (q(skolem_X66) <=> q(Y7_1056_1))
% 251.94/36.20
% 251.94/36.20 [32573] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1056_1))
% 251.94/36.20 -> [32574] ~q(skolem_X66), ~q(Y7_1056_1)
% 251.94/36.20 -> [32575] q(skolem_X66), q(Y7_1056_1)
% 251.94/36.20
% 251.94/36.20 [32574] CLOSURE : ~q(skolem_X66)
% 251.94/36.20
% 251.94/36.20 [32575] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [32583] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20
% 251.94/36.20 [32583] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [32584] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.20
% 251.94/36.20 [32584] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.20 -> [32585] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.20 -> [32586] r(skolem_X1010), r(skolem_X88)
% 251.94/36.20
% 251.94/36.20 [32586] CLOSURE : r(skolem_X1010)
% 251.94/36.20
% 251.94/36.20 [32585] CLOSURE : ~r(skolem_X88)
% 251.94/36.20
% 251.94/36.20 [5330] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.20 -> [5843] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.20 -> [5844] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.20
% 251.94/36.20 [5844] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.20 -> [5846] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20
% 251.94/36.20 [5846] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.20 -> [5847] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.20 -> [5848] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.20
% 251.94/36.20 [5847] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.20 -> [26142] ~s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [26142] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.20 -> [26143] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [26144] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20
% 251.94/36.20 [26143] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.20 -> [26190] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [26191] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.20
% 251.94/36.20 [26190] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [26219] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26220] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20
% 251.94/36.20 [26219] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26266] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26267] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [26267] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [26268] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26268] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26423] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26423] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [26424] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [26424] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [26425] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [26426] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [26425] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26426] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26583] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26583] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26584] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26584] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26585] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26586] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26585] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26586] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [26702] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [26702] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [26704] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [26705] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26705] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26704] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [26748] ~r(X8_546_3)
% 251.94/36.20
% 251.94/36.20 [26748] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [26772] ~s(X12_283_4)
% 251.94/36.20
% 251.94/36.20 [26772] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [26819] p(Y13_231_5)
% 251.94/36.20
% 251.94/36.20 [26819] CLOSURE : p(Y13_231_5)
% 251.94/36.20
% 251.94/36.20 [26266] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26310] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26310] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26311] ~! [Y3_3] : ((p(X2_806_0) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26311] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_806_0) <=> p(Y3_3)))
% 251.94/36.20 -> [26312] ~(p(X2_806_0) <=> p(skolem_Y33(X2_806_0)))
% 251.94/36.20
% 251.94/36.20 [26312] BETA_NOT_EQUIV : ~(p(X2_806_0) <=> p(skolem_Y33(X2_806_0)))
% 251.94/36.20 -> [26313] ~p(X2_806_0), p(skolem_Y33(X2_806_0))
% 251.94/36.20 -> [26314] p(X2_806_0), ~p(skolem_Y33(X2_806_0))
% 251.94/36.20
% 251.94/36.20 [26313] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26570] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26570] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20 -> [26571] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20
% 251.94/36.20 [26571] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20 -> [26572] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.20 -> [26573] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [26573] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26572] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27033] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27033] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27034] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27035] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27035] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27034] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27063] ~r(X8_558_3)
% 251.94/36.20
% 251.94/36.20 [27063] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [27085] ~s(X12_292_4)
% 251.94/36.20
% 251.94/36.20 [27085] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [27126] p(Y13_240_5)
% 251.94/36.20
% 251.94/36.20 [27126] CLOSURE : p(Y13_240_5)
% 251.94/36.20
% 251.94/36.20 [26314] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26505] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26505] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26506] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26506] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26507] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26508] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26507] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26508] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27377] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27377] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27379] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27380] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27380] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27379] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27416] ~r(X8_575_3)
% 251.94/36.20
% 251.94/36.20 [27416] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [27442] ~s(X12_298_4)
% 251.94/36.20
% 251.94/36.20 [27442] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [27454] p(Y13_245_5)
% 251.94/36.20
% 251.94/36.20 [27454] CLOSURE : p(Y13_245_5)
% 251.94/36.20
% 251.94/36.20 [26220] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [26225] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [26225] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26228] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26229] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [26228] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26272] ~! [Y3_3] : ((p(X2_804_0) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26272] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_804_0) <=> p(Y3_3)))
% 251.94/36.20 -> [26273] ~(p(X2_804_0) <=> p(skolem_Y33(X2_804_0)))
% 251.94/36.20
% 251.94/36.20 [26273] BETA_NOT_EQUIV : ~(p(X2_804_0) <=> p(skolem_Y33(X2_804_0)))
% 251.94/36.20 -> [26274] ~p(X2_804_0), p(skolem_Y33(X2_804_0))
% 251.94/36.20 -> [26275] p(X2_804_0), ~p(skolem_Y33(X2_804_0))
% 251.94/36.20
% 251.94/36.20 [26275] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26460] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26460] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26461] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26461] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26462] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26463] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26462] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26463] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [26662] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [26662] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [26663] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [26664] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26664] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26663] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [26804] ~r(X8_552_3)
% 251.94/36.20
% 251.94/36.20 [26804] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [26894] ~s(X12_288_4)
% 251.94/36.20
% 251.94/36.20 [26894] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [26959] p(Y13_236_5)
% 251.94/36.20
% 251.94/36.20 [26959] CLOSURE : p(Y13_236_5)
% 251.94/36.20
% 251.94/36.20 [26274] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26510] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26510] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26511] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26511] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26512] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26513] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26512] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26513] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [26709] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [26709] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [26710] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [26711] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26711] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26710] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [26803] ~r(X8_551_3)
% 251.94/36.20
% 251.94/36.20 [26803] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [26893] ~s(X12_287_4)
% 251.94/36.20
% 251.94/36.20 [26893] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [26974] p(Y13_238_5)
% 251.94/36.20
% 251.94/36.20 [26974] CLOSURE : p(Y13_238_5)
% 251.94/36.20
% 251.94/36.20 [26229] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [26230] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26230] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26382] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26382] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26514] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26514] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [26515] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [26515] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [26516] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [26517] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [26516] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26517] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26666] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26666] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20 -> [26667] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20
% 251.94/36.20 [26667] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20 -> [26668] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.20 -> [26669] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [26669] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26668] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27327] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27327] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27328] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27329] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27329] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27328] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27500] ~r(X8_581_3)
% 251.94/36.20
% 251.94/36.20 [27500] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [27596] ~s(X12_300_4)
% 251.94/36.20
% 251.94/36.20 [27596] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [27649] p(Y13_248_5)
% 251.94/36.20
% 251.94/36.20 [27649] CLOSURE : p(Y13_248_5)
% 251.94/36.20
% 251.94/36.20 [26191] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [26192] s(skolem_X1212)
% 251.94/36.20
% 251.94/36.20 [26192] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [26325] ~p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26325] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [26474] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26475] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20
% 251.94/36.20 [26475] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [26476] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [26476] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26477] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26478] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [26477] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26524] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26524] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [26527] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [26527] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [26528] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [26529] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [26529] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26528] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26733] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26733] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26734] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26734] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26736] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26737] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26736] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26737] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [26855] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [26855] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [26857] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [26858] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26858] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26857] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [26973] ~r(X8_556_3)
% 251.94/36.20
% 251.94/36.20 [26973] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [27038] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.20
% 251.94/36.20 [27038] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.20 -> [27041] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.94/36.20 -> [27042] s(skolem_X1414), s(skolem_X1212)
% 251.94/36.20
% 251.94/36.20 [27041] CLOSURE : ~s(skolem_X1212)
% 251.94/36.20
% 251.94/36.20 [27042] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [27366] ~p(X16_69_5)
% 251.94/36.20
% 251.94/36.20 [27366] CLOSURE : ~p(X16_69_5)
% 251.94/36.20
% 251.94/36.20 [26478] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [26479] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26479] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26653] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26653] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26738] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26738] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [26739] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [26739] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [26740] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [26741] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [26741] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26740] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [27080] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [27080] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20 -> [27081] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20
% 251.94/36.20 [27081] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20 -> [27082] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.20 -> [27083] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [27083] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [27082] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27400] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27400] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27401] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27402] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27402] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27401] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27438] ~r(X8_576_3)
% 251.94/36.20
% 251.94/36.20 [27438] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [27469] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [27469] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.20 -> [27470] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.20 -> [27471] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [27471] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [27470] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [27621] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20
% 251.94/36.20 [27621] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [27623] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [27623] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [27624] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [27624] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [27625] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [27626] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [27625] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [27626] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [27725] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20
% 251.94/36.20 [27725] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [27726] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [27726] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [27727] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [27727] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [27728] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [27729] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [27728] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [27729] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27779] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20
% 251.94/36.20 [27779] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27782] (r(skolem_X1010) <=> r(Y11_608_2))
% 251.94/36.20
% 251.94/36.20 [27782] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_608_2))
% 251.94/36.20 -> [27783] ~r(skolem_X1010), ~r(Y11_608_2)
% 251.94/36.20 -> [27784] r(skolem_X1010), r(Y11_608_2)
% 251.94/36.20
% 251.94/36.20 [27784] CLOSURE : r(skolem_X1010)
% 251.94/36.20
% 251.94/36.20 [27783] : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27801] ~? [X8_8] : (r(X8_8))
% 251.94/36.20
% 251.94/36.20 [27801] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27804] ~r(X8_604_3)
% 251.94/36.20
% 251.94/36.20 [27804] GAMMA_NOT_EXISTS : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [27837] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [27837] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [27838] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.20
% 251.94/36.20 [27838] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.20 -> [27839] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.94/36.20 -> [27840] s(skolem_X1414), s(skolem_X1212)
% 251.94/36.20
% 251.94/36.20 [27840] CLOSURE : s(skolem_X1414)
% 251.94/36.20
% 251.94/36.20 [27839] CLOSURE : ~s(skolem_X1212)
% 251.94/36.20
% 251.94/36.20 [26474] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26518] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26519] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [26519] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [26520] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26520] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26643] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26643] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [26644] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [26644] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [26645] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [26646] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [26646] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26645] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [27251] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [27251] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [27252] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [27252] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [27253] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [27254] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [27253] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [27254] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27275] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27275] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27276] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27277] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27277] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27276] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27306] ~r(X8_568_3)
% 251.94/36.20
% 251.94/36.20 [27306] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [27312] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [27312] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20 -> [27314] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20
% 251.94/36.20 [27314] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20 -> [27317] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.20 -> [27318] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [27318] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [27317] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [27365] q(Y17_54_5)
% 251.94/36.20
% 251.94/36.20 [27365] CLOSURE : q(Y17_54_5)
% 251.94/36.20
% 251.94/36.20 [26518] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26596] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26596] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26674] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26674] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [26675] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [26675] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [26676] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [26677] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [26677] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26676] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26815] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26815] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26816] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26816] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26817] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26818] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26817] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26818] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27573] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27573] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27574] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27575] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27575] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27574] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27673] ~r(X8_595_3)
% 251.94/36.20
% 251.94/36.20 [27673] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [27700] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [27700] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20 -> [27701] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20
% 251.94/36.20 [27701] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20 -> [27702] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.20 -> [27703] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [27703] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [27702] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [27886] ~p(X16_71_5)
% 251.94/36.20
% 251.94/36.20 [27886] CLOSURE : ~p(X16_71_5)
% 251.94/36.20
% 251.94/36.20 [26144] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.20 -> [26146] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [26147] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.20
% 251.94/36.20 [26147] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [26148] s(skolem_X1212)
% 251.94/36.20
% 251.94/36.20 [26148] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [26292] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26293] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20
% 251.94/36.20 [26292] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26343] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26344] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [26344] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [26347] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26347] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26450] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26450] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26592] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26592] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [26593] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [26593] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [26594] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [26595] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [26594] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26595] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26657] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26657] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20 -> [26658] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20
% 251.94/36.20 [26658] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20 -> [26659] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.20 -> [26660] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [26660] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26659] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [26869] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [26869] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [26870] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [26871] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26871] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26870] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [26922] ~r(X8_555_3)
% 251.94/36.20
% 251.94/36.20 [26922] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [26967] p(Y13_237_4)
% 251.94/36.20
% 251.94/36.20 [26967] CLOSURE : p(Y13_237_4)
% 251.94/36.20
% 251.94/36.20 [26343] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26386] ~! [Y3_3] : ((p(X2_809_0) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26386] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_809_0) <=> p(Y3_3)))
% 251.94/36.20 -> [26387] ~(p(X2_809_0) <=> p(skolem_Y33(X2_809_0)))
% 251.94/36.20
% 251.94/36.20 [26387] BETA_NOT_EQUIV : ~(p(X2_809_0) <=> p(skolem_Y33(X2_809_0)))
% 251.94/36.20 -> [26388] ~p(X2_809_0), p(skolem_Y33(X2_809_0))
% 251.94/36.20 -> [26389] p(X2_809_0), ~p(skolem_Y33(X2_809_0))
% 251.94/36.20
% 251.94/36.20 [26389] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26805] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26805] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26806] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26806] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26807] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26808] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26807] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26808] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [26964] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [26964] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [26965] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [26966] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26966] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26965] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27050] ~r(X8_557_3)
% 251.94/36.20
% 251.94/36.20 [27050] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [27089] p(Y13_239_4)
% 251.94/36.20
% 251.94/36.20 [27089] CLOSURE : p(Y13_239_4)
% 251.94/36.20
% 251.94/36.20 [26388] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26811] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26811] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26812] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26812] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26813] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26814] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26813] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26814] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27086] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27086] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27087] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27088] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27088] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27087] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27178] ~r(X8_564_3)
% 251.94/36.20
% 251.94/36.20 [27178] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [27259] p(Y13_243_4)
% 251.94/36.20
% 251.94/36.20 [27259] CLOSURE : p(Y13_243_4)
% 251.94/36.20
% 251.94/36.20 [26293] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [26294] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [26294] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26295] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26296] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [26296] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [26297] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26297] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26418] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26418] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [26420] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [26420] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [26421] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [26422] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [26421] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26422] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26947] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26947] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26948] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26948] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26949] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26950] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26949] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26950] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27037] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27037] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27039] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27040] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27040] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27039] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27137] ~r(X8_563_3)
% 251.94/36.20
% 251.94/36.20 [27137] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [27202] p(Y13_241_4)
% 251.94/36.20
% 251.94/36.20 [27202] CLOSURE : p(Y13_241_4)
% 251.94/36.20
% 251.94/36.20 [26295] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26348] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26348] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26456] ~! [Y3_3] : ((p(X2_813_0) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26456] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_813_0) <=> p(Y3_3)))
% 251.94/36.20 -> [26457] ~(p(X2_813_0) <=> p(skolem_Y33(X2_813_0)))
% 251.94/36.20
% 251.94/36.20 [26457] BETA_NOT_EQUIV : ~(p(X2_813_0) <=> p(skolem_Y33(X2_813_0)))
% 251.94/36.20 -> [26458] ~p(X2_813_0), p(skolem_Y33(X2_813_0))
% 251.94/36.20 -> [26459] p(X2_813_0), ~p(skolem_Y33(X2_813_0))
% 251.94/36.20
% 251.94/36.20 [26459] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26638] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26638] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20 -> [26639] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20
% 251.94/36.20 [26639] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20 -> [26640] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.20 -> [26641] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [26641] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26640] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [28284] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [28284] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [28285] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [28286] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [28286] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [28285] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [28372] ~r(X8_636_3)
% 251.94/36.20
% 251.94/36.20 [28372] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [28409] p(Y13_260_4)
% 251.94/36.20
% 251.94/36.20 [28409] CLOSURE : p(Y13_260_4)
% 251.94/36.20
% 251.94/36.20 [26458] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26703] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26703] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20 -> [26706] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20
% 251.94/36.20 [26706] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20 -> [26707] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.20 -> [26708] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [26708] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26707] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [28296] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [28296] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [28297] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [28298] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [28298] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [28297] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [28387] ~r(X8_637_3)
% 251.94/36.20
% 251.94/36.20 [28387] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [28436] p(Y13_262_4)
% 251.94/36.20
% 251.94/36.20 [28436] CLOSURE : p(Y13_262_4)
% 251.94/36.20
% 251.94/36.20 [26146] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.20 -> [26195] ~p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26195] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.20 -> [26196] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26197] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20
% 251.94/36.20 [26197] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [26198] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [26198] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26199] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26200] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [26199] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26238] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26238] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26239] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26239] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [26240] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [26240] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [26241] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [26242] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [26242] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26241] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26558] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26558] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20 -> [26559] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20
% 251.94/36.20 [26559] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20 -> [26560] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.20 -> [26561] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [26561] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26560] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27008] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27008] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27009] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27010] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27010] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27009] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27092] ~r(X8_561_3)
% 251.94/36.20
% 251.94/36.20 [27092] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [27142] ~s(skolem_X1414)
% 251.94/36.20
% 251.94/36.20 [27142] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [27196] (s(skolem_X1414) <=> s(Y15_106_5))
% 251.94/36.20
% 251.94/36.20 [27196] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_106_5))
% 251.94/36.20 -> [27197] ~s(skolem_X1414), ~s(Y15_106_5)
% 251.94/36.20 -> [27198] s(skolem_X1414), s(Y15_106_5)
% 251.94/36.20
% 251.94/36.20 [27198] CLOSURE : s(Y15_106_5)
% 251.94/36.20
% 251.94/36.20 [27197] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [27274] ~p(X16_68_6)
% 251.94/36.20
% 251.94/36.20 [27274] CLOSURE : ~p(X16_68_6)
% 251.94/36.20
% 251.94/36.20 [26200] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [26201] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26201] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26339] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26339] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [26340] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [26340] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [26341] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [26342] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [26342] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26341] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [27174] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [27174] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [27175] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [27175] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [27176] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [27177] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [27176] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [27177] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [27260] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [27260] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [27261] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [27262] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27262] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [27261] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [27348] ~r(X8_571_3)
% 251.94/36.20
% 251.94/36.20 [27348] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [27371] ~s(skolem_X1414)
% 251.94/36.20
% 251.94/36.20 [27371] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.20 -> [27397] (s(skolem_X1414) <=> s(Y15_108_5))
% 251.94/36.20
% 251.94/36.20 [27397] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_108_5))
% 251.94/36.20 -> [27398] ~s(skolem_X1414), ~s(Y15_108_5)
% 251.94/36.20 -> [27399] s(skolem_X1414), s(Y15_108_5)
% 251.94/36.20
% 251.94/36.20 [27399] CLOSURE : s(Y15_108_5)
% 251.94/36.20
% 251.94/36.20 [27398] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [27425] q(Y17_55_6)
% 251.94/36.20
% 251.94/36.20 [27425] CLOSURE : q(Y17_55_6)
% 251.94/36.20
% 251.94/36.20 [26196] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.20 -> [26235] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26236] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20
% 251.94/36.20 [26235] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26279] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26279] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [26280] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [26280] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [26281] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [26282] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [26282] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26281] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26534] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26534] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [26535] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [26535] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [26536] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [26537] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [26536] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [26537] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [26717] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [26717] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [26718] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [26719] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26719] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26718] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [26835] ~r(X8_553_3)
% 251.94/36.20
% 251.94/36.20 [26835] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [26934] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [26934] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [26978] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [26978] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.20 -> [26979] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20
% 251.94/36.20 [26979] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.20 -> [26980] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.20 -> [26981] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [26980] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.20
% 251.94/36.20 [26981] CLOSURE : s(skolem_Y99)
% 251.94/36.20
% 251.94/36.20 [26236] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.20 -> [26237] p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [26237] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.20 -> [26384] ~q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26384] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [26547] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [26547] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.20 -> [26548] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20
% 251.94/36.20 [26548] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.20 -> [26549] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.20 -> [26550] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.20
% 251.94/36.20 [26550] CLOSURE : p(skolem_Y1313)
% 251.94/36.20
% 251.94/36.20 [26549] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [26843] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [26843] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.20 -> [26844] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20
% 251.94/36.20 [26844] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.20 -> [26845] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.20 -> [26846] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.20
% 251.94/36.20 [26846] CLOSURE : q(skolem_Y1717)
% 251.94/36.20
% 251.94/36.20 [26845] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [26890] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20
% 251.94/36.20 [26890] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.20 -> [26891] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.20 -> [26892] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26892] CLOSURE : r(skolem_Y55)
% 251.94/36.20
% 251.94/36.20 [26891] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [26909] ~r(X8_554_3)
% 251.94/36.20
% 251.94/36.20 [26909] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [26917] ~s(X14_100_5)
% 251.94/36.20
% 251.94/36.20 [26917] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.20 -> [26930] ~! [Y15_15] : ((s(X14_100_5) <=> s(Y15_15)))
% 251.94/36.20
% 251.94/36.20 [26930] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_100_5) <=> s(Y15_15)))
% 251.94/36.20 -> [26931] ~(s(X14_100_5) <=> s(skolem_Y1515(X14_100_5)))
% 251.94/36.20
% 251.94/36.20 [26931] BETA_NOT_EQUIV : ~(s(X14_100_5) <=> s(skolem_Y1515(X14_100_5)))
% 251.94/36.20 -> [26932] ~s(X14_100_5), s(skolem_Y1515(X14_100_5))
% 251.94/36.20 -> [26933] s(X14_100_5), ~s(skolem_Y1515(X14_100_5))
% 251.94/36.20
% 251.94/36.20 [26933] CLOSURE : s(X14_100_5)
% 251.94/36.20
% 251.94/36.20 [26932] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [27761] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20
% 251.94/36.20 [27761] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.20 -> [27762] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20
% 251.94/36.20 [27762] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.20 -> [27763] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20
% 251.94/36.20 [27763] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.20 -> [27764] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.20 -> [27765] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.20
% 251.94/36.20 [27764] CLOSURE : ~p(skolem_X1616)
% 251.94/36.20
% 251.94/36.20 [27765] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [28330] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20
% 251.94/36.20 [28330] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.20 -> [28331] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20
% 251.94/36.20 [28331] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.20 -> [28332] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20
% 251.94/36.20 [28332] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.20 -> [28334] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.20 -> [28335] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.20
% 251.94/36.20 [28334] CLOSURE : ~q(skolem_X44)
% 251.94/36.20
% 251.94/36.20 [28335] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [28438] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20
% 251.94/36.20 [28438] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.20 -> [28439] (r(skolem_X1010) <=> r(Y11_632_2))
% 251.94/36.20
% 251.94/36.20 [28439] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_632_2))
% 251.94/36.20 -> [28440] ~r(skolem_X1010), ~r(Y11_632_2)
% 251.94/36.20 -> [28441] r(skolem_X1010), r(Y11_632_2)
% 251.94/36.20
% 251.94/36.20 [28441] CLOSURE : r(skolem_X1010)
% 251.94/36.20
% 251.94/36.20 [28440] : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [28455] ~? [X8_8] : (r(X8_8))
% 251.94/36.20
% 251.94/36.20 [28455] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [28456] ~r(X8_644_3)
% 251.94/36.20
% 251.94/36.20 [28456] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [28458] ~? [X12_12] : (s(X12_12))
% 251.94/36.20
% 251.94/36.20 [28458] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.20 -> [28459] ~s(X12_322_4)
% 251.94/36.20
% 251.94/36.20 [28459] CLOSURE : ~s(X12_322_4)
% 251.94/36.20
% 251.94/36.20 [5848] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.20 -> [5853] r(skolem_X88)
% 251.94/36.20
% 251.94/36.20 [5853] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.21 -> [11004] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [11005] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21
% 251.94/36.21 [11004] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [11478] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [11479] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [11478] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [11935] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [11936] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [11936] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [11937] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [11937] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [11938] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [11939] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [11938] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [12427] ~! [Y3_3] : ((p(X2_519_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [12427] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_519_0) <=> p(Y3_3)))
% 251.94/36.21 -> [12428] ~(p(X2_519_0) <=> p(skolem_Y33(X2_519_0)))
% 251.94/36.21
% 251.94/36.21 [12428] BETA_NOT_EQUIV : ~(p(X2_519_0) <=> p(skolem_Y33(X2_519_0)))
% 251.94/36.21 -> [12429] ~p(X2_519_0), p(skolem_Y33(X2_519_0))
% 251.94/36.21 -> [12430] p(X2_519_0), ~p(skolem_Y33(X2_519_0))
% 251.94/36.21
% 251.94/36.21 [12429] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14869] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14869] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14870] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14870] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14871] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14872] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14872] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [22540] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [22540] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [22541] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [22542] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22542] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22541] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [23602] s(Y9_182_3)
% 251.94/36.21
% 251.94/36.21 [23602] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [23762] ~s(X12_179_4)
% 251.94/36.21
% 251.94/36.21 [23762] CLOSURE : ~s(X12_179_4)
% 251.94/36.21
% 251.94/36.21 [14871] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [12430] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14015] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14015] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14016] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14016] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14017] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14018] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14017] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14018] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [34434] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34434] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [34435] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [34436] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34436] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34435] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34598] s(Y9_472_3)
% 251.94/36.21
% 251.94/36.21 [34598] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [34631] ~s(X12_494_4)
% 251.94/36.21
% 251.94/36.21 [34631] CLOSURE : ~s(X12_494_4)
% 251.94/36.21
% 251.94/36.21 [11939] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [11940] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [11940] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12957] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [12957] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14027] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14027] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [14028] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [14028] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [14029] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [14030] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [14029] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14030] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [34447] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [34447] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [34448] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [34448] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [34449] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [34450] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [34450] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [34449] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [34704] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34704] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [34707] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [34708] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34708] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34707] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34793] s(Y9_481_3)
% 251.94/36.21
% 251.94/36.21 [34793] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [34805] ~s(X12_499_4)
% 251.94/36.21
% 251.94/36.21 [34805] CLOSURE : ~s(X12_499_4)
% 251.94/36.21
% 251.94/36.21 [11935] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12417] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12418] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12418] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12419] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12419] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13430] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13430] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [13431] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [13431] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [13432] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [13433] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [13432] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13433] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14861] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14861] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14862] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14862] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14863] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14864] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14863] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14864] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [34586] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34586] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [34587] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [34588] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34588] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34587] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34736] s(Y9_476_3)
% 251.94/36.21
% 251.94/36.21 [34736] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [34749] ~s(X12_497_4)
% 251.94/36.21
% 251.94/36.21 [34749] CLOSURE : ~s(X12_497_4)
% 251.94/36.21
% 251.94/36.21 [12417] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12946] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [12946] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13999] ~! [Y3_3] : ((p(X2_562_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13999] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_562_0) <=> p(Y3_3)))
% 251.94/36.21 -> [14000] ~(p(X2_562_0) <=> p(skolem_Y33(X2_562_0)))
% 251.94/36.21
% 251.94/36.21 [14000] BETA_NOT_EQUIV : ~(p(X2_562_0) <=> p(skolem_Y33(X2_562_0)))
% 251.94/36.21 -> [14001] ~p(X2_562_0), p(skolem_Y33(X2_562_0))
% 251.94/36.21 -> [14002] p(X2_562_0), ~p(skolem_Y33(X2_562_0))
% 251.94/36.21
% 251.94/36.21 [14001] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [22736] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [22736] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [22737] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [22737] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [22738] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [22739] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [22739] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [22738] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [24691] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [24691] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [24692] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [24693] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [24693] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [24692] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [25911] s(Y9_266_3)
% 251.94/36.21
% 251.94/36.21 [25911] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [26087] ~s(X12_260_4)
% 251.94/36.21
% 251.94/36.21 [26087] CLOSURE : ~s(X12_260_4)
% 251.94/36.21
% 251.94/36.21 [14002] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [34225] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [34225] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [34226] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [34226] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [34227] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [34228] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [34228] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [34227] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [34410] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34410] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [34531] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [34532] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34532] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34531] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34779] s(Y9_478_3)
% 251.94/36.21
% 251.94/36.21 [34779] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [34834] ~s(X12_500_4)
% 251.94/36.21
% 251.94/36.21 [34834] CLOSURE : ~s(X12_500_4)
% 251.94/36.21
% 251.94/36.21 [11479] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [11483] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [11483] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [12439] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [12439] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [13679] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13680] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [13679] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [14036] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14037] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [14037] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [14040] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14040] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [22022] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [22022] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [22023] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [22023] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [22024] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [22025] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [22025] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [22024] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [23320] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [23320] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [23321] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [23321] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [23322] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [23323] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [23322] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [23323] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [23567] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [23567] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [23568] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [23569] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [23569] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [23568] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [24525] s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [24525] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [24714] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [24714] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21 -> [24715] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21
% 251.94/36.21 [24715] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21 -> [24716] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.21 -> [24717] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [24717] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [24716] CLOSURE : ~s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [14036] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14449] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14449] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [34498] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [34498] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [34499] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [34499] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [34500] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [34501] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [34501] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [34500] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [34555] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [34555] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [34556] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [34556] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [34557] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [34558] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [34558] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [34557] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [34657] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34657] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [34658] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [34659] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34659] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34658] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34758] s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [34758] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [34795] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [34795] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21 -> [34796] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21
% 251.94/36.21 [34796] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21 -> [34797] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.21 -> [34798] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [34798] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [34797] CLOSURE : ~s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [13680] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [13689] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [13689] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13690] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13691] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [13690] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14044] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14044] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [14046] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [14046] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [14047] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [14048] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [14048] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [14047] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [22305] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [22305] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [22306] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [22306] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [22307] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [22308] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22307] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22308] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [22838] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [22838] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [22839] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [22840] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22840] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22839] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [23933] s(skolem_X1414)
% 251.94/36.21
% 251.94/36.21 [23933] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [24079] (s(skolem_X1414) <=> s(Y15_61_4))
% 251.94/36.21
% 251.94/36.21 [24079] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_61_4))
% 251.94/36.21 -> [24080] ~s(skolem_X1414), ~s(Y15_61_4)
% 251.94/36.21 -> [24081] s(skolem_X1414), s(Y15_61_4)
% 251.94/36.21
% 251.94/36.21 [24081] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [24280] ~p(X16_37_5)
% 251.94/36.21
% 251.94/36.21 [24280] CLOSURE : ~p(X16_37_5)
% 251.94/36.21
% 251.94/36.21 [24080] CLOSURE : ~s(Y15_61_4)
% 251.94/36.21
% 251.94/36.21 [13691] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [13694] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13694] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14892] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14892] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [34974] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [34974] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [34975] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [34975] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [34976] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [34977] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [34977] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [34976] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35121] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [35121] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [35123] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [35123] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [35126] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [35127] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [35127] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [35126] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [35148] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.21
% 251.94/36.21 [35148] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.21 -> [35149] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.21 -> [35150] r(skolem_X1010), r(skolem_X88)
% 251.94/36.21
% 251.94/36.21 [35149] CLOSURE : ~r(skolem_X88)
% 251.94/36.21
% 251.94/36.21 [35150] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [35178] s(skolem_X1414)
% 251.94/36.21
% 251.94/36.21 [35178] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [35181] (s(skolem_X1414) <=> s(Y15_225_4))
% 251.94/36.21
% 251.94/36.21 [35181] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_225_4))
% 251.94/36.21 -> [35182] ~s(skolem_X1414), ~s(Y15_225_4)
% 251.94/36.21 -> [35183] s(skolem_X1414), s(Y15_225_4)
% 251.94/36.21
% 251.94/36.21 [35182] CLOSURE : ~s(Y15_225_4)
% 251.94/36.21
% 251.94/36.21 [35183] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [35197] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21
% 251.94/36.21 [35197] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [35198] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [35198] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [35199] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [35199] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [35200] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [35201] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [35200] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [35201] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35230] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21
% 251.94/36.21 [35230] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35231] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [35231] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [35232] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [35232] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [35233] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [35234] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [35233] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [35234] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [35273] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [35273] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [35274] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35274] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [35275] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [35276] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35275] CLOSURE : ~r(skolem_X1010)
% 251.94/36.21
% 251.94/36.21 [35276] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [11005] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [11011] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [11012] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [11011] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [11484] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [11484] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [12974] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12975] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [12974] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13453] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13454] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [13453] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13695] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13695] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [13696] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [13696] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [13697] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [13698] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [13698] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [13697] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [22235] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [22235] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [22236] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [22236] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [22237] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [22238] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22237] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22238] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [22763] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [22763] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [22764] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [22765] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22765] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22764] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [23839] s(Y9_196_3)
% 251.94/36.21
% 251.94/36.21 [23839] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [23996] ~s(X12_189_4)
% 251.94/36.21
% 251.94/36.21 [23996] CLOSURE : ~s(X12_189_4)
% 251.94/36.21
% 251.94/36.21 [13454] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [13455] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13455] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14462] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14462] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [35091] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [35091] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [35092] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [35092] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [35093] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [35094] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [35094] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [35093] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35138] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [35138] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [35139] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [35139] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [35140] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [35141] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [35141] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [35140] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [35167] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35167] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [35168] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [35169] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35169] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35168] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [35184] s(Y9_487_3)
% 251.94/36.21
% 251.94/36.21 [35184] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [35202] ~s(X12_506_4)
% 251.94/36.21
% 251.94/36.21 [35202] CLOSURE : ~s(X12_506_4)
% 251.94/36.21
% 251.94/36.21 [12975] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [12977] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [12977] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12978] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12979] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12979] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12983] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12983] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14087] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14087] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [14091] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [14091] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [14092] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [14093] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [14093] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [14092] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35215] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [35215] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [35216] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [35216] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [35217] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [35218] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [35217] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [35218] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [35227] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35227] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [35228] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [35229] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35229] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35228] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [35256] s(Y9_489_3)
% 251.94/36.21
% 251.94/36.21 [35256] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [35268] ~s(X12_509_4)
% 251.94/36.21
% 251.94/36.21 [35268] CLOSURE : ~s(X12_509_4)
% 251.94/36.21
% 251.94/36.21 [12978] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13457] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13457] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14470] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14470] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [14471] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [14471] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [14472] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [14473] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [14473] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [14472] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35174] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [35174] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [35175] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [35175] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [35176] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [35177] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [35177] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [35176] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [35241] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35241] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [35243] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [35244] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35244] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35243] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [35285] s(Y9_491_3)
% 251.94/36.21
% 251.94/36.21 [35285] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [35292] ~s(X12_510_4)
% 251.94/36.21
% 251.94/36.21 [35292] CLOSURE : ~s(X12_510_4)
% 251.94/36.21
% 251.94/36.21 [11012] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [11018] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [11018] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [11947] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [11948] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [11948] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [11953] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [11953] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [11954] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [11955] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [11955] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [11962] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [11962] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13000] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13000] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [13001] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [13001] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [13002] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [13003] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [13002] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13003] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [30934] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [30934] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [30935] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [30935] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [30936] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [30937] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [30936] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [30937] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [30974] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [30974] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [30975] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [30976] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [30976] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [30975] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [31003] s(Y9_387_3)
% 251.94/36.21
% 251.94/36.21 [31003] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [31013] p(Y13_330_4)
% 251.94/36.21
% 251.94/36.21 [31013] CLOSURE : p(Y13_330_4)
% 251.94/36.21
% 251.94/36.21 [11954] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12453] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [12453] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [30851] ~! [Y3_3] : ((p(X2_920_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [30851] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_920_0) <=> p(Y3_3)))
% 251.94/36.21 -> [30852] ~(p(X2_920_0) <=> p(skolem_Y33(X2_920_0)))
% 251.94/36.21
% 251.94/36.21 [30852] BETA_NOT_EQUIV : ~(p(X2_920_0) <=> p(skolem_Y33(X2_920_0)))
% 251.94/36.21 -> [30854] ~p(X2_920_0), p(skolem_Y33(X2_920_0))
% 251.94/36.21 -> [30855] p(X2_920_0), ~p(skolem_Y33(X2_920_0))
% 251.94/36.21
% 251.94/36.21 [30854] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [30992] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [30992] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [30993] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [30993] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [30994] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [30995] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [30995] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [30994] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [31105] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [31105] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [31106] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [31107] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [31107] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [31106] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [31135] s(Y9_388_3)
% 251.94/36.21
% 251.94/36.21 [31135] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [31163] p(Y13_332_4)
% 251.94/36.21
% 251.94/36.21 [31163] CLOSURE : p(Y13_332_4)
% 251.94/36.21
% 251.94/36.21 [30855] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [30961] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [30961] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [30962] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [30962] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [30963] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [30964] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [30964] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [30963] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [31188] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [31188] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [31189] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [31190] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [31190] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [31189] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [31244] s(Y9_390_3)
% 251.94/36.21
% 251.94/36.21 [31244] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [31276] p(Y13_338_4)
% 251.94/36.21
% 251.94/36.21 [31276] CLOSURE : p(Y13_338_4)
% 251.94/36.21
% 251.94/36.21 [11947] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12444] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12445] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12445] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12446] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12446] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [33973] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [33973] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [34097] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [34097] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [34098] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [34098] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [34099] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [34100] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [34099] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [34100] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [34273] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [34273] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [34274] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [34274] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [34275] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [34276] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [34275] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [34276] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [34462] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34462] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [34464] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [34465] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34465] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34464] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34497] s(Y9_465_3)
% 251.94/36.21
% 251.94/36.21 [34497] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [34502] p(Y13_411_4)
% 251.94/36.21
% 251.94/36.21 [34502] CLOSURE : p(Y13_411_4)
% 251.94/36.21
% 251.94/36.21 [12444] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [12985] ~! [Y3_3] : ((p(X2_534_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [12985] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_534_0) <=> p(Y3_3)))
% 251.94/36.21 -> [12986] ~(p(X2_534_0) <=> p(skolem_Y33(X2_534_0)))
% 251.94/36.21
% 251.94/36.21 [12986] BETA_NOT_EQUIV : ~(p(X2_534_0) <=> p(skolem_Y33(X2_534_0)))
% 251.94/36.21 -> [12987] ~p(X2_534_0), p(skolem_Y33(X2_534_0))
% 251.94/36.21 -> [12988] p(X2_534_0), ~p(skolem_Y33(X2_534_0))
% 251.94/36.21
% 251.94/36.21 [12987] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14900] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14900] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14901] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14901] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14903] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14904] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14903] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14904] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [22612] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [22612] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [22615] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [22616] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22616] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22615] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [23748] s(Y9_188_3)
% 251.94/36.21
% 251.94/36.21 [23748] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [23907] p(Y13_128_4)
% 251.94/36.21
% 251.94/36.21 [23907] CLOSURE : p(Y13_128_4)
% 251.94/36.21
% 251.94/36.21 [12988] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14484] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14484] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14485] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14485] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14486] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14487] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14486] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14487] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [35379] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35379] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [35380] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [35381] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35381] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35380] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [35418] s(Y9_497_3)
% 251.94/36.21
% 251.94/36.21 [35418] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [35425] p(Y13_436_4)
% 251.94/36.21
% 251.94/36.21 [35425] CLOSURE : p(Y13_436_4)
% 251.94/36.21
% 251.94/36.21 [5843] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.21 -> [10546] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [10547] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.21
% 251.94/36.21 [10547] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [10548] r(skolem_X88)
% 251.94/36.21
% 251.94/36.21 [10548] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.21 -> [11429] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [11430] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21
% 251.94/36.21 [11429] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [11892] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [11893] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [11892] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [12364] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12365] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [12364] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12888] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12889] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12889] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12890] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12890] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13591] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13591] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14738] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14738] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [14740] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [14740] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [14741] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [14742] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [14742] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [22613] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [22613] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [22614] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [22614] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [22617] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [22618] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [22618] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [22617] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [24645] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [24645] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [24646] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [24646] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [24647] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [24648] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [24648] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [24647] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [25852] s(Y9_264_3)
% 251.94/36.21
% 251.94/36.21 [25852] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [25978] ~s(X12_256_4)
% 251.94/36.21
% 251.94/36.21 [25978] CLOSURE : ~s(X12_256_4)
% 251.94/36.21
% 251.94/36.21 [14741] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12888] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13351] ~! [Y3_3] : ((p(X2_543_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13351] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_543_0) <=> p(Y3_3)))
% 251.94/36.21 -> [13352] ~(p(X2_543_0) <=> p(skolem_Y33(X2_543_0)))
% 251.94/36.21
% 251.94/36.21 [13352] BETA_NOT_EQUIV : ~(p(X2_543_0) <=> p(skolem_Y33(X2_543_0)))
% 251.94/36.21 -> [13353] ~p(X2_543_0), p(skolem_Y33(X2_543_0))
% 251.94/36.21 -> [13354] p(X2_543_0), ~p(skolem_Y33(X2_543_0))
% 251.94/36.21
% 251.94/36.21 [13353] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [22309] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [22309] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [22310] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [22310] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [22311] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [22312] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22311] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22312] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [23036] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [23036] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [23037] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [23037] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [23038] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [23039] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [23039] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [23038] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [25059] s(Y9_229_3)
% 251.94/36.21
% 251.94/36.21 [25059] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [25253] ~s(X12_232_4)
% 251.94/36.21
% 251.94/36.21 [25253] CLOSURE : ~s(X12_232_4)
% 251.94/36.21
% 251.94/36.21 [13354] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35840] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [35840] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [35841] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [35841] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [35842] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [35843] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [35842] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [35843] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [35878] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [35878] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [35879] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [35879] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [35880] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [35881] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35881] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35880] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [35911] s(Y9_511_3)
% 251.94/36.21
% 251.94/36.21 [35911] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [35922] ~s(X12_528_4)
% 251.94/36.21
% 251.94/36.21 [35922] CLOSURE : ~s(X12_528_4)
% 251.94/36.21
% 251.94/36.21 [12365] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [12370] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [12370] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12371] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12372] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12371] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12891] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [12891] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13940] ~! [Y3_3] : ((p(X2_559_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13940] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_559_0) <=> p(Y3_3)))
% 251.94/36.21 -> [13941] ~(p(X2_559_0) <=> p(skolem_Y33(X2_559_0)))
% 251.94/36.21
% 251.94/36.21 [13941] BETA_NOT_EQUIV : ~(p(X2_559_0) <=> p(skolem_Y33(X2_559_0)))
% 251.94/36.21 -> [13942] ~p(X2_559_0), p(skolem_Y33(X2_559_0))
% 251.94/36.21 -> [13943] p(X2_559_0), ~p(skolem_Y33(X2_559_0))
% 251.94/36.21
% 251.94/36.21 [13943] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35955] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [35955] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [35956] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [35956] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [35957] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [35958] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [35958] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [35957] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [35998] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [35998] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.21 -> [36000] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.21
% 251.94/36.21 [36000] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.21 -> [36002] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.21 -> [36003] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.21
% 251.94/36.21 [36002] CLOSURE : ~r(skolem_X88)
% 251.94/36.21
% 251.94/36.21 [36003] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36017] s(Y9_514_3)
% 251.94/36.21
% 251.94/36.21 [36017] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [36024] ~s(X12_530_4)
% 251.94/36.21
% 251.94/36.21 [36024] CLOSURE : ~s(X12_530_4)
% 251.94/36.21
% 251.94/36.21 [13942] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35939] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [35939] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [35940] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [35940] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [35941] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [35942] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [35941] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [35942] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [35989] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [35989] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [35990] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [35990] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [35991] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [35992] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35992] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35991] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36018] s(Y9_515_3)
% 251.94/36.21
% 251.94/36.21 [36018] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [36025] ~s(X12_531_4)
% 251.94/36.21
% 251.94/36.21 [36025] CLOSURE : ~s(X12_531_4)
% 251.94/36.21
% 251.94/36.21 [12372] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12377] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12377] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13358] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13358] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [13359] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [13359] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [13360] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [13361] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [13360] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13361] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14757] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14757] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14758] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14758] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14759] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14760] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14759] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14760] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36012] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36012] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36013] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36013] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36014] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36015] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36015] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36014] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36030] s(Y9_516_3)
% 251.94/36.21
% 251.94/36.21 [36030] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [36049] ~s(X12_532_4)
% 251.94/36.21
% 251.94/36.21 [36049] CLOSURE : ~s(X12_532_4)
% 251.94/36.21
% 251.94/36.21 [11893] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [11894] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [11894] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [12892] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [12892] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [13952] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13953] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [13952] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [14322] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14323] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [14323] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [14777] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14777] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [22293] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [22293] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [22601] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [22601] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [22602] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [22602] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [22603] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [22604] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [22604] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [22603] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [23788] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [23788] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [23789] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [23789] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [23790] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [23791] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [23791] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [23790] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [24787] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [24787] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [24788] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [24788] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [24789] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [24790] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [24790] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [24789] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [25163] s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [25163] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [25181] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [25181] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21 -> [25182] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21
% 251.94/36.21 [25182] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21 -> [25183] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.21 -> [25184] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [25184] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [25183] CLOSURE : ~s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [14322] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14770] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14770] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [14771] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [14771] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [14772] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [14773] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [14772] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [22506] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [22506] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [22507] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [22507] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [22508] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [22509] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22508] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22509] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [23016] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [23016] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [23017] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [23017] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [23018] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [23019] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [23019] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [23018] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [24418] s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [24418] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [24566] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [24566] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21 -> [24567] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21
% 251.94/36.21 [24567] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21 -> [24568] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.21 -> [24569] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [24569] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [24568] CLOSURE : ~s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [14773] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [13953] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [13962] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [13962] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13968] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13969] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [13968] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14326] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14326] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [36066] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [36066] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [36067] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [36067] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [36068] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [36069] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [36069] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [36068] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [36082] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [36082] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [36083] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [36083] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [36084] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [36085] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [36085] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [36084] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36116] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36116] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36117] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36117] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36118] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36119] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36119] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36118] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36168] s(skolem_X1414)
% 251.94/36.21
% 251.94/36.21 [36168] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [36175] (s(skolem_X1414) <=> s(Y15_238_4))
% 251.94/36.21
% 251.94/36.21 [36175] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_238_4))
% 251.94/36.21 -> [36176] ~s(skolem_X1414), ~s(Y15_238_4)
% 251.94/36.21 -> [36177] s(skolem_X1414), s(Y15_238_4)
% 251.94/36.21
% 251.94/36.21 [36177] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [36185] ~p(X16_154_5)
% 251.94/36.21
% 251.94/36.21 [36185] CLOSURE : ~p(X16_154_5)
% 251.94/36.21
% 251.94/36.21 [36176] CLOSURE : ~s(Y15_238_4)
% 251.94/36.21
% 251.94/36.21 [13969] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [13972] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13972] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [36102] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [36102] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [36103] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [36103] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [36104] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [36105] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [36105] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [36104] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [36132] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [36132] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [36133] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [36133] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [36134] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [36135] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [36134] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [36135] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36159] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36159] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36160] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36160] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36161] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36162] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36162] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36161] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36226] s(skolem_X1414)
% 251.94/36.21
% 251.94/36.21 [36226] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [36237] (s(skolem_X1414) <=> s(Y15_239_4))
% 251.94/36.21
% 251.94/36.21 [36237] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_239_4))
% 251.94/36.21 -> [36238] ~s(skolem_X1414), ~s(Y15_239_4)
% 251.94/36.21 -> [36239] s(skolem_X1414), s(Y15_239_4)
% 251.94/36.21
% 251.94/36.21 [36239] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [36277] q(Y17_121_5)
% 251.94/36.21
% 251.94/36.21 [36277] CLOSURE : q(Y17_121_5)
% 251.94/36.21
% 251.94/36.21 [36238] CLOSURE : ~s(Y15_239_4)
% 251.94/36.21
% 251.94/36.21 [11430] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [11438] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [11439] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [11438] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [11899] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [11899] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [13362] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13363] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [13362] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13616] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13617] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [13616] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13973] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13973] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [22003] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [22003] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [22004] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [22004] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [22005] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [22006] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [22006] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [22005] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [22722] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [22722] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [22723] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [22723] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [22724] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [22725] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [22725] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [22724] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [23999] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [23999] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [24001] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [24001] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [24004] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [24005] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [24005] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [24004] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [24907] s(Y9_224_3)
% 251.94/36.21
% 251.94/36.21 [24907] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [24968] ~s(X12_226_4)
% 251.94/36.21
% 251.94/36.21 [24968] CLOSURE : ~s(X12_226_4)
% 251.94/36.21
% 251.94/36.21 [13617] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [13618] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13618] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14786] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14786] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [14787] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [14787] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [14788] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [14789] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [14788] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14789] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [36214] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [36214] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [36215] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [36215] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [36217] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [36218] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [36217] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [36218] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36258] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36258] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36259] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36259] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36260] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36261] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36261] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36260] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36360] s(Y9_526_3)
% 251.94/36.21
% 251.94/36.21 [36360] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [36376] ~s(X12_542_4)
% 251.94/36.21
% 251.94/36.21 [36376] CLOSURE : ~s(X12_542_4)
% 251.94/36.21
% 251.94/36.21 [13363] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [13365] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [13365] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13366] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13367] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [13366] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13619] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13619] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [13620] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [13620] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [13621] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [13622] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [13622] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [13621] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [22191] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [22191] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [22192] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [22192] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [22193] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [22194] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22193] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22194] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [22728] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [22728] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [22730] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [22730] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [22733] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [22734] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [22734] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22733] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [24209] s(Y9_204_3)
% 251.94/36.21
% 251.94/36.21 [24209] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [24351] ~s(X12_199_4)
% 251.94/36.21
% 251.94/36.21 [24351] CLOSURE : ~s(X12_199_4)
% 251.94/36.21
% 251.94/36.21 [13367] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [13369] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13369] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14346] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14346] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [36201] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [36201] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [36202] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [36202] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [36203] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [36204] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [36204] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [36203] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [36319] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [36319] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [36320] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [36320] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [36321] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [36322] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [36322] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [36321] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36356] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36356] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36357] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36357] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36358] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36359] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36359] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36358] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36391] s(Y9_528_3)
% 251.94/36.21
% 251.94/36.21 [36391] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [36396] ~s(X12_543_4)
% 251.94/36.21
% 251.94/36.21 [36396] CLOSURE : ~s(X12_543_4)
% 251.94/36.21
% 251.94/36.21 [11439] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [11440] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [11440] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [12395] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12396] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [12395] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12902] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12903] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12902] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13370] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13370] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14348] ~! [Y3_3] : ((p(X2_575_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14348] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_575_0) <=> p(Y3_3)))
% 251.94/36.21 -> [14349] ~(p(X2_575_0) <=> p(skolem_Y33(X2_575_0)))
% 251.94/36.21
% 251.94/36.21 [14349] BETA_NOT_EQUIV : ~(p(X2_575_0) <=> p(skolem_Y33(X2_575_0)))
% 251.94/36.21 -> [14350] ~p(X2_575_0), p(skolem_Y33(X2_575_0))
% 251.94/36.21 -> [14351] p(X2_575_0), ~p(skolem_Y33(X2_575_0))
% 251.94/36.21
% 251.94/36.21 [14350] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [36352] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [36352] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [36353] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [36353] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [36354] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [36355] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [36355] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [36354] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36527] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36527] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36528] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36528] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36529] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36530] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36530] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36529] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36562] s(Y9_545_3)
% 251.94/36.21
% 251.94/36.21 [36562] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [36576] p(Y13_466_4)
% 251.94/36.21
% 251.94/36.21 [36576] CLOSURE : p(Y13_466_4)
% 251.94/36.21
% 251.94/36.21 [14351] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [36494] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [36494] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [36495] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [36495] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [36496] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [36497] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [36497] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [36496] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36565] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36565] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36566] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36566] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36567] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36568] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36568] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36567] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36606] s(Y9_546_3)
% 251.94/36.21
% 251.94/36.21 [36606] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [36619] p(Y13_468_4)
% 251.94/36.21
% 251.94/36.21 [36619] CLOSURE : p(Y13_468_4)
% 251.94/36.21
% 251.94/36.21 [12903] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12906] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12906] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13629] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13629] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [13630] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [13630] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [13631] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [13632] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [13631] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13632] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [36593] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [36593] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [36594] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [36594] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [36595] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [36596] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [36595] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [36596] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36615] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36615] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36616] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36616] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36617] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36618] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36618] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36617] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36648] s(Y9_547_3)
% 251.94/36.21
% 251.94/36.21 [36648] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [36658] p(Y13_471_4)
% 251.94/36.21
% 251.94/36.21 [36658] CLOSURE : p(Y13_471_4)
% 251.94/36.21
% 251.94/36.21 [12396] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [12400] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [12400] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12403] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12404] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12403] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [12914] ~! [Y3_3] : ((p(X2_530_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [12914] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_530_0) <=> p(Y3_3)))
% 251.94/36.21 -> [12916] ~(p(X2_530_0) <=> p(skolem_Y33(X2_530_0)))
% 251.94/36.21
% 251.94/36.21 [12916] BETA_NOT_EQUIV : ~(p(X2_530_0) <=> p(skolem_Y33(X2_530_0)))
% 251.94/36.21 -> [12917] ~p(X2_530_0), p(skolem_Y33(X2_530_0))
% 251.94/36.21 -> [12918] p(X2_530_0), ~p(skolem_Y33(X2_530_0))
% 251.94/36.21
% 251.94/36.21 [12917] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14815] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14815] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14816] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14816] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14817] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14818] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14817] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14818] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36636] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36636] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36637] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36637] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36638] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36639] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36639] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36638] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36669] s(Y9_548_3)
% 251.94/36.21
% 251.94/36.21 [36669] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [36677] p(Y13_473_4)
% 251.94/36.21
% 251.94/36.21 [36677] CLOSURE : p(Y13_473_4)
% 251.94/36.21
% 251.94/36.21 [12918] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14367] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14367] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14368] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14368] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14369] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14370] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14369] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14370] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36846] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36846] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36847] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36847] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36848] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36849] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36849] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36848] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [36875] s(Y9_550_3)
% 251.94/36.21
% 251.94/36.21 [36875] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [36886] p(Y13_484_4)
% 251.94/36.21
% 251.94/36.21 [36886] CLOSURE : p(Y13_484_4)
% 251.94/36.21
% 251.94/36.21 [12404] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12405] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12405] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13401] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13401] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14376] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14376] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [14377] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [14377] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [14378] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [14379] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [14378] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14379] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [36870] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [36870] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [36871] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [36871] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [36872] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [36873] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [36873] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [36872] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36899] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36899] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36900] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36900] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36901] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36902] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36902] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36901] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [37059] s(Y9_552_3)
% 251.94/36.21
% 251.94/36.21 [37059] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [37081] p(Y13_489_4)
% 251.94/36.21
% 251.94/36.21 [37081] CLOSURE : p(Y13_489_4)
% 251.94/36.21
% 251.94/36.21 [10546] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [10969] ~s(skolem_Y99)
% 251.94/36.21
% 251.94/36.21 [10969] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.21 -> [10970] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [10971] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21
% 251.94/36.21 [10970] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [11406] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [11407] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [11407] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [11408] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [11408] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [12858] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [12858] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [13875] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13876] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [13875] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [14265] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14266] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [14265] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14665] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14665] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [14666] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [14666] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [14667] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [14668] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [14668] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [14667] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [16185] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [16185] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [16186] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [16186] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [16187] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [16188] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [16187] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [16188] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [18015] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [18015] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [18016] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [18016] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [18017] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [18018] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [18018] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [18017] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [38940] ~r(X8_1146_3)
% 251.94/36.21
% 251.94/36.21 [38940] CLOSURE : ~r(X8_1146_3)
% 251.94/36.21
% 251.94/36.21 [14266] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [14270] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14270] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [15331] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [15331] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [16197] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [16197] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [16199] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [16199] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [16200] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [16201] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [16201] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [16200] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [38998] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [38998] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [38999] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [38999] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [39000] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [39001] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [39000] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [39001] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [39022] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [39022] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [39023] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [39023] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [39024] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [39025] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [39025] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [39024] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39045] ~r(X8_1154_3)
% 251.94/36.21
% 251.94/36.21 [39045] CLOSURE : ~r(X8_1154_3)
% 251.94/36.21
% 251.94/36.21 [13876] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [13878] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [13878] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [13880] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13881] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [13880] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14271] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14271] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [15339] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [15339] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [15340] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [15340] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [15341] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [15342] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [15342] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [15341] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [17276] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [17276] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [17277] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [17277] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [17281] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [17282] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [17282] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [17281] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [24287] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [24287] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [24288] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [24288] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [24289] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [24290] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [24290] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [24289] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [24709] ~r(X8_436_3)
% 251.94/36.21
% 251.94/36.21 [24709] CLOSURE : ~r(X8_436_3)
% 251.94/36.21
% 251.94/36.21 [13881] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [13884] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13884] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [15116] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [15116] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [15117] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [15117] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [15118] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [15119] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [15119] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [15118] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [38899] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [38899] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [38933] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [38933] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [38960] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [38961] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [38960] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [38961] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [39110] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [39110] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [39112] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [39112] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [39113] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [39114] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [39114] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [39113] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39200] ~r(X8_1165_3)
% 251.94/36.21
% 251.94/36.21 [39200] CLOSURE : ~r(X8_1165_3)
% 251.94/36.21
% 251.94/36.21 [11406] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [11848] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [11849] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [11848] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12303] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12304] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12303] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [12821] ~! [Y3_3] : ((p(X2_526_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [12821] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_526_0) <=> p(Y3_3)))
% 251.94/36.21 -> [12822] ~(p(X2_526_0) <=> p(skolem_Y33(X2_526_0)))
% 251.94/36.21
% 251.94/36.21 [12822] BETA_NOT_EQUIV : ~(p(X2_526_0) <=> p(skolem_Y33(X2_526_0)))
% 251.94/36.21 -> [12824] ~p(X2_526_0), p(skolem_Y33(X2_526_0))
% 251.94/36.21 -> [12825] p(X2_526_0), ~p(skolem_Y33(X2_526_0))
% 251.94/36.21
% 251.94/36.21 [12825] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14229] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14229] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14230] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14230] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14231] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14232] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14231] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14232] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [15779] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [15779] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [15780] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [15780] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [15781] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [15782] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [15782] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [15781] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [17991] ~r(X8_169_3)
% 251.94/36.21
% 251.94/36.21 [17991] CLOSURE : ~r(X8_169_3)
% 251.94/36.21
% 251.94/36.21 [12824] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14636] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14636] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14639] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14639] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14640] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14641] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14640] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14641] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [16157] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [16157] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [16158] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [16158] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [16159] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [16160] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [16160] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16159] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [18288] ~r(X8_175_3)
% 251.94/36.21
% 251.94/36.21 [18288] CLOSURE : ~r(X8_175_3)
% 251.94/36.21
% 251.94/36.21 [12304] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12307] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12307] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13535] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13535] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14649] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14649] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [14650] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [14650] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [14651] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [14652] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [14651] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14652] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [15783] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [15783] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [15784] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [15784] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [15785] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [15786] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [15786] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [15785] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [22572] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [22572] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [22573] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [22573] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [22574] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [22575] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [22575] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22574] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [22877] ~r(X8_312_3)
% 251.94/36.21
% 251.94/36.21 [22877] CLOSURE : ~r(X8_312_3)
% 251.94/36.21
% 251.94/36.21 [11849] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [11850] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [11850] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [11851] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [11852] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [11851] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12310] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [12310] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [12313] ~! [Y3_3] : ((p(X2_514_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [12313] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_514_0) <=> p(Y3_3)))
% 251.94/36.21 -> [12314] ~(p(X2_514_0) <=> p(skolem_Y33(X2_514_0)))
% 251.94/36.21
% 251.94/36.21 [12314] BETA_NOT_EQUIV : ~(p(X2_514_0) <=> p(skolem_Y33(X2_514_0)))
% 251.94/36.21 -> [12316] ~p(X2_514_0), p(skolem_Y33(X2_514_0))
% 251.94/36.21 -> [12317] p(X2_514_0), ~p(skolem_Y33(X2_514_0))
% 251.94/36.21
% 251.94/36.21 [12316] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14244] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14244] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [14245] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [14245] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [14248] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [14249] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [14249] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14248] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [22231] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [22231] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [22232] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [22232] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [22233] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [22234] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [22234] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22233] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [22619] ~r(X8_302_3)
% 251.94/36.21
% 251.94/36.21 [22619] CLOSURE : ~r(X8_302_3)
% 251.94/36.21
% 251.94/36.21 [12317] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [13863] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [13863] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [13864] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [13864] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [13865] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [13866] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [13866] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13865] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [38902] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [38902] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [38904] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [38904] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [38907] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [38908] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [38908] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [38907] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39169] ~r(X8_1163_3)
% 251.94/36.21
% 251.94/36.21 [39169] CLOSURE : ~r(X8_1163_3)
% 251.94/36.21
% 251.94/36.21 [11852] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [11853] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [11853] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13542] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13542] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [13543] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [13543] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [13544] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [13545] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [13544] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13545] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [15075] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [15075] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [15076] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [15076] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [15077] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [15078] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [15077] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [15078] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [16525] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [16525] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [16528] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [16528] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [16529] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [16530] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [16530] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16529] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [19046] ~r(X8_190_3)
% 251.94/36.21
% 251.94/36.21 [19046] CLOSURE : ~r(X8_190_3)
% 251.94/36.21
% 251.94/36.21 [10971] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [10975] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [10976] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [10975] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [11410] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [11410] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [11411] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [11412] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [11412] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [11418] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [11418] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [11419] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [11420] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [11419] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [11871] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [11871] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [11872] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [11872] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [11874] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [11875] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [11875] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [11874] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [13894] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [13894] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [13895] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [13895] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [13896] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [13897] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [13896] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [13897] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [15534] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [15534] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [15535] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [15535] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [15536] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [15537] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [15537] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [15536] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [17694] ~r(X8_162_3)
% 251.94/36.21
% 251.94/36.21 [17694] CLOSURE : ~r(X8_162_3)
% 251.94/36.21
% 251.94/36.21 [11420] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [11421] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [11421] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12869] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [12869] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13902] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13902] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [13903] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [13903] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [13904] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [13905] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [13905] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [13904] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [39066] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [39066] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [39068] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [39068] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [39069] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [39070] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [39069] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [39070] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [39305] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [39305] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [39306] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [39306] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [39307] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [39308] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [39308] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [39307] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39344] ~r(X8_1180_3)
% 251.94/36.21
% 251.94/36.21 [39344] CLOSURE : ~r(X8_1180_3)
% 251.94/36.21
% 251.94/36.21 [11411] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [11858] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [11859] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [11858] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12331] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [12331] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [12332] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [12332] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [12333] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [12333] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [12334] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [12335] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [12335] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [12334] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14678] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14678] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [14680] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [14680] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [14681] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [14682] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [14682] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14681] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [38967] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [38967] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [38968] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [38968] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [38969] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [38970] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [38970] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [38969] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39143] ~r(X8_1160_3)
% 251.94/36.21
% 251.94/36.21 [39143] CLOSURE : ~r(X8_1160_3)
% 251.94/36.21
% 251.94/36.21 [11859] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [11863] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [11863] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13316] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13316] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [13318] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [13318] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [13319] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [13320] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [13320] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [13319] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [18325] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [18325] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [18326] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [18326] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [18327] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [18328] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [18327] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [18328] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [38965] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [38965] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [38966] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [38966] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [39118] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [39119] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [39118] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39309] ~r(X8_1176_3)
% 251.94/36.21
% 251.94/36.21 [39309] CLOSURE : ~r(X8_1176_3)
% 251.94/36.21
% 251.94/36.21 [39119] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [10976] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [10977] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [10977] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [12345] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12346] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [12346] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [12351] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [12351] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12352] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12353] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12352] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [12878] ~! [Y3_3] : ((p(X2_527_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [12878] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_527_0) <=> p(Y3_3)))
% 251.94/36.21 -> [12879] ~(p(X2_527_0) <=> p(skolem_Y33(X2_527_0)))
% 251.94/36.21
% 251.94/36.21 [12879] BETA_NOT_EQUIV : ~(p(X2_527_0) <=> p(skolem_Y33(X2_527_0)))
% 251.94/36.21 -> [12880] ~p(X2_527_0), p(skolem_Y33(X2_527_0))
% 251.94/36.21 -> [12881] p(X2_527_0), ~p(skolem_Y33(X2_527_0))
% 251.94/36.21
% 251.94/36.21 [12881] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [14714] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [14714] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [14717] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [14717] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [14718] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [14719] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14718] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14719] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [16253] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [16253] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [16254] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [16254] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [16255] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [16256] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [16256] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16255] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [18381] ~r(X8_176_3)
% 251.94/36.21
% 251.94/36.21 [18381] CLOSURE : ~r(X8_176_3)
% 251.94/36.21
% 251.94/36.21 [12880] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [15153] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [15153] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [15154] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [15154] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [15155] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [15156] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [15155] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [15156] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [16605] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [16605] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [16607] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [16607] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [16608] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [16609] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [16609] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16608] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [18708] ~r(X8_184_3)
% 251.94/36.21
% 251.94/36.21 [18708] CLOSURE : ~r(X8_184_3)
% 251.94/36.21
% 251.94/36.21 [12353] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12359] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12359] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13583] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13583] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14726] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14726] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [14727] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [14727] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [14729] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [14730] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [14729] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14730] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [35812] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [35812] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [35813] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [35813] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [35816] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [35817] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [35817] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [35816] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [35845] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [35845] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [35849] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [35849] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [35852] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [35853] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35853] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35852] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [35861] ~r(X8_965_3)
% 251.94/36.21
% 251.94/36.21 [35861] CLOSURE : ~r(X8_965_3)
% 251.94/36.21
% 251.94/36.21 [12345] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [12870] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [12871] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [12871] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12872] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12872] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13921] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13921] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [13923] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [13923] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [13925] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [13926] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [13925] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [13926] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [15362] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [15362] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.21 -> [15363] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21
% 251.94/36.21 [15363] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.21 -> [15364] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.21 -> [15365] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [15364] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [15365] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [16964] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [16964] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [16965] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [16965] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [16966] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [16967] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [16967] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16966] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [19077] ~r(X8_191_3)
% 251.94/36.21
% 251.94/36.21 [19077] CLOSURE : ~r(X8_191_3)
% 251.94/36.21
% 251.94/36.21 [12870] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13334] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13334] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14286] ~! [Y3_3] : ((p(X2_571_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14286] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_571_0) <=> p(Y3_3)))
% 251.94/36.21 -> [14287] ~(p(X2_571_0) <=> p(skolem_Y33(X2_571_0)))
% 251.94/36.21
% 251.94/36.21 [14287] BETA_NOT_EQUIV : ~(p(X2_571_0) <=> p(skolem_Y33(X2_571_0)))
% 251.94/36.21 -> [14288] ~p(X2_571_0), p(skolem_Y33(X2_571_0))
% 251.94/36.21 -> [14289] p(X2_571_0), ~p(skolem_Y33(X2_571_0))
% 251.94/36.21
% 251.94/36.21 [14288] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [15825] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [15825] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [15827] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [15827] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [15831] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [15832] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [15832] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [15831] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [39212] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [39212] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [39213] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [39213] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [39214] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [39215] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [39215] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [39214] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39239] ~r(X8_1171_3)
% 251.94/36.21
% 251.94/36.21 [39239] CLOSURE : ~r(X8_1171_3)
% 251.94/36.21
% 251.94/36.21 [14289] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [15543] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [15543] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.21 -> [15545] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21
% 251.94/36.21 [15545] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.21 -> [15549] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.21 -> [15550] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [15550] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [15549] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [39418] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [39418] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [39419] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [39419] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [39420] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [39421] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [39421] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [39420] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39479] ~r(X8_1193_3)
% 251.94/36.21
% 251.94/36.21 [39479] CLOSURE : ~r(X8_1193_3)
% 251.94/36.21
% 251.94/36.21 [40] BETA_EQUIV : (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.94/36.21 -> [68] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.21 -> [69] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.21
% 251.94/36.21 [69] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.21 -> [79] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [79] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.21 -> [84] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.21 -> [85] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.21
% 251.94/36.21 [84] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.21 -> [542] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [543] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.21
% 251.94/36.21 [543] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [546] r(skolem_X88)
% 251.94/36.21
% 251.94/36.21 [546] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.21 -> [8138] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [8139] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21
% 251.94/36.21 [8138] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [13798] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [13799] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [13798] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [14387] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [14388] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [14387] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [33628] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [33629] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [33629] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [33630] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [33630] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [33646] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [33646] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [33647] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [33647] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [33648] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [33649] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [33648] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [33649] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [33724] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [33724] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [33725] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [33726] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [33725] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [33726] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [33861] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [33861] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [33862] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [33862] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [33863] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [33864] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [33864] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [33863] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [33961] s(Y9_448_3)
% 251.94/36.21
% 251.94/36.21 [33961] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [33975] ~s(X12_471_4)
% 251.94/36.21
% 251.94/36.21 [33975] CLOSURE : ~s(X12_471_4)
% 251.94/36.21
% 251.94/36.21 [33628] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [33636] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [33636] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [33683] ~! [Y3_3] : ((p(X2_969_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [33683] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_969_0) <=> p(Y3_3)))
% 251.94/36.21 -> [33684] ~(p(X2_969_0) <=> p(skolem_Y33(X2_969_0)))
% 251.94/36.21
% 251.94/36.21 [33684] BETA_NOT_EQUIV : ~(p(X2_969_0) <=> p(skolem_Y33(X2_969_0)))
% 251.94/36.21 -> [33685] ~p(X2_969_0), p(skolem_Y33(X2_969_0))
% 251.94/36.21 -> [33686] p(X2_969_0), ~p(skolem_Y33(X2_969_0))
% 251.94/36.21
% 251.94/36.21 [33686] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [33777] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [33777] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [33778] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [33779] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [33779] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [33778] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [33940] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [33940] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [33941] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [33941] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [33942] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [33943] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [33943] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [33942] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34003] s(Y9_450_3)
% 251.94/36.21
% 251.94/36.21 [34003] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [34011] ~s(X12_473_4)
% 251.94/36.21
% 251.94/36.21 [34011] CLOSURE : ~s(X12_473_4)
% 251.94/36.21
% 251.94/36.21 [33685] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [33833] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [33833] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [33834] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [33835] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [33835] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [33834] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [33946] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [33946] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [33947] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [33947] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [33948] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [33949] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [33949] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [33948] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34017] s(Y9_451_3)
% 251.94/36.21
% 251.94/36.21 [34017] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [34034] ~s(X12_475_4)
% 251.94/36.21
% 251.94/36.21 [34034] CLOSURE : ~s(X12_475_4)
% 251.94/36.21
% 251.94/36.21 [14388] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [14392] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [14392] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [14393] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14394] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [14393] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [33663] ~! [Y3_3] : ((p(X2_968_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [33663] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_968_0) <=> p(Y3_3)))
% 251.94/36.21 -> [33664] ~(p(X2_968_0) <=> p(skolem_Y33(X2_968_0)))
% 251.94/36.21
% 251.94/36.21 [33664] BETA_NOT_EQUIV : ~(p(X2_968_0) <=> p(skolem_Y33(X2_968_0)))
% 251.94/36.21 -> [33665] ~p(X2_968_0), p(skolem_Y33(X2_968_0))
% 251.94/36.21 -> [33666] p(X2_968_0), ~p(skolem_Y33(X2_968_0))
% 251.94/36.21
% 251.94/36.21 [33665] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [33763] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [33763] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [33764] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [33765] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [33764] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [33765] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [33880] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [33880] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [33881] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [33881] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [33882] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [33883] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [33883] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [33882] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [33945] s(Y9_447_3)
% 251.94/36.21
% 251.94/36.21 [33945] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [33954] ~s(X12_470_4)
% 251.94/36.21
% 251.94/36.21 [33954] CLOSURE : ~s(X12_470_4)
% 251.94/36.21
% 251.94/36.21 [33666] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [33740] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [33740] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [33741] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [33742] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [33741] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [33742] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [33870] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [33870] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [33871] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [33871] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [33872] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [33873] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [33873] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [33872] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [33974] s(Y9_449_3)
% 251.94/36.21
% 251.94/36.21 [33974] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [33985] ~s(X12_472_4)
% 251.94/36.21
% 251.94/36.21 [33985] CLOSURE : ~s(X12_472_4)
% 251.94/36.21
% 251.94/36.21 [14394] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [14395] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14395] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [33734] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [33734] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [33866] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [33866] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [33867] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [33867] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [33868] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [33869] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [33868] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [33869] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [34004] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [34004] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [34005] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [34006] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [34006] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [34005] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [34437] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [34437] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [34438] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [34438] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [34439] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [34440] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34440] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34439] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34599] s(Y9_473_3)
% 251.94/36.21
% 251.94/36.21 [34599] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [34619] ~s(X12_492_4)
% 251.94/36.21
% 251.94/36.21 [34619] CLOSURE : ~s(X12_492_4)
% 251.94/36.21
% 251.94/36.21 [13799] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [13800] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [13800] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [33715] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [33715] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [33772] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [33773] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [33772] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [33800] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [33801] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [33800] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [33831] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [33831] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [33927] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [33927] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [33928] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [33928] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [33929] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [33930] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [33930] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [33929] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [34057] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [34057] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [34058] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [34059] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [34059] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [34058] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [34255] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [34255] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [34256] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [34256] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [34257] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [34258] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34258] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34257] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34584] s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [34584] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [34627] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [34627] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21 -> [34628] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21
% 251.94/36.21 [34628] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21 -> [34629] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.21 -> [34630] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [34630] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [34629] CLOSURE : ~s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [33801] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [33802] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [33802] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [33899] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [33899] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [33900] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [33900] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [33901] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [33902] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [33902] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [33901] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [34132] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [34132] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [34133] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [34134] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [34133] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [34134] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [34173] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [34173] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [34174] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [34174] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [34175] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [34176] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34176] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34175] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34542] s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [34542] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [34577] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [34577] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.21 -> [34578] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21
% 251.94/36.21 [34578] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.21 -> [34579] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.21 -> [34580] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [34580] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [34579] CLOSURE : ~s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [33773] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [33774] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [33774] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [33775] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [33776] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [33775] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [33805] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [33805] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [33807] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [33807] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [33810] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [33811] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [33811] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [33810] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [33958] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [33958] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [33959] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [33960] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [33959] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [33960] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [34051] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [34051] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [34052] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [34052] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [34053] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [34054] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34054] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34053] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34304] s(skolem_X1414)
% 251.94/36.21
% 251.94/36.21 [34304] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [34326] (s(skolem_X1414) <=> s(Y15_210_4))
% 251.94/36.21
% 251.94/36.21 [34326] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_210_4))
% 251.94/36.21 -> [34327] ~s(skolem_X1414), ~s(Y15_210_4)
% 251.94/36.21 -> [34328] s(skolem_X1414), s(Y15_210_4)
% 251.94/36.21
% 251.94/36.21 [34328] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [34345] ~p(X16_135_5)
% 251.94/36.21
% 251.94/36.21 [34345] CLOSURE : ~p(X16_135_5)
% 251.94/36.21
% 251.94/36.21 [34327] CLOSURE : ~s(Y15_210_4)
% 251.94/36.21
% 251.94/36.21 [33776] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [33783] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [33783] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [33874] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [33874] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [33962] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [33962] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [33963] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [33963] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [33964] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [33965] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [33965] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [33964] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [34190] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [34190] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [34191] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [34192] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [34192] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [34191] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [34361] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [34361] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.21 -> [34362] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.21
% 251.94/36.21 [34362] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.21 -> [34364] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.21 -> [34365] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.21
% 251.94/36.21 [34364] CLOSURE : ~r(skolem_X88)
% 251.94/36.21
% 251.94/36.21 [34365] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [34644] s(skolem_X1414)
% 251.94/36.21
% 251.94/36.21 [34644] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [34672] (s(skolem_X1414) <=> s(Y15_219_4))
% 251.94/36.21
% 251.94/36.21 [34672] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_219_4))
% 251.94/36.21 -> [34674] ~s(skolem_X1414), ~s(Y15_219_4)
% 251.94/36.21 -> [34675] s(skolem_X1414), s(Y15_219_4)
% 251.94/36.21
% 251.94/36.21 [34674] CLOSURE : ~s(Y15_219_4)
% 251.94/36.21
% 251.94/36.21 [34675] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [34692] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21
% 251.94/36.21 [34692] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [34693] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [34693] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [34694] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [34694] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [34695] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [34696] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [34695] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [34696] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [34752] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [34752] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [34753] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [34753] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [34754] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [34755] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [34755] CLOSURE : q(skolem_X66)
% 251.94/36.21
% 251.94/36.21 [34754] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [8139] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [8144] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [8145] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [8144] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [13801] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [13801] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [15233] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [15234] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [15233] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [22112] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [22113] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [22112] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [22277] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [22277] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [22278] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [22278] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [22279] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [22280] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [22280] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [22279] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [22854] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22854] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [22855] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [22856] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22855] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22856] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [23245] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [23245] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [23246] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [23246] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [23247] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [23248] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [23248] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [23247] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [24591] s(Y9_218_3)
% 251.94/36.21
% 251.94/36.21 [24591] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [24782] ~s(X12_217_4)
% 251.94/36.21
% 251.94/36.21 [24782] CLOSURE : ~s(X12_217_4)
% 251.94/36.21
% 251.94/36.21 [22113] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [22114] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [22114] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [22505] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [22505] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [22861] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [22861] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [22862] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [22862] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [22863] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [22864] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [22864] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [22863] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [24161] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [24161] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [24162] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [24163] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [24163] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [24162] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [25087] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [25087] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [25088] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [25088] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [25089] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [25090] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [25090] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [25089] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [25730] s(Y9_260_3)
% 251.94/36.21
% 251.94/36.21 [25730] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [25823] ~s(X12_251_4)
% 251.94/36.21
% 251.94/36.21 [25823] CLOSURE : ~s(X12_251_4)
% 251.94/36.21
% 251.94/36.21 [15234] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [15235] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [15235] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [15236] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [15237] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [15236] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [22119] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [22119] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [22512] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [22512] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [22513] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [22513] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [22514] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [22515] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [22515] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [22514] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [23179] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [23179] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [23180] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [23181] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [23181] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [23180] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [24354] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [24354] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [24355] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [24355] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [24356] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [24357] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [24357] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [24356] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [25362] s(Y9_245_3)
% 251.94/36.21
% 251.94/36.21 [25362] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [25484] ~s(X12_240_4)
% 251.94/36.21
% 251.94/36.21 [25484] CLOSURE : ~s(X12_240_4)
% 251.94/36.21
% 251.94/36.21 [15237] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [15238] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [15238] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [37839] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [37839] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [37840] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [37840] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [37841] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [37842] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [37842] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [37841] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [38072] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [38072] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [38073] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [38074] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [38073] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [38074] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [38121] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [38121] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [38122] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [38122] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [38123] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [38124] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [38124] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [38123] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [38149] s(Y9_596_3)
% 251.94/36.21
% 251.94/36.21 [38149] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [38157] ~s(X12_598_4)
% 251.94/36.21
% 251.94/36.21 [38157] CLOSURE : ~s(X12_598_4)
% 251.94/36.21
% 251.94/36.21 [8145] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [8150] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [8150] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [14187] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [14188] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [14188] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [14191] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [14191] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [14192] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14193] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [14193] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [14198] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14198] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14865] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14865] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [14866] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [14866] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [14867] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [14868] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [14867] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14868] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [22093] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22093] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [22097] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [22098] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22097] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22098] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [22581] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [22581] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [22582] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [22582] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [22583] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [22584] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [22584] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22583] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [23979] s(Y9_199_3)
% 251.94/36.21
% 251.94/36.21 [23979] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [24174] p(Y13_140_4)
% 251.94/36.21
% 251.94/36.21 [24174] CLOSURE : p(Y13_140_4)
% 251.94/36.21
% 251.94/36.21 [14192] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14496] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14496] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [15572] ~! [Y3_3] : ((p(X2_634_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [15572] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_634_0) <=> p(Y3_3)))
% 251.94/36.21 -> [15573] ~(p(X2_634_0) <=> p(skolem_Y33(X2_634_0)))
% 251.94/36.21
% 251.94/36.21 [15573] BETA_NOT_EQUIV : ~(p(X2_634_0) <=> p(skolem_Y33(X2_634_0)))
% 251.94/36.21 -> [15574] ~p(X2_634_0), p(skolem_Y33(X2_634_0))
% 251.94/36.21 -> [15575] p(X2_634_0), ~p(skolem_Y33(X2_634_0))
% 251.94/36.21
% 251.94/36.21 [15575] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [22889] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [22889] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [22890] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [22891] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [22891] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [22890] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [24628] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [24628] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [24629] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [24629] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [24631] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [24632] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [24632] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [24631] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [25851] s(Y9_263_3)
% 251.94/36.21
% 251.94/36.21 [25851] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [25972] p(Y13_206_4)
% 251.94/36.21
% 251.94/36.21 [25972] CLOSURE : p(Y13_206_4)
% 251.94/36.21
% 251.94/36.21 [15574] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [38903] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [38903] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [38905] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [38906] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [38905] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [38906] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [39106] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [39106] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.21 -> [39107] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.21
% 251.94/36.21 [39107] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.21 -> [39108] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.21 -> [39109] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.21
% 251.94/36.21 [39108] CLOSURE : ~r(skolem_X88)
% 251.94/36.21
% 251.94/36.21 [39109] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [39343] s(Y9_619_3)
% 251.94/36.21
% 251.94/36.21 [39343] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [39368] p(Y13_563_4)
% 251.94/36.21
% 251.94/36.21 [39368] CLOSURE : p(Y13_563_4)
% 251.94/36.21
% 251.94/36.21 [14187] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [14493] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14494] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [14493] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14849] ~! [Y3_3] : ((p(X2_609_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14849] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_609_0) <=> p(Y3_3)))
% 251.94/36.21 -> [14851] ~(p(X2_609_0) <=> p(skolem_Y33(X2_609_0)))
% 251.94/36.21
% 251.94/36.21 [14851] BETA_NOT_EQUIV : ~(p(X2_609_0) <=> p(skolem_Y33(X2_609_0)))
% 251.94/36.21 -> [14852] ~p(X2_609_0), p(skolem_Y33(X2_609_0))
% 251.94/36.21 -> [14853] p(X2_609_0), ~p(skolem_Y33(X2_609_0))
% 251.94/36.21
% 251.94/36.21 [14852] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [38574] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [38574] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [38575] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [38576] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [38575] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [38576] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [38611] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [38611] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [38612] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [38612] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [38613] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [38614] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [38614] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [38613] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [38680] s(Y9_604_3)
% 251.94/36.21
% 251.94/36.21 [38680] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [38692] p(Y13_545_4)
% 251.94/36.21
% 251.94/36.21 [38692] CLOSURE : p(Y13_545_4)
% 251.94/36.21
% 251.94/36.21 [14853] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [16384] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [16384] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [16385] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [16386] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [16385] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [16386] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [38739] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [38739] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [38740] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [38740] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [38741] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [38742] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [38742] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [38741] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [38829] s(Y9_607_3)
% 251.94/36.21
% 251.94/36.21 [38829] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [38840] p(Y13_550_4)
% 251.94/36.21
% 251.94/36.21 [38840] CLOSURE : p(Y13_550_4)
% 251.94/36.21
% 251.94/36.21 [14494] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [14495] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14495] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [15226] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [15226] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [16388] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [16388] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [16389] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [16389] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [16390] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [16391] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [16390] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [16391] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [38769] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [38769] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [38770] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [38771] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [38771] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [38770] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [39158] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [39158] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [39159] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [39159] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [39160] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [39161] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [39161] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [39160] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [39427] s(Y9_620_3)
% 251.94/36.21
% 251.94/36.21 [39427] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [39468] p(Y13_567_4)
% 251.94/36.21
% 251.94/36.21 [39468] CLOSURE : p(Y13_567_4)
% 251.94/36.21
% 251.94/36.21 [542] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [2319] ~s(skolem_Y99)
% 251.94/36.21
% 251.94/36.21 [2319] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.21 -> [2320] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [2321] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21
% 251.94/36.21 [2321] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [2327] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [2328] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [2327] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [3065] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [3065] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [3067] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [3068] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [3068] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [3077] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [3077] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [3078] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [3079] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [3079] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [3084] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [3084] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [13400] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [13400] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [13402] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [13402] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [13403] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [13404] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [13404] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [13403] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [22782] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22782] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [22784] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [22785] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22784] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22785] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [23104] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [23104] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [23105] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [23105] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [23106] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [23107] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [23107] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [23106] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [23503] ~r(X8_352_3)
% 251.94/36.21
% 251.94/36.21 [23503] CLOSURE : ~r(X8_352_3)
% 251.94/36.21
% 251.94/36.21 [3078] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [10317] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [10317] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [10318] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [10318] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [10319] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [10319] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [10320] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [10321] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [10321] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [10320] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [12631] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [12631] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [12632] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [12633] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [12633] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [12632] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [34592] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [34592] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [34593] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [34593] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [34594] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [34595] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [34595] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [34594] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [34648] ~r(X8_907_3)
% 251.94/36.21
% 251.94/36.21 [34648] CLOSURE : ~r(X8_907_3)
% 251.94/36.21
% 251.94/36.21 [3067] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [4902] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [4903] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [4902] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [5497] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [5497] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [5498] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [5498] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [5499] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [5500] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [5500] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [5499] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [13469] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [13469] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [13470] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [13471] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [13470] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [13471] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [14806] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [14806] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [14809] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [14809] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [14810] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [14811] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [14811] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [14810] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [17061] ~r(X8_142_3)
% 251.94/36.21
% 251.94/36.21 [17061] CLOSURE : ~r(X8_142_3)
% 251.94/36.21
% 251.94/36.21 [4903] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [5511] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [5511] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13110] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13110] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14313] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14313] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [14314] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [14314] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [14316] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [14317] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [14317] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [14316] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [19247] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [19247] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [19248] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [19249] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [19249] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [19248] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [35432] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [35432] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [35433] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [35433] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [35434] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [35435] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35435] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35434] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [35443] ~r(X8_937_3)
% 251.94/36.21
% 251.94/36.21 [35443] CLOSURE : ~r(X8_937_3)
% 251.94/36.21
% 251.94/36.21 [2328] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [2329] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [2329] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [5549] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [5550] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [5550] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [5556] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [5556] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [5557] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [5558] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [5557] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [6215] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [6215] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14966] ~! [Y3_3] : ((p(X2_613_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14966] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_613_0) <=> p(Y3_3)))
% 251.94/36.21 -> [14967] ~(p(X2_613_0) <=> p(skolem_Y33(X2_613_0)))
% 251.94/36.21
% 251.94/36.21 [14967] BETA_NOT_EQUIV : ~(p(X2_613_0) <=> p(skolem_Y33(X2_613_0)))
% 251.94/36.21 -> [14968] ~p(X2_613_0), p(skolem_Y33(X2_613_0))
% 251.94/36.21 -> [14969] p(X2_613_0), ~p(skolem_Y33(X2_613_0))
% 251.94/36.21
% 251.94/36.21 [14968] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [22544] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22544] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [22545] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [22546] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22545] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22546] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [23719] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [23719] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [23720] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [23720] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [23721] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [23722] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [23722] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [23721] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [24011] ~r(X8_388_3)
% 251.94/36.21
% 251.94/36.21 [24011] CLOSURE : ~r(X8_388_3)
% 251.94/36.21
% 251.94/36.21 [14969] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [36281] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [36281] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [36282] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [36284] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [36284] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [36282] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [36489] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [36489] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [36490] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [36490] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [36491] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [36492] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36492] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36491] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [36508] ~r(X8_994_3)
% 251.94/36.21
% 251.94/36.21 [36508] CLOSURE : ~r(X8_994_3)
% 251.94/36.21
% 251.94/36.21 [5558] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [5560] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [5560] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14631] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14631] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [14632] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [14632] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [14634] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [14635] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [14634] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14635] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [37200] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [37200] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [37201] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [37202] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [37201] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [37202] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [37219] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [37219] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [37221] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [37221] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [37222] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [37223] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [37223] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [37222] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [37258] ~r(X8_1028_3)
% 251.94/36.21
% 251.94/36.21 [37258] CLOSURE : ~r(X8_1028_3)
% 251.94/36.21
% 251.94/36.21 [5549] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [6204] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [6205] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [6204] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14011] ~! [Y3_3] : ((p(X2_563_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14011] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_563_0) <=> p(Y3_3)))
% 251.94/36.21 -> [14012] ~(p(X2_563_0) <=> p(skolem_Y33(X2_563_0)))
% 251.94/36.21
% 251.94/36.21 [14012] BETA_NOT_EQUIV : ~(p(X2_563_0) <=> p(skolem_Y33(X2_563_0)))
% 251.94/36.21 -> [14013] ~p(X2_563_0), p(skolem_Y33(X2_563_0))
% 251.94/36.21 -> [14014] p(X2_563_0), ~p(skolem_Y33(X2_563_0))
% 251.94/36.21
% 251.94/36.21 [14013] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [22627] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [22627] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [22628] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [22629] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22628] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [22629] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [23156] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [23156] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [23159] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [23159] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [23160] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [23161] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [23161] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [23160] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [23728] ~r(X8_365_3)
% 251.94/36.21
% 251.94/36.21 [23728] CLOSURE : ~r(X8_365_3)
% 251.94/36.21
% 251.94/36.21 [14014] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [32595] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [32595] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [32596] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [32597] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [32596] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [32597] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [32630] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [32630] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [32631] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [32631] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [32632] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [32633] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [32633] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [32632] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [32667] ~r(X8_820_3)
% 251.94/36.21
% 251.94/36.21 [32667] CLOSURE : ~r(X8_820_3)
% 251.94/36.21
% 251.94/36.21 [6205] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [6210] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [6210] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [14882] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [14882] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [15760] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [15760] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [15761] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [15761] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [15762] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [15763] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [15762] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [15763] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [16797] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [16797] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [16798] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [16799] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [16798] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [16799] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [39824] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [39824] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [39825] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [39825] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [39826] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [39827] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [39827] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [39826] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39983] ~r(X8_1213_3)
% 251.94/36.21
% 251.94/36.21 [39983] CLOSURE : ~r(X8_1213_3)
% 251.94/36.21
% 251.94/36.21 [2320] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [3057] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [3058] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [3057] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [4885] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [4886] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [4885] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [5456] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [5457] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [5457] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [5460] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [5460] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [6923] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [6923] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [6926] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [6926] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [6927] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [6928] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [6928] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [14846] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14846] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [14847] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [14848] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14847] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14848] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [16539] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [16539] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [16540] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [16540] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [16542] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [16543] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [16543] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16542] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [18055] ~r(X8_171_3)
% 251.94/36.21
% 251.94/36.21 [18055] CLOSURE : ~r(X8_171_3)
% 251.94/36.21
% 251.94/36.21 [6927] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [5456] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [6108] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [6108] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [6109] ~! [Y3_3] : ((p(X2_226_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [6109] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_226_0) <=> p(Y3_3)))
% 251.94/36.21 -> [6110] ~(p(X2_226_0) <=> p(skolem_Y33(X2_226_0)))
% 251.94/36.21
% 251.94/36.21 [6110] BETA_NOT_EQUIV : ~(p(X2_226_0) <=> p(skolem_Y33(X2_226_0)))
% 251.94/36.21 -> [6111] ~p(X2_226_0), p(skolem_Y33(X2_226_0))
% 251.94/36.21 -> [6112] p(X2_226_0), ~p(skolem_Y33(X2_226_0))
% 251.94/36.21
% 251.94/36.21 [6112] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [8212] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [8212] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [8213] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [8214] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [8214] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [8213] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [18301] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [18301] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [18303] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [18303] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [18304] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [18305] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [18305] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [18304] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [19733] ~r(X8_210_3)
% 251.94/36.21
% 251.94/36.21 [19733] CLOSURE : ~r(X8_210_3)
% 251.94/36.21
% 251.94/36.21 [6111] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [6849] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [6849] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [6850] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [6851] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [6851] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [6850] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [11250] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [11250] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [11251] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [11251] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [11252] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [11253] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [11253] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [11252] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [13978] ~r(X8_90_3)
% 251.94/36.21
% 251.94/36.21 [13978] CLOSURE : ~r(X8_90_3)
% 251.94/36.21
% 251.94/36.21 [4886] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [4887] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [4887] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [4889] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [4890] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [4890] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [4891] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [4891] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [6631] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [6631] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [8400] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [8400] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [8401] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [8401] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [8402] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [8403] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [8402] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [8403] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [35652] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [35652] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [35653] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [35654] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [35654] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [35653] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [35696] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [35696] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [35697] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [35697] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [35698] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [35699] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35699] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35698] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [35723] ~r(X8_954_3)
% 251.94/36.21
% 251.94/36.21 [35723] CLOSURE : ~r(X8_954_3)
% 251.94/36.21
% 251.94/36.21 [4889] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [5466] ~! [Y3_3] : ((p(X2_199_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [5466] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_199_0) <=> p(Y3_3)))
% 251.94/36.21 -> [5467] ~(p(X2_199_0) <=> p(skolem_Y33(X2_199_0)))
% 251.94/36.21
% 251.94/36.21 [5467] BETA_NOT_EQUIV : ~(p(X2_199_0) <=> p(skolem_Y33(X2_199_0)))
% 251.94/36.21 -> [5469] ~p(X2_199_0), p(skolem_Y33(X2_199_0))
% 251.94/36.21 -> [5470] p(X2_199_0), ~p(skolem_Y33(X2_199_0))
% 251.94/36.21
% 251.94/36.21 [5469] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [8283] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [8283] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [8286] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [8287] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [8286] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [8287] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [22282] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [22282] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [22283] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [22283] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [22284] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [22285] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [22285] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [22284] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [23125] ~r(X8_321_3)
% 251.94/36.21
% 251.94/36.21 [23125] CLOSURE : ~r(X8_321_3)
% 251.94/36.21
% 251.94/36.21 [5470] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [7545] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [7545] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [7546] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [7547] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [7546] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [7547] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [15585] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [15585] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [15586] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [15586] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [15587] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [15588] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [15588] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [15587] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39478] ~r(X8_1192_3)
% 251.94/36.21
% 251.94/36.21 [39478] CLOSURE : ~r(X8_1192_3)
% 251.94/36.21
% 251.94/36.21 [3058] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [3061] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [3061] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [6145] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [6145] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [8480] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [8481] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [8480] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [8875] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [8876] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [8875] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [9359] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [9359] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [19058] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [19058] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [19059] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [19059] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [19060] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [19061] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [19061] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [19060] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [20868] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [20868] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [20869] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [20870] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [20869] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [20870] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [33349] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [33349] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [33350] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [33350] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [33351] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [33352] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [33352] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [33351] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [33471] ~r(X8_862_3)
% 251.94/36.21
% 251.94/36.21 [33471] CLOSURE : ~r(X8_862_3)
% 251.94/36.21
% 251.94/36.21 [8876] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [8877] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [8877] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [10286] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [10286] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [10287] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [10287] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [10288] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [10289] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [10289] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [10288] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [39436] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [39436] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [39437] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [39438] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [39437] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [39438] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [39525] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [39525] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [39526] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [39526] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [39527] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [39528] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [39528] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [39527] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [39595] ~r(X8_1197_3)
% 251.94/36.21
% 251.94/36.21 [39595] CLOSURE : ~r(X8_1197_3)
% 251.94/36.21
% 251.94/36.21 [8481] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [8488] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [8488] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [8489] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [8490] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [8490] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [8493] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [8493] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [9802] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [9802] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [19271] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [19271] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [19272] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [19272] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [19273] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [19274] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [19274] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [19273] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [21329] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [21329] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [21330] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [21331] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [21331] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [21330] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [23073] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [23073] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [23074] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [23074] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [23075] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [23076] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [23076] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [23075] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [23392] ~r(X8_341_3)
% 251.94/36.21
% 251.94/36.21 [23392] CLOSURE : ~r(X8_341_3)
% 251.94/36.21
% 251.94/36.21 [8489] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [8883] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [8883] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [8885] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [8885] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [8888] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [8889] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [8889] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [8888] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [19342] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [19342] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [19343] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [19344] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [19343] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [19344] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [20160] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [20160] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.21 -> [20161] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21
% 251.94/36.21 [20161] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.21 -> [20162] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.21 -> [20163] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [20163] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [20162] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [40938] ~r(X8_1248_3)
% 251.94/36.21
% 251.94/36.21 [40938] CLOSURE : ~r(X8_1248_3)
% 251.94/36.21
% 251.94/36.21 [85] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.21 -> [146] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [146] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.21 -> [150] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [151] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.21
% 251.94/36.21 [150] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.21 -> [178] ~s(skolem_Y99)
% 251.94/36.21
% 251.94/36.21 [178] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.21 -> [185] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [186] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21
% 251.94/36.21 [185] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [2713] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [2714] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [2714] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [2715] s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [2715] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [3829] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [3829] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [6763] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [6764] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [6763] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [6872] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [6873] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [6872] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [6983] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [6983] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [6984] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [6984] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [6985] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [6986] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [6986] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [6985] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [8447] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [8447] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [8448] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [8449] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [8448] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [8449] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [10131] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [10131] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [10134] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [10135] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [10135] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [10134] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [29874] ~r(X8_721_3)
% 251.94/36.21
% 251.94/36.21 [29874] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [29892] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [29892] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.21 -> [29893] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.21
% 251.94/36.21 [29893] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.21 -> [29894] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.21 -> [29895] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.21
% 251.94/36.21 [29895] CLOSURE : s(skolem_Y99)
% 251.94/36.21
% 251.94/36.21 [29894] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [29923] ~p(X16_90_5)
% 251.94/36.21
% 251.94/36.21 [29923] CLOSURE : ~p(X16_90_5)
% 251.94/36.21
% 251.94/36.21 [6873] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [6876] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [6876] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [7425] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [7425] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [8451] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [8451] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [8452] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [8452] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [8453] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [8454] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [8454] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [8453] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [29942] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [29942] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [29943] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [29944] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [29944] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [29943] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [30029] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [30029] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [30030] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [30031] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [30031] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [30030] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [30040] ~r(X8_728_3)
% 251.94/36.21
% 251.94/36.21 [30040] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [30046] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [30046] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.21 -> [30047] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.21
% 251.94/36.21 [30047] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.21 -> [30048] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.21 -> [30049] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.21
% 251.94/36.21 [30049] CLOSURE : s(skolem_Y99)
% 251.94/36.21
% 251.94/36.21 [30048] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [30081] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21
% 251.94/36.21 [30081] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [30082] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [30082] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [30083] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [30083] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [30084] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [30085] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [30084] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [30085] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [30123] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [30123] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [30125] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [30125] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [30128] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [30129] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [30129] CLOSURE : q(skolem_X66)
% 251.94/36.21
% 251.94/36.21 [30128] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [6764] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [6766] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [6766] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [6768] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [6769] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [6769] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [6773] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [6773] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [7190] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [7190] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [7191] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [7191] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [7192] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [7193] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [7193] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [7192] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [29979] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [29979] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [29980] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [29981] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [29980] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [29981] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [30004] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [30004] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [30005] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [30006] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [30006] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [30005] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [30015] ~r(X8_726_3)
% 251.94/36.21
% 251.94/36.21 [30015] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [30026] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.21
% 251.94/36.21 [30026] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.21 -> [30027] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.21 -> [30028] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.21
% 251.94/36.21 [30028] CLOSURE : s(skolem_Y99)
% 251.94/36.21
% 251.94/36.21 [30027] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [30050] q(Y17_68_5)
% 251.94/36.21
% 251.94/36.21 [30050] GAMMA_FORALL : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [30059] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21
% 251.94/36.21 [30059] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [30060] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [30060] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [30061] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [30061] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [30062] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [30063] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [30062] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [30063] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [30104] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [30104] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [30105] (q(skolem_X66) <=> q(Y7_965_1))
% 251.94/36.21
% 251.94/36.21 [30105] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_965_1))
% 251.94/36.21 -> [30106] ~q(skolem_X66), ~q(Y7_965_1)
% 251.94/36.21 -> [30107] q(skolem_X66), q(Y7_965_1)
% 251.94/36.21
% 251.94/36.21 [30106] CLOSURE : ~q(skolem_X66)
% 251.94/36.21
% 251.94/36.21 [30107] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [30109] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21
% 251.94/36.21 [30109] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [30110] (r(skolem_X1010) <=> r(Y11_680_2))
% 251.94/36.21
% 251.94/36.21 [30110] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_680_2))
% 251.94/36.21 -> [30111] ~r(skolem_X1010), ~r(Y11_680_2)
% 251.94/36.21 -> [30112] r(skolem_X1010), r(Y11_680_2)
% 251.94/36.21
% 251.94/36.21 [30112] CLOSURE : r(skolem_X1010)
% 251.94/36.21
% 251.94/36.21 [30111] : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [30114] ~? [X8_8] : (r(X8_8))
% 251.94/36.21
% 251.94/36.21 [30114] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [30115] ~r(X8_733_3)
% 251.94/36.21
% 251.94/36.21 [30115] GAMMA_NOT_EXISTS : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [30134] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [30134] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [30135] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.21
% 251.94/36.21 [30135] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.21 -> [30136] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.94/36.21 -> [30137] s(skolem_X1414), s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [30137] CLOSURE : s(skolem_X1414)
% 251.94/36.21
% 251.94/36.21 [30136] CLOSURE : ~s(skolem_X1212)
% 251.94/36.21
% 251.94/36.21 [6768] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [6882] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [6882] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [7432] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [7432] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [7434] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [7434] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [7435] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [7436] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [7436] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [7435] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [9682] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [9682] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [9683] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [9684] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [9684] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [9683] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [30055] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [30055] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [30056] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [30057] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [30057] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [30056] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [30094] ~r(X8_731_3)
% 251.94/36.21
% 251.94/36.21 [30094] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [30116] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.21
% 251.94/36.21 [30116] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.21 -> [30117] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.21 -> [30118] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.21
% 251.94/36.21 [30118] CLOSURE : s(skolem_Y99)
% 251.94/36.21
% 251.94/36.21 [30117] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [30177] ~p(X16_91_5)
% 251.94/36.21
% 251.94/36.21 [30177] CLOSURE : ~p(X16_91_5)
% 251.94/36.21
% 251.94/36.21 [2713] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [2987] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [2988] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [2988] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [2989] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [2989] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [2990] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [2991] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [2991] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [2993] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [2993] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [6622] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [6622] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [6657] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [6657] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [6658] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [6659] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [6658] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [6659] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [7051] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [7051] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [7052] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [7053] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [7052] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [7053] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [8203] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [8203] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [8204] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [8205] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [8205] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [8204] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [17159] ~r(X8_148_3)
% 251.94/36.21
% 251.94/36.21 [17159] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [18236] ~s(X12_87_4)
% 251.94/36.21
% 251.94/36.21 [18236] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [19388] p(Y13_69_5)
% 251.94/36.21
% 251.94/36.21 [19388] CLOSURE : p(Y13_69_5)
% 251.94/36.21
% 251.94/36.21 [2990] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [3342] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [3342] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [3343] ~! [Y3_3] : ((p(X2_112_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [3343] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_112_0) <=> p(Y3_3)))
% 251.94/36.21 -> [3344] ~(p(X2_112_0) <=> p(skolem_Y33(X2_112_0)))
% 251.94/36.21
% 251.94/36.21 [3344] BETA_NOT_EQUIV : ~(p(X2_112_0) <=> p(skolem_Y33(X2_112_0)))
% 251.94/36.21 -> [3345] ~p(X2_112_0), p(skolem_Y33(X2_112_0))
% 251.94/36.21 -> [3346] p(X2_112_0), ~p(skolem_Y33(X2_112_0))
% 251.94/36.21
% 251.94/36.21 [3346] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [6772] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [6772] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [6774] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [6775] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [6774] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [6775] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [18893] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [18893] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [18894] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [18895] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [18895] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [18894] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [20019] ~r(X8_216_3)
% 251.94/36.21
% 251.94/36.21 [20019] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [20826] ~s(X12_126_4)
% 251.94/36.21
% 251.94/36.21 [20826] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [23863] p(Y13_125_5)
% 251.94/36.21
% 251.94/36.21 [23863] CLOSURE : p(Y13_125_5)
% 251.94/36.21
% 251.94/36.21 [3345] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [35151] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [35151] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [35152] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [35153] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [35153] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [35152] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [35212] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [35212] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [35213] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [35214] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35214] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [35213] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [35235] ~r(X8_921_3)
% 251.94/36.21
% 251.94/36.21 [35235] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [35248] ~s(X12_508_4)
% 251.94/36.21
% 251.94/36.21 [35248] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [35258] p(Y13_431_5)
% 251.94/36.21
% 251.94/36.21 [35258] CLOSURE : p(Y13_431_5)
% 251.94/36.21
% 251.94/36.21 [2987] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [3328] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [3329] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [3328] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [3816] ~! [Y3_3] : ((p(X2_135_0) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [3816] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_135_0) <=> p(Y3_3)))
% 251.94/36.21 -> [3817] ~(p(X2_135_0) <=> p(skolem_Y33(X2_135_0)))
% 251.94/36.21
% 251.94/36.21 [3817] BETA_NOT_EQUIV : ~(p(X2_135_0) <=> p(skolem_Y33(X2_135_0)))
% 251.94/36.21 -> [3818] ~p(X2_135_0), p(skolem_Y33(X2_135_0))
% 251.94/36.21 -> [3819] p(X2_135_0), ~p(skolem_Y33(X2_135_0))
% 251.94/36.21
% 251.94/36.21 [3819] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [14689] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14689] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [14690] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [14691] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14690] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14691] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [16206] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [16206] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [16207] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [16208] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16208] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16207] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [22439] ~r(X8_291_3)
% 251.94/36.21
% 251.94/36.21 [22439] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [22788] ~s(X12_150_4)
% 251.94/36.21
% 251.94/36.21 [22788] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [23108] p(Y13_104_5)
% 251.94/36.21
% 251.94/36.21 [23108] CLOSURE : p(Y13_104_5)
% 251.94/36.21
% 251.94/36.21 [3818] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [12136] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [12136] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [12137] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [12138] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [12137] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [12138] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [21991] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [21991] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [21992] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [21993] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [21993] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [21992] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [22813] ~r(X8_311_3)
% 251.94/36.21
% 251.94/36.21 [22813] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [23210] ~s(X12_157_4)
% 251.94/36.21
% 251.94/36.21 [23210] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [23563] p(Y13_115_5)
% 251.94/36.21
% 251.94/36.21 [23563] CLOSURE : p(Y13_115_5)
% 251.94/36.21
% 251.94/36.21 [3329] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [3334] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [3334] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13493] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13493] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14796] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14796] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [14797] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [14797] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [14798] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [14799] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [14798] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [14799] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [36072] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [36072] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [36073] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [36074] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [36074] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [36073] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [36113] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [36113] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [36114] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [36115] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36115] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [36114] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [36131] ~r(X8_989_3)
% 251.94/36.21
% 251.94/36.21 [36131] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [36147] ~s(X12_536_4)
% 251.94/36.21
% 251.94/36.21 [36147] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [36156] p(Y13_455_5)
% 251.94/36.21
% 251.94/36.21 [36156] CLOSURE : p(Y13_455_5)
% 251.94/36.21
% 251.94/36.21 [186] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.21 -> [200] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [201] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.21
% 251.94/36.21 [200] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.21 -> [257] ~p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [257] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.21 -> [4010] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [4011] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21
% 251.94/36.21 [4011] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.21 -> [4012] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21
% 251.94/36.21 [4012] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [4013] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [4014] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [4013] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [12406] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [12406] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [12407] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [12407] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [12408] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [12409] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [12409] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [12408] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [14353] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [14353] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [14354] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [14355] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14354] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [14355] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [16016] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [16016] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [16017] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [16018] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16018] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [16017] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [17653] ~r(X8_160_3)
% 251.94/36.21
% 251.94/36.21 [17653] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [18172] ~s(skolem_X1414)
% 251.94/36.21
% 251.94/36.21 [18172] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [18627] (s(skolem_X1414) <=> s(Y15_22_5))
% 251.94/36.21
% 251.94/36.21 [18627] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_22_5))
% 251.94/36.21 -> [18628] ~s(skolem_X1414), ~s(Y15_22_5)
% 251.94/36.21 -> [18629] s(skolem_X1414), s(Y15_22_5)
% 251.94/36.21
% 251.94/36.21 [18629] CLOSURE : s(Y15_22_5)
% 251.94/36.21
% 251.94/36.21 [18628] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [19379] ~p(X16_14_6)
% 251.94/36.21
% 251.94/36.21 [19379] CLOSURE : ~p(X16_14_6)
% 251.94/36.21
% 251.94/36.21 [4014] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [12006] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [12006] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [13192] ~q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [13192] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [14363] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [14363] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.21 -> [14364] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21
% 251.94/36.21 [14364] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.21 -> [14365] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.21 -> [14366] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.21
% 251.94/36.21 [14366] CLOSURE : p(skolem_Y1313)
% 251.94/36.21
% 251.94/36.21 [14365] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [18953] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21
% 251.94/36.21 [18953] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.21 -> [18954] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.21 -> [18955] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [18955] CLOSURE : q(skolem_Y1717)
% 251.94/36.21
% 251.94/36.21 [18954] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.21 -> [20918] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21
% 251.94/36.21 [20918] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.21 -> [20919] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.21 -> [20920] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [20920] CLOSURE : r(skolem_Y55)
% 251.94/36.21
% 251.94/36.21 [20919] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.21 -> [21472] ~r(X8_263_3)
% 251.94/36.21
% 251.94/36.21 [21472] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.21 -> [32688] ~s(skolem_X1414)
% 251.94/36.21
% 251.94/36.21 [32688] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.21 -> [32716] (s(skolem_X1414) <=> s(Y15_178_5))
% 251.94/36.21
% 251.94/36.21 [32716] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_178_5))
% 251.94/36.21 -> [32717] ~s(skolem_X1414), ~s(Y15_178_5)
% 251.94/36.21 -> [32718] s(skolem_X1414), s(Y15_178_5)
% 251.94/36.21
% 251.94/36.21 [32718] CLOSURE : s(Y15_178_5)
% 251.94/36.21
% 251.94/36.21 [32717] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [32750] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21
% 251.94/36.21 [32750] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [32751] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [32751] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [32752] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [32752] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [32753] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.21 -> [32754] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.21
% 251.94/36.21 [32753] CLOSURE : ~p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [32754] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [33080] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21
% 251.94/36.21 [33080] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.21 -> [33081] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21
% 251.94/36.21 [33081] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.21 -> [33082] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.21 -> [33083] q(skolem_X66), q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [33083] CLOSURE : q(skolem_X66)
% 251.94/36.21
% 251.94/36.21 [33082] CLOSURE : ~q(skolem_X44)
% 251.94/36.21
% 251.94/36.21 [4010] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.21 -> [4651] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.21 -> [4652] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.21
% 251.94/36.21 [4652] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.21 -> [4656] p(skolem_X1616)
% 251.94/36.21
% 251.94/36.21 [4656] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.21 -> [11884] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21
% 251.94/36.21 [11884] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.21 -> [11886] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21
% 251.94/36.21 [11886] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.21 -> [11887] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [11888] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [11887] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [11888] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [31282] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [31282] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [31283] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [31284] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [31283] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [31284] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [31328] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [31328] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [31329] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [31330] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [31330] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [31329] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [31452] ~r(X8_769_3)
% 251.94/36.22
% 251.94/36.22 [31452] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [31474] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [31474] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [31492] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [31492] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22 -> [31493] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22
% 251.94/36.22 [31493] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22 -> [31494] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.22 -> [31495] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [31494] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [31495] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [4651] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [20769] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [20769] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [20770] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [20770] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [20771] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [20771] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [20772] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [20773] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [20773] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [20772] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [35824] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [35824] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [35825] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [35826] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [35826] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [35825] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [35848] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [35848] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [35850] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [35851] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [35851] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [35850] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [35855] ~r(X8_964_3)
% 251.94/36.22
% 251.94/36.22 [35855] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [35860] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [35860] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [35866] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [35866] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22 -> [35867] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22
% 251.94/36.22 [35867] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22 -> [35868] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.22 -> [35869] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [35868] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [35869] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [201] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [211] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [211] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [8276] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8277] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [8276] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8612] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8613] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8613] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8614] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8614] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9612] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9612] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [9613] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [9613] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [9614] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [9615] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [9614] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [9615] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [10942] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [10942] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [10943] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [10944] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10943] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10944] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [12647] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [12647] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [12648] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [12649] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [12649] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [12648] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [32882] ~r(X8_834_3)
% 251.94/36.22
% 251.94/36.22 [32882] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [32921] p(Y13_385_4)
% 251.94/36.22
% 251.94/36.22 [32921] CLOSURE : p(Y13_385_4)
% 251.94/36.22
% 251.94/36.22 [8612] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8899] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [8899] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9943] ~! [Y3_3] : ((p(X2_422_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9943] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_422_0) <=> p(Y3_3)))
% 251.94/36.22 -> [9944] ~(p(X2_422_0) <=> p(skolem_Y33(X2_422_0)))
% 251.94/36.22
% 251.94/36.22 [9944] BETA_NOT_EQUIV : ~(p(X2_422_0) <=> p(skolem_Y33(X2_422_0)))
% 251.94/36.22 -> [9946] ~p(X2_422_0), p(skolem_Y33(X2_422_0))
% 251.94/36.22 -> [9947] p(X2_422_0), ~p(skolem_Y33(X2_422_0))
% 251.94/36.22
% 251.94/36.22 [9946] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [11727] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [11727] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [11728] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [11729] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [11729] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [11728] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [23418] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [23418] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [23419] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [23420] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23420] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23419] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [23831] ~r(X8_370_3)
% 251.94/36.22
% 251.94/36.22 [23831] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [24036] p(Y13_133_4)
% 251.94/36.22
% 251.94/36.22 [24036] CLOSURE : p(Y13_133_4)
% 251.94/36.22
% 251.94/36.22 [9947] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [11357] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [11357] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [11358] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [11359] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [11359] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [11358] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [32926] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [32926] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [32927] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [32928] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [32928] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [32927] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [32993] ~r(X8_840_3)
% 251.94/36.22
% 251.94/36.22 [32993] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [33023] p(Y13_388_4)
% 251.94/36.22
% 251.94/36.22 [33023] CLOSURE : p(Y13_388_4)
% 251.94/36.22
% 251.94/36.22 [8277] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [8288] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [8288] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8289] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8290] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8289] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [8626] ~! [Y3_3] : ((p(X2_350_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [8626] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_350_0) <=> p(Y3_3)))
% 251.94/36.22 -> [8629] ~(p(X2_350_0) <=> p(skolem_Y33(X2_350_0)))
% 251.94/36.22
% 251.94/36.22 [8629] BETA_NOT_EQUIV : ~(p(X2_350_0) <=> p(skolem_Y33(X2_350_0)))
% 251.94/36.22 -> [8630] ~p(X2_350_0), p(skolem_Y33(X2_350_0))
% 251.94/36.22 -> [8631] p(X2_350_0), ~p(skolem_Y33(X2_350_0))
% 251.94/36.22
% 251.94/36.22 [8631] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [9965] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [9965] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [9966] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [9967] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [9966] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [9967] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [11748] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [11748] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [11749] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [11750] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [11750] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [11749] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [14127] ~r(X8_93_3)
% 251.94/36.22
% 251.94/36.22 [14127] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [15036] p(Y13_30_4)
% 251.94/36.22
% 251.94/36.22 [15036] CLOSURE : p(Y13_30_4)
% 251.94/36.22
% 251.94/36.22 [8630] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [10297] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [10297] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [10298] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [10299] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10298] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10299] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [11743] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [11743] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [11744] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [11745] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [11745] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [11744] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [14115] ~r(X8_92_3)
% 251.94/36.22
% 251.94/36.22 [14115] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [32925] p(Y13_386_4)
% 251.94/36.22
% 251.94/36.22 [32925] CLOSURE : p(Y13_386_4)
% 251.94/36.22
% 251.94/36.22 [8290] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8294] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8294] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [9313] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [9313] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [10313] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [10313] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [10314] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [10314] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [10315] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [10316] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [10315] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [10316] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [11755] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [11755] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [11756] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [11757] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [11757] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [11756] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [37355] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [37355] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [37356] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [37357] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [37357] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [37356] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [37450] ~r(X8_1037_3)
% 251.94/36.22
% 251.94/36.22 [37450] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [37496] p(Y13_500_4)
% 251.94/36.22
% 251.94/36.22 [37496] CLOSURE : p(Y13_500_4)
% 251.94/36.22
% 251.94/36.22 [151] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [167] r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [167] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22 -> [230] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [231] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22
% 251.94/36.22 [230] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [239] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [240] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [239] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [8030] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8031] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [8030] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8712] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8713] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8712] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9110] ~! [Y3_3] : ((p(X2_371_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9110] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_371_0) <=> p(Y3_3)))
% 251.94/36.22 -> [9113] ~(p(X2_371_0) <=> p(skolem_Y33(X2_371_0)))
% 251.94/36.22
% 251.94/36.22 [9113] BETA_NOT_EQUIV : ~(p(X2_371_0) <=> p(skolem_Y33(X2_371_0)))
% 251.94/36.22 -> [9114] ~p(X2_371_0), p(skolem_Y33(X2_371_0))
% 251.94/36.22 -> [9115] p(X2_371_0), ~p(skolem_Y33(X2_371_0))
% 251.94/36.22
% 251.94/36.22 [9115] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [10946] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [10946] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [10949] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [10950] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10949] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10950] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [12476] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [12476] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [12477] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [12478] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [12478] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [12477] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [17866] s(Y9_94_3)
% 251.94/36.22
% 251.94/36.22 [17866] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [18885] ~s(X12_99_4)
% 251.94/36.22
% 251.94/36.22 [18885] CLOSURE : ~s(X12_99_4)
% 251.94/36.22
% 251.94/36.22 [9114] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [11557] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [11557] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [11559] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [11560] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [11559] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [11560] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [12814] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [12814] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [12815] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [12816] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [12816] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [12815] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [22950] s(Y9_167_3)
% 251.94/36.22
% 251.94/36.22 [22950] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [23232] ~s(X12_159_4)
% 251.94/36.22
% 251.94/36.22 [23232] CLOSURE : ~s(X12_159_4)
% 251.94/36.22
% 251.94/36.22 [8713] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8716] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8716] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [9493] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [9493] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [10952] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [10952] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [10953] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [10953] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [10954] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [10955] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [10954] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [10955] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [12836] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [12836] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [12837] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [12838] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [12838] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [12837] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [18165] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [18165] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [18166] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [18167] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [18167] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [18166] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [35695] s(Y9_509_3)
% 251.94/36.22
% 251.94/36.22 [35695] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [35730] ~s(X12_524_4)
% 251.94/36.22
% 251.94/36.22 [35730] CLOSURE : ~s(X12_524_4)
% 251.94/36.22
% 251.94/36.22 [8031] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [8032] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [8032] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8033] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8034] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8034] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8035] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8035] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9140] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9140] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [9141] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [9141] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [9142] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [9143] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [9142] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [9143] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [10961] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [10961] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [10962] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [10963] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10962] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10963] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [12517] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [12517] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [12518] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [12519] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [12519] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [12518] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [17936] s(Y9_96_3)
% 251.94/36.22
% 251.94/36.22 [17936] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [18992] ~s(X12_101_4)
% 251.94/36.22
% 251.94/36.22 [18992] CLOSURE : ~s(X12_101_4)
% 251.94/36.22
% 251.94/36.22 [8033] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8720] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [8720] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9935] ~! [Y3_3] : ((p(X2_421_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9935] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_421_0) <=> p(Y3_3)))
% 251.94/36.22 -> [9936] ~(p(X2_421_0) <=> p(skolem_Y33(X2_421_0)))
% 251.94/36.22
% 251.94/36.22 [9936] BETA_NOT_EQUIV : ~(p(X2_421_0) <=> p(skolem_Y33(X2_421_0)))
% 251.94/36.22 -> [9937] ~p(X2_421_0), p(skolem_Y33(X2_421_0))
% 251.94/36.22 -> [9938] p(X2_421_0), ~p(skolem_Y33(X2_421_0))
% 251.94/36.22
% 251.94/36.22 [9938] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [11842] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [11842] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [11843] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [11844] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [11844] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [11843] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [16701] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [16701] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [16702] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [16703] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [16703] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [16702] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [21530] s(Y9_149_3)
% 251.94/36.22
% 251.94/36.22 [21530] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [22167] ~s(X12_142_4)
% 251.94/36.22
% 251.94/36.22 [22167] CLOSURE : ~s(X12_142_4)
% 251.94/36.22
% 251.94/36.22 [9937] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [12139] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [12139] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [12140] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [12141] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [12141] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [12140] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [17037] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [17037] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [17038] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [17039] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [17039] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [17038] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [21845] s(Y9_150_3)
% 251.94/36.22
% 251.94/36.22 [21845] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [37031] ~s(X12_562_4)
% 251.94/36.22
% 251.94/36.22 [37031] CLOSURE : ~s(X12_562_4)
% 251.94/36.22
% 251.94/36.22 [240] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [251] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [251] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [7412] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [7412] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [8555] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8556] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [8556] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [8563] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [8563] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8564] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8565] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8564] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8945] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [8945] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [10241] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [10241] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [10243] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [10243] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [10246] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [10247] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [10247] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [10246] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [17223] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [17223] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [17224] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [17225] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [17225] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [17224] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [22196] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [22196] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [22197] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [22198] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [22198] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [22197] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [23638] s(skolem_X1414)
% 251.94/36.22
% 251.94/36.22 [23638] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [23823] (s(skolem_X1414) <=> s(Y15_55_4))
% 251.94/36.22
% 251.94/36.22 [23823] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_55_4))
% 251.94/36.22 -> [23824] ~s(skolem_X1414), ~s(Y15_55_4)
% 251.94/36.22 -> [23825] s(skolem_X1414), s(Y15_55_4)
% 251.94/36.22
% 251.94/36.22 [23825] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [24024] ~p(X16_29_5)
% 251.94/36.22
% 251.94/36.22 [24024] CLOSURE : ~p(X16_29_5)
% 251.94/36.22
% 251.94/36.22 [23824] CLOSURE : ~s(Y15_55_4)
% 251.94/36.22
% 251.94/36.22 [8565] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8566] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8566] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9782] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9782] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [9783] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [9783] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [9784] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [9785] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [9785] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [9784] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [39636] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [39636] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [39637] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [39638] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [39637] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [39638] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [39670] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [39670] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [39671] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [39672] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [39672] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [39671] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [40115] s(skolem_X1414)
% 251.94/36.22
% 251.94/36.22 [40115] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [40215] (s(skolem_X1414) <=> s(Y15_305_4))
% 251.94/36.22
% 251.94/36.22 [40215] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_305_4))
% 251.94/36.22 -> [40216] ~s(skolem_X1414), ~s(Y15_305_4)
% 251.94/36.22 -> [40217] s(skolem_X1414), s(Y15_305_4)
% 251.94/36.22
% 251.94/36.22 [40216] CLOSURE : ~s(Y15_305_4)
% 251.94/36.22
% 251.94/36.22 [40217] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [40282] q(Y17_151_5)
% 251.94/36.22
% 251.94/36.22 [40282] GAMMA_FORALL : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [40291] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22
% 251.94/36.22 [40291] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [40292] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [40292] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [40293] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [40293] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [40294] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [40295] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [40294] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [40295] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [40470] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [40470] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [40471] (q(skolem_X66) <=> q(Y7_1282_1))
% 251.94/36.22
% 251.94/36.22 [40471] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1282_1))
% 251.94/36.22 -> [40472] ~q(skolem_X66), ~q(Y7_1282_1)
% 251.94/36.22 -> [40473] q(skolem_X66), q(Y7_1282_1)
% 251.94/36.22
% 251.94/36.22 [40472] CLOSURE : ~q(skolem_X66)
% 251.94/36.22
% 251.94/36.22 [40473] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [40498] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [40498] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [40499] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [40499] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22 -> [40500] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.22 -> [40501] r(skolem_X1010), r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [40501] CLOSURE : r(skolem_X1010)
% 251.94/36.22
% 251.94/36.22 [40500] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [8555] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8933] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8934] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8933] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9388] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9388] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [9390] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [9390] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [9391] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [9392] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [9392] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [9391] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [16496] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [16496] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [16497] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [16498] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [16497] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [16498] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [17928] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [17928] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [17929] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [17930] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [17930] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [17929] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [21493] s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [21493] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [38035] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [38035] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.22 -> [38036] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.22
% 251.94/36.22 [38036] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.22 -> [38037] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.22 -> [38038] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [38038] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [38037] CLOSURE : ~s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [8934] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8935] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8935] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [10227] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [10227] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [16586] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [16586] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [16588] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [16588] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [16589] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [16590] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [16590] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [16589] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [39568] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [39568] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [39569] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [39570] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [39570] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [39569] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [40184] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [40184] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [40185] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [40186] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [40186] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [40185] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [40592] s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [40592] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [40642] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [40642] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.22 -> [40643] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.22
% 251.94/36.22 [40643] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.22 -> [40644] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.22 -> [40645] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [40645] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [40644] CLOSURE : ~s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [231] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [3914] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [3915] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [3915] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [3919] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [3919] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [17306] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [17307] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [17307] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [17308] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [17308] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [17309] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [17310] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [17310] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [17312] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [17312] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [17969] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [17969] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [19417] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [19417] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [19418] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [19418] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [19419] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [19420] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [19419] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [19420] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [24892] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [24892] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [24893] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [24894] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [24894] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [24893] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [25471] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [25471] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22 -> [25472] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.22 -> [25473] r(skolem_X1010), r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [25472] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [25473] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [25839] s(Y9_261_3)
% 251.94/36.22
% 251.94/36.22 [25839] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [25899] p(Y13_204_4)
% 251.94/36.22
% 251.94/36.22 [25899] CLOSURE : p(Y13_204_4)
% 251.94/36.22
% 251.94/36.22 [17309] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [17627] ~! [Y3_3] : ((p(X2_719_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [17627] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_719_0) <=> p(Y3_3)))
% 251.94/36.22 -> [17628] ~(p(X2_719_0) <=> p(skolem_Y33(X2_719_0)))
% 251.94/36.22
% 251.94/36.22 [17628] BETA_NOT_EQUIV : ~(p(X2_719_0) <=> p(skolem_Y33(X2_719_0)))
% 251.94/36.22 -> [17629] ~p(X2_719_0), p(skolem_Y33(X2_719_0))
% 251.94/36.22 -> [17630] p(X2_719_0), ~p(skolem_Y33(X2_719_0))
% 251.94/36.22
% 251.94/36.22 [17629] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [19412] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [19412] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [19413] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [19414] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [19413] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [19414] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [20287] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [20287] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [20288] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [20289] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [20289] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [20288] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [26407] s(Y9_289_3)
% 251.94/36.22
% 251.94/36.22 [26407] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [26480] p(Y13_225_4)
% 251.94/36.22
% 251.94/36.22 [26480] CLOSURE : p(Y13_225_4)
% 251.94/36.22
% 251.94/36.22 [17630] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [19751] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [19751] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [19753] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [19754] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [19753] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [19754] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [20472] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [20472] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [20473] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [20474] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [20474] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [20473] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [34560] s(Y9_467_3)
% 251.94/36.22
% 251.94/36.22 [34560] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [34573] p(Y13_412_4)
% 251.94/36.22
% 251.94/36.22 [34573] CLOSURE : p(Y13_412_4)
% 251.94/36.22
% 251.94/36.22 [17306] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [17608] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [17609] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [17608] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [17954] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [17954] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [19025] ~! [Y3_3] : ((p(X2_745_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [19025] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_745_0) <=> p(Y3_3)))
% 251.94/36.22 -> [19026] ~(p(X2_745_0) <=> p(skolem_Y33(X2_745_0)))
% 251.94/36.22
% 251.94/36.22 [19026] BETA_NOT_EQUIV : ~(p(X2_745_0) <=> p(skolem_Y33(X2_745_0)))
% 251.94/36.22 -> [19027] ~p(X2_745_0), p(skolem_Y33(X2_745_0))
% 251.94/36.22 -> [19028] p(X2_745_0), ~p(skolem_Y33(X2_745_0))
% 251.94/36.22
% 251.94/36.22 [19027] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [20269] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [20269] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [20270] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [20271] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [20271] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [20270] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [23543] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [23543] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [23546] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [23547] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23547] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23546] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [25285] s(Y9_238_3)
% 251.94/36.22
% 251.94/36.22 [25285] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [25499] p(Y13_196_4)
% 251.94/36.22
% 251.94/36.22 [25499] CLOSURE : p(Y13_196_4)
% 251.94/36.22
% 251.94/36.22 [19028] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [20275] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [20275] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [20276] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [20277] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [20277] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [20276] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [23654] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [23654] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [23655] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [23656] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23656] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23655] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [25289] s(Y9_239_3)
% 251.94/36.22
% 251.94/36.22 [25289] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [25510] p(Y13_197_4)
% 251.94/36.22
% 251.94/36.22 [25510] CLOSURE : p(Y13_197_4)
% 251.94/36.22
% 251.94/36.22 [17609] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [17610] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [17610] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [18272] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [18272] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [18273] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [18273] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [18274] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [18275] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [18274] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [18275] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [19741] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [19741] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [19742] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [19743] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [19742] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [19743] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [20467] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [20467] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [20468] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [20469] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [20469] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [20468] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [34589] s(Y9_471_3)
% 251.94/36.22
% 251.94/36.22 [34589] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [34618] p(Y13_414_4)
% 251.94/36.22
% 251.94/36.22 [34618] CLOSURE : p(Y13_414_4)
% 251.94/36.22
% 251.94/36.22 [3914] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [16901] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [16901] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [17809] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [17810] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [17810] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [17817] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [17817] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [17818] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [17819] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [17818] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [18104] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [18104] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [18105] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [18105] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [18106] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [18107] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [18107] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [18106] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [24338] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [24338] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [24339] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [24340] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [24339] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [24340] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [24684] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [24684] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [24685] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [24686] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [24686] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [24685] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [25688] s(Y9_257_3)
% 251.94/36.22
% 251.94/36.22 [25688] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [25883] ~s(X12_253_4)
% 251.94/36.22
% 251.94/36.22 [25883] CLOSURE : ~s(X12_253_4)
% 251.94/36.22
% 251.94/36.22 [17819] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [17822] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [17822] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [18822] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [18822] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [40856] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [40856] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [40858] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [40858] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [40860] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [40861] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [40861] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [40860] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [41290] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [41290] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [41291] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [41292] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [41292] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [41291] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [41928] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [41928] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [41929] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [41930] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [41930] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [41929] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [42472] s(Y9_700_3)
% 251.94/36.22
% 251.94/36.22 [42472] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [42548] ~s(X12_712_4)
% 251.94/36.22
% 251.94/36.22 [42548] CLOSURE : ~s(X12_712_4)
% 251.94/36.22
% 251.94/36.22 [17809] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [18101] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [18102] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [18101] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [18466] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [18466] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [19566] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [19566] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [19567] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [19567] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [19568] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [19569] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [19569] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [19568] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [40585] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [40585] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.22 -> [40586] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.22 -> [40587] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [40587] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [40586] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [41541] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [41541] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [41542] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [41543] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [41543] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [41542] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [42452] s(Y9_699_3)
% 251.94/36.22
% 251.94/36.22 [42452] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [42459] ~s(X12_705_4)
% 251.94/36.22
% 251.94/36.22 [42459] CLOSURE : ~s(X12_705_4)
% 251.94/36.22
% 251.94/36.22 [18102] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [18103] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [18103] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [19191] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [19191] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [19192] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [19192] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [19193] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [19194] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [19193] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [19194] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.22 -> [42226] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [42226] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.22 -> [42228] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.22 -> [42229] q(skolem_X66), q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [42228] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [42229] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [42358] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [42358] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [42359] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [42360] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42360] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42359] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [42607] s(Y9_708_3)
% 251.94/36.22
% 251.94/36.22 [42607] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [42616] ~s(X12_716_4)
% 251.94/36.22
% 251.94/36.22 [42616] CLOSURE : ~s(X12_716_4)
% 251.94/36.22
% 251.94/36.22 [68] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.22 -> [527] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22 -> [528] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22
% 251.94/36.22 [528] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [535] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [535] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.22 -> [537] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [538] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.22
% 251.94/36.22 [538] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [545] r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [545] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [826] ~s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [826] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22 -> [1513] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [1514] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22
% 251.94/36.22 [1513] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [1689] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [1690] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [1689] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [1882] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1883] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [1882] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2109] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2110] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [2109] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [2344] ~! [Y3_3] : ((p(X2_75_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [2344] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_75_0) <=> p(Y3_3)))
% 251.94/36.22 -> [2346] ~(p(X2_75_0) <=> p(skolem_Y33(X2_75_0)))
% 251.94/36.22
% 251.94/36.22 [2346] BETA_NOT_EQUIV : ~(p(X2_75_0) <=> p(skolem_Y33(X2_75_0)))
% 251.94/36.22 -> [2347] ~p(X2_75_0), p(skolem_Y33(X2_75_0))
% 251.94/36.22 -> [2348] p(X2_75_0), ~p(skolem_Y33(X2_75_0))
% 251.94/36.22
% 251.94/36.22 [2347] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6459] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6459] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [6460] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [6460] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [6463] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [6464] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [6463] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [6464] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [28992] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [28992] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [28993] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [28994] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [28994] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [28993] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [29095] ~s(X12_344_3)
% 251.94/36.22
% 251.94/36.22 [29095] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [29117] p(Y13_284_4)
% 251.94/36.22
% 251.94/36.22 [29117] CLOSURE : p(Y13_284_4)
% 251.94/36.22
% 251.94/36.22 [2348] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [3576] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [3576] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [3577] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [3577] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [3578] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [3579] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [3578] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [3579] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29106] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [29106] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [29107] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [29108] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29108] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29107] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [29222] ~s(X12_349_3)
% 251.94/36.22
% 251.94/36.22 [29222] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [29235] p(Y13_287_4)
% 251.94/36.22
% 251.94/36.22 [29235] CLOSURE : p(Y13_287_4)
% 251.94/36.22
% 251.94/36.22 [2110] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [2115] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [2115] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2844] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [2844] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [29099] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [29099] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [29100] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [29100] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [29101] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [29102] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [29101] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [29102] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [29168] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [29168] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [29169] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [29169] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [29170] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [29171] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [29171] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [29170] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29390] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [29390] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [29391] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [29392] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29392] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29391] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [29456] ~s(X12_357_3)
% 251.94/36.22
% 251.94/36.22 [29456] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [29470] p(Y13_292_4)
% 251.94/36.22
% 251.94/36.22 [29470] CLOSURE : p(Y13_292_4)
% 251.94/36.22
% 251.94/36.22 [1883] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [1888] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [1888] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1890] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [1891] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [1890] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2123] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [2123] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [2850] ~! [Y3_3] : ((p(X2_97_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [2850] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_97_0) <=> p(Y3_3)))
% 251.94/36.22 -> [2851] ~(p(X2_97_0) <=> p(skolem_Y33(X2_97_0)))
% 251.94/36.22
% 251.94/36.22 [2851] BETA_NOT_EQUIV : ~(p(X2_97_0) <=> p(skolem_Y33(X2_97_0)))
% 251.94/36.22 -> [2852] ~p(X2_97_0), p(skolem_Y33(X2_97_0))
% 251.94/36.22 -> [2853] p(X2_97_0), ~p(skolem_Y33(X2_97_0))
% 251.94/36.22
% 251.94/36.22 [2852] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [29185] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [29185] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [29186] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [29186] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [29187] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [29188] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [29188] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [29187] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29273] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [29273] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [29274] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [29275] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29275] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29274] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [29303] ~s(X12_350_3)
% 251.94/36.22
% 251.94/36.22 [29303] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [29314] p(Y13_290_4)
% 251.94/36.22
% 251.94/36.22 [29314] CLOSURE : p(Y13_290_4)
% 251.94/36.22
% 251.94/36.22 [2853] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [29179] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [29179] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [29180] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [29180] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [29181] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [29182] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [29182] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [29181] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29270] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [29270] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [29271] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [29272] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29272] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29271] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [29308] ~s(X12_351_3)
% 251.94/36.22
% 251.94/36.22 [29308] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [29313] p(Y13_289_4)
% 251.94/36.22
% 251.94/36.22 [29313] CLOSURE : p(Y13_289_4)
% 251.94/36.22
% 251.94/36.22 [1891] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [1904] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [1904] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [2559] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [2559] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [2560] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [2560] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [2562] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [2563] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [2562] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [2563] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6498] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6498] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [6500] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [6500] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [6503] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [6504] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [6503] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [6504] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29244] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [29244] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [29245] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [29246] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29246] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29245] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [29519] ~s(X12_360_3)
% 251.94/36.22
% 251.94/36.22 [29519] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [29551] p(Y13_295_4)
% 251.94/36.22
% 251.94/36.22 [29551] CLOSURE : p(Y13_295_4)
% 251.94/36.22
% 251.94/36.22 [1690] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [1693] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [1693] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [2383] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [2383] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [3189] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [3190] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [3190] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [3193] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [3193] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [3194] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [3195] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [3195] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [3199] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [3199] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [10875] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [10875] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [10876] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [10876] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [10877] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [10878] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [10878] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [10877] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [23488] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [23488] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [23489] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [23489] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [23490] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [23491] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [23490] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [23491] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [23983] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [23983] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [23984] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [23985] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23985] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23984] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [25760] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [25760] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.22 -> [25761] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.22 -> [25762] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [25762] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [25761] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [26637] q(Y17_49_4)
% 251.94/36.22
% 251.94/36.22 [26637] CLOSURE : q(Y17_49_4)
% 251.94/36.22
% 251.94/36.22 [3194] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [3613] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [3613] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [29347] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [29347] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [29348] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [29348] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [29349] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [29350] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [29350] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [29349] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [29462] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [29462] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [29463] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [29463] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [29464] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [29465] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [29465] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [29464] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29553] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [29553] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [29554] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [29555] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29555] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29554] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [29594] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [29594] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.22 -> [29595] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.22 -> [29596] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [29596] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [29595] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [29642] ~p(X16_86_4)
% 251.94/36.22
% 251.94/36.22 [29642] CLOSURE : ~p(X16_86_4)
% 251.94/36.22
% 251.94/36.22 [3189] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [3610] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [3611] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [3611] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [3612] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [3612] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [29302] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [29302] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [29351] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [29351] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [29352] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [29352] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [29353] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [29354] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [29354] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [29353] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [29535] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [29535] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [29536] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [29536] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [29537] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [29538] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [29538] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [29537] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29568] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [29568] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [29572] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [29573] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29573] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29572] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [29605] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [29605] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22 -> [29606] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22
% 251.94/36.22 [29606] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22 -> [29608] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.22 -> [29609] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [29609] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [29608] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [29647] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22
% 251.94/36.22 [29647] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [29648] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [29648] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [29649] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [29649] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [29650] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [29651] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [29650] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [29651] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [29712] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22
% 251.94/36.22 [29712] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [29713] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [29713] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [29714] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [29714] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [29715] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [29716] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [29715] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [29716] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29772] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [29772] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29773] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [29773] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22 -> [29774] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.22 -> [29775] r(skolem_X1010), r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [29775] CLOSURE : r(skolem_X1010)
% 251.94/36.22
% 251.94/36.22 [29774] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [3610] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [6514] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [6514] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [6515] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [6515] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [6516] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [6517] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [6517] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [6516] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [29261] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [29261] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [29262] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [29262] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [29263] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [29264] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [29263] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [29264] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29325] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [29325] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [29326] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [29327] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29327] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29326] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [29626] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [29626] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22 -> [29627] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22
% 251.94/36.22 [29627] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22 -> [29628] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.22 -> [29629] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [29629] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [29628] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [29834] ~p(X16_88_4)
% 251.94/36.22
% 251.94/36.22 [29834] CLOSURE : ~p(X16_88_4)
% 251.94/36.22
% 251.94/36.22 [1514] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [1519] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [1520] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [1519] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [1703] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [1703] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [2396] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2397] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [2396] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2590] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2591] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [2590] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2887] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [2887] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [6534] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [6534] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [6537] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [6537] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [6539] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [6540] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [6540] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [6539] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [14908] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [14908] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [14909] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [14909] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [14910] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [14911] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [14910] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [14911] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [29567] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [29567] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [29570] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [29571] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29571] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [29570] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [29607] ~s(X14_128_4)
% 251.94/36.22
% 251.94/36.22 [29607] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [29619] ~! [Y15_15] : ((s(X14_128_4) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [29619] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_128_4) <=> s(Y15_15)))
% 251.94/36.22 -> [29620] ~(s(X14_128_4) <=> s(skolem_Y1515(X14_128_4)))
% 251.94/36.22
% 251.94/36.22 [29620] BETA_NOT_EQUIV : ~(s(X14_128_4) <=> s(skolem_Y1515(X14_128_4)))
% 251.94/36.22 -> [29621] ~s(X14_128_4), s(skolem_Y1515(X14_128_4))
% 251.94/36.22 -> [29622] s(X14_128_4), ~s(skolem_Y1515(X14_128_4))
% 251.94/36.22
% 251.94/36.22 [29622] CLOSURE : s(X14_128_4)
% 251.94/36.22
% 251.94/36.22 [29621] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [29660] ~p(X16_87_5)
% 251.94/36.22
% 251.94/36.22 [29660] CLOSURE : ~p(X16_87_5)
% 251.94/36.22
% 251.94/36.22 [2591] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [2595] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [2595] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [3626] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [3626] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [3628] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [3628] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [3629] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [3630] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [3630] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [3629] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [15860] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [15860] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [15861] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [15861] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [15862] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [15863] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [15862] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [15863] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [17756] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [17756] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22 -> [17757] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.22 -> [17758] r(skolem_X1010), r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [17757] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [17758] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [38775] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [38775] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [38791] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [38791] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22 -> [38792] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22
% 251.94/36.22 [38792] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22 -> [38793] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.22 -> [38794] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [38793] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [38794] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [2397] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [2404] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [2404] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2405] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2406] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [2405] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [2613] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [2613] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [2614] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [2614] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [2616] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [2617] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [2617] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [2616] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6647] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6647] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [6648] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [6648] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [6649] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [6650] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [6649] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [6650] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [7288] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [7288] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [7289] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [7290] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7290] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7289] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [38847] ~s(skolem_X1414)
% 251.94/36.22
% 251.94/36.22 [38847] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [38862] (s(skolem_X1414) <=> s(Y15_284_4))
% 251.94/36.22
% 251.94/36.22 [38862] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_284_4))
% 251.94/36.22 -> [38865] ~s(skolem_X1414), ~s(Y15_284_4)
% 251.94/36.22 -> [38866] s(skolem_X1414), s(Y15_284_4)
% 251.94/36.22
% 251.94/36.22 [38866] CLOSURE : s(Y15_284_4)
% 251.94/36.22
% 251.94/36.22 [38865] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [39032] ~p(X16_181_5)
% 251.94/36.22
% 251.94/36.22 [39032] CLOSURE : ~p(X16_181_5)
% 251.94/36.22
% 251.94/36.22 [2406] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [2415] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [2415] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [3227] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [3227] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [6653] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [6653] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [6654] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [6654] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [6655] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [6656] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [6656] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [6655] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [17771] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [17771] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [17772] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [17772] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [17773] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [17774] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [17773] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [17774] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [39331] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [39331] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22 -> [39332] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.22 -> [39333] r(skolem_X1010), r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [39332] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [39333] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [39422] ~s(skolem_X1414)
% 251.94/36.22
% 251.94/36.22 [39422] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [39433] (s(skolem_X1414) <=> s(Y15_291_4))
% 251.94/36.22
% 251.94/36.22 [39433] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_291_4))
% 251.94/36.22 -> [39434] ~s(skolem_X1414), ~s(Y15_291_4)
% 251.94/36.22 -> [39435] s(skolem_X1414), s(Y15_291_4)
% 251.94/36.22
% 251.94/36.22 [39435] CLOSURE : s(Y15_291_4)
% 251.94/36.22
% 251.94/36.22 [39434] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [39473] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22
% 251.94/36.22 [39473] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [39474] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [39474] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [39475] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [39475] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [39476] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [39477] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [39476] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [39477] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [39508] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22
% 251.94/36.22 [39508] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [39509] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [39509] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [39512] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [39512] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [39513] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [39514] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [39514] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [39513] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [39560] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [39560] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [39561] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [39561] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [39562] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [39563] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [39562] CLOSURE : ~r(skolem_X1010)
% 251.94/36.22
% 251.94/36.22 [39563] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [1520] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [1525] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [1525] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [2148] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2149] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [2148] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2419] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2420] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [2420] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [2424] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [2424] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [3230] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [3230] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [3231] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [3231] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [3233] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [3234] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [3233] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [3234] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6743] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6743] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [6744] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [6744] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [6749] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [6750] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [6749] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [6750] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [7676] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [7676] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [7677] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [7678] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7678] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7677] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [39871] p(Y13_578_3)
% 251.94/36.22
% 251.94/36.22 [39871] CLOSURE : p(Y13_578_3)
% 251.94/36.22
% 251.94/36.22 [2419] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2643] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [2643] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [3652] ~! [Y3_3] : ((p(X2_126_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [3652] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_126_0) <=> p(Y3_3)))
% 251.94/36.22 -> [3654] ~(p(X2_126_0) <=> p(skolem_Y33(X2_126_0)))
% 251.94/36.22
% 251.94/36.22 [3654] BETA_NOT_EQUIV : ~(p(X2_126_0) <=> p(skolem_Y33(X2_126_0)))
% 251.94/36.22 -> [3655] ~p(X2_126_0), p(skolem_Y33(X2_126_0))
% 251.94/36.22 -> [3656] p(X2_126_0), ~p(skolem_Y33(X2_126_0))
% 251.94/36.22
% 251.94/36.22 [3655] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6968] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6968] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [6969] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [6969] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [6973] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [6974] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [6974] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [6973] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [39003] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [39003] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22 -> [39004] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.22 -> [39005] r(skolem_X1010), r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [39004] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [39005] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [39199] p(Y13_558_3)
% 251.94/36.22
% 251.94/36.22 [39199] CLOSURE : p(Y13_558_3)
% 251.94/36.22
% 251.94/36.22 [3656] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6859] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6859] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [6861] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [6861] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [6864] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [6865] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [6865] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [6864] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [39733] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [39733] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [39734] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [39735] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [39735] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [39734] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [40265] p(Y13_586_3)
% 251.94/36.22
% 251.94/36.22 [40265] CLOSURE : p(Y13_586_3)
% 251.94/36.22
% 251.94/36.22 [2149] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [2157] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [2157] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2158] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2159] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [2158] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [2434] ~! [Y3_3] : ((p(X2_82_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [2434] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_82_0) <=> p(Y3_3)))
% 251.94/36.22 -> [2435] ~(p(X2_82_0) <=> p(skolem_Y33(X2_82_0)))
% 251.94/36.22
% 251.94/36.22 [2435] BETA_NOT_EQUIV : ~(p(X2_82_0) <=> p(skolem_Y33(X2_82_0)))
% 251.94/36.22 -> [2436] ~p(X2_82_0), p(skolem_Y33(X2_82_0))
% 251.94/36.22 -> [2437] p(X2_82_0), ~p(skolem_Y33(X2_82_0))
% 251.94/36.22
% 251.94/36.22 [2437] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6600] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6600] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [6601] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [6601] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [6604] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [6605] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [6604] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [6605] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [7133] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [7133] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [7136] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [7137] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7137] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7136] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [24099] p(Y13_138_3)
% 251.94/36.22
% 251.94/36.22 [24099] CLOSURE : p(Y13_138_3)
% 251.94/36.22
% 251.94/36.22 [2436] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6592] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6592] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [6593] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [6593] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [6594] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [6595] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [6594] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [6595] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [7124] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [7124] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [7127] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [7128] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7128] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7127] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [24376] p(Y13_151_3)
% 251.94/36.22
% 251.94/36.22 [24376] CLOSURE : p(Y13_151_3)
% 251.94/36.22
% 251.94/36.22 [2159] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [2164] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [2164] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4053] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4053] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [15620] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [15620] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [15621] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [15621] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [15622] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [15623] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [15622] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [15623] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [16630] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [16630] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [16631] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [16631] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [16632] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [16633] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [16633] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [16632] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [41741] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [41741] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.22 -> [41742] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.22 -> [41743] r(skolem_X1010), r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [41742] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [41743] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [42557] p(Y13_646_3)
% 251.94/36.22
% 251.94/36.22 [42557] CLOSURE : p(Y13_646_3)
% 251.94/36.22
% 251.94/36.22 [537] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22 -> [755] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [756] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22
% 251.94/36.22 [755] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [7145] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [7146] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [7146] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [7147] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [7147] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [7652] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [7652] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [8673] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8674] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [8674] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [8675] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [8675] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8676] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8677] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8676] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [9004] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [9004] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [10038] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [10038] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [10039] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [10039] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [10040] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [10041] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [10041] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [10040] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [12243] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [12243] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [12246] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [12246] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [12247] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [12248] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [12248] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [12247] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [37917] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [37917] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [37918] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [37919] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [37919] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [37918] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [37983] ~r(X8_1095_3)
% 251.94/36.22
% 251.94/36.22 [37983] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [37994] s(skolem_X1414)
% 251.94/36.22
% 251.94/36.22 [37994] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [38025] (s(skolem_X1414) <=> s(Y15_268_5))
% 251.94/36.22
% 251.94/36.22 [38025] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_268_5))
% 251.94/36.22 -> [38026] ~s(skolem_X1414), ~s(Y15_268_5)
% 251.94/36.22 -> [38027] s(skolem_X1414), s(Y15_268_5)
% 251.94/36.22
% 251.94/36.22 [38027] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [38053] ~p(X16_170_6)
% 251.94/36.22
% 251.94/36.22 [38053] CLOSURE : ~p(X16_170_6)
% 251.94/36.22
% 251.94/36.22 [38026] CLOSURE : ~s(Y15_268_5)
% 251.94/36.22
% 251.94/36.22 [8677] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8687] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8687] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9737] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9737] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [9738] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [9738] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [9739] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [9740] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [9740] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [9739] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [15124] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [15124] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [15127] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [15127] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [15128] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [15129] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [15128] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [15129] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [37889] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [37889] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [37890] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [37891] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [37891] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [37890] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [37968] ~r(X8_1094_3)
% 251.94/36.22
% 251.94/36.22 [37968] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [37986] s(skolem_X1414)
% 251.94/36.22
% 251.94/36.22 [37986] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [38006] (s(skolem_X1414) <=> s(Y15_267_5))
% 251.94/36.22
% 251.94/36.22 [38006] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_267_5))
% 251.94/36.22 -> [38007] ~s(skolem_X1414), ~s(Y15_267_5)
% 251.94/36.22 -> [38008] s(skolem_X1414), s(Y15_267_5)
% 251.94/36.22
% 251.94/36.22 [38008] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [38052] q(Y17_135_6)
% 251.94/36.22
% 251.94/36.22 [38052] CLOSURE : q(Y17_135_6)
% 251.94/36.22
% 251.94/36.22 [38007] CLOSURE : ~s(Y15_267_5)
% 251.94/36.22
% 251.94/36.22 [8673] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8993] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8994] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8993] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9380] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9380] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [9381] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [9381] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [9382] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [9383] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [9383] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [9382] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [11434] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [11434] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [11435] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [11435] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [11436] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [11437] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [11436] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [11437] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [13611] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [13611] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [13614] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [13615] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [13615] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [13614] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [15481] ~r(X8_121_3)
% 251.94/36.22
% 251.94/36.22 [15481] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [16713] s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [16713] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [37817] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [37817] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.22 -> [37818] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.22
% 251.94/36.22 [37818] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.22 -> [37819] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.22 -> [37820] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [37820] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [37819] CLOSURE : ~s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [8994] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8998] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8998] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [10025] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [10025] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [11014] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [11014] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [11015] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [11015] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [11016] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [11017] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [11017] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [11016] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [37854] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [37854] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [37855] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [37855] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [37856] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [37857] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [37857] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [37856] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [38132] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [38132] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [38133] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [38134] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [38134] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [38133] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [38136] ~r(X8_1101_3)
% 251.94/36.22
% 251.94/36.22 [38136] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [38151] s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [38151] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [38166] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [38166] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.22 -> [38167] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.22
% 251.94/36.22 [38167] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.22 -> [38168] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.22 -> [38169] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [38169] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [38168] CLOSURE : ~s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [7145] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [7324] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [7325] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [7325] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [7326] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [7326] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [7327] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [7328] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [7328] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [7338] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [7338] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [8007] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [8007] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [8008] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [8008] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [8009] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [8010] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [8009] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8010] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [9368] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [9368] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [9369] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [9369] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [9374] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [9375] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [9374] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [9375] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [10995] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [10995] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [10996] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [10997] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [10997] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [10996] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [13157] ~r(X8_78_3)
% 251.94/36.22
% 251.94/36.22 [13157] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [14450] s(Y9_60_4)
% 251.94/36.22
% 251.94/36.22 [14450] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [15464] ~s(X12_52_5)
% 251.94/36.22
% 251.94/36.22 [15464] CLOSURE : ~s(X12_52_5)
% 251.94/36.22
% 251.94/36.22 [7327] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [7642] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [7642] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [7643] ~! [Y3_3] : ((p(X2_286_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [7643] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_286_0) <=> p(Y3_3)))
% 251.94/36.22 -> [7644] ~(p(X2_286_0) <=> p(skolem_Y33(X2_286_0)))
% 251.94/36.22
% 251.94/36.22 [7644] BETA_NOT_EQUIV : ~(p(X2_286_0) <=> p(skolem_Y33(X2_286_0)))
% 251.94/36.22 -> [7645] ~p(X2_286_0), p(skolem_Y33(X2_286_0))
% 251.94/36.22 -> [7646] p(X2_286_0), ~p(skolem_Y33(X2_286_0))
% 251.94/36.22
% 251.94/36.22 [7646] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [8972] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [8972] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [8973] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [8973] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [8974] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [8975] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [8975] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [8974] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [15459] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [15459] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [15460] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [15461] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [15461] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [15460] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [22262] ~r(X8_285_3)
% 251.94/36.22
% 251.94/36.22 [22262] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [22587] s(Y9_160_4)
% 251.94/36.22
% 251.94/36.22 [22587] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [22955] ~s(X12_152_5)
% 251.94/36.22
% 251.94/36.22 [22955] CLOSURE : ~s(X12_152_5)
% 251.94/36.22
% 251.94/36.22 [7645] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [9360] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [9360] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [9361] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [9361] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [9362] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [9363] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [9363] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [9362] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [16234] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [16234] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [16235] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [16236] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [16235] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [22479] ~r(X8_294_3)
% 251.94/36.22
% 251.94/36.22 [22479] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [22825] s(Y9_163_4)
% 251.94/36.22
% 251.94/36.22 [22825] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [23141] ~s(X12_155_5)
% 251.94/36.22
% 251.94/36.22 [23141] CLOSURE : ~s(X12_155_5)
% 251.94/36.22
% 251.94/36.22 [16236] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7324] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [7633] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [7634] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [7633] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [7982] ~! [Y3_3] : ((p(X2_311_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [7982] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_311_0) <=> p(Y3_3)))
% 251.94/36.22 -> [7983] ~(p(X2_311_0) <=> p(skolem_Y33(X2_311_0)))
% 251.94/36.22
% 251.94/36.22 [7983] BETA_NOT_EQUIV : ~(p(X2_311_0) <=> p(skolem_Y33(X2_311_0)))
% 251.94/36.22 -> [7985] ~p(X2_311_0), p(skolem_Y33(X2_311_0))
% 251.94/36.22 -> [7986] p(X2_311_0), ~p(skolem_Y33(X2_311_0))
% 251.94/36.22
% 251.94/36.22 [7986] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [9333] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [9333] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [9334] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [9334] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [9335] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [9336] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [9335] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [9336] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [10978] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [10978] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [10979] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [10980] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [10980] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [10979] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [13147] ~r(X8_77_3)
% 251.94/36.22
% 251.94/36.22 [13147] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [14435] s(Y9_59_4)
% 251.94/36.22
% 251.94/36.22 [14435] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [15455] ~s(X12_51_5)
% 251.94/36.22
% 251.94/36.22 [15455] CLOSURE : ~s(X12_51_5)
% 251.94/36.22
% 251.94/36.22 [7985] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [9992] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [9992] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [9996] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [9996] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [10001] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [10002] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [10001] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10002] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [20776] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [20776] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [20779] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [20780] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [20780] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [20779] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [35247] ~r(X8_924_3)
% 251.94/36.22
% 251.94/36.22 [35247] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [35280] s(Y9_490_4)
% 251.94/36.22
% 251.94/36.22 [35280] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [35302] ~s(X12_511_5)
% 251.94/36.22
% 251.94/36.22 [35302] CLOSURE : ~s(X12_511_5)
% 251.94/36.22
% 251.94/36.22 [7634] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [7635] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [7635] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8339] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [8339] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9347] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9347] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [9348] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [9348] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [9349] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [9350] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [9349] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [9350] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [16239] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [16239] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [16242] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [16242] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [16245] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [16246] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [16246] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [16245] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [41999] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [41999] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [42000] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [42001] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42001] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42000] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [42117] ~r(X8_1328_3)
% 251.94/36.22
% 251.94/36.22 [42117] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [42180] s(Y9_683_4)
% 251.94/36.22
% 251.94/36.22 [42180] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [42267] ~s(X12_698_5)
% 251.94/36.22
% 251.94/36.22 [42267] CLOSURE : ~s(X12_698_5)
% 251.94/36.22
% 251.94/36.22 [756] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [759] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [760] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [759] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [1126] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [1126] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [1127] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1128] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [1128] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [1137] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [1137] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1138] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [1139] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [1138] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [1482] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [1482] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [1485] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [1485] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [1489] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [1490] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [1490] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [1489] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [14489] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [14489] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [14490] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [14490] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [14491] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [14492] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [14491] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [14492] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [16755] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [16755] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [16756] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [16757] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [16757] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [16756] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [18056] ~r(X8_172_3)
% 251.94/36.22
% 251.94/36.22 [18056] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [18816] s(Y9_107_4)
% 251.94/36.22
% 251.94/36.22 [18816] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [19689] ~s(X12_109_5)
% 251.94/36.22
% 251.94/36.22 [19689] CLOSURE : ~s(X12_109_5)
% 251.94/36.22
% 251.94/36.22 [1139] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [1146] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [1146] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2896] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [2896] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9742] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9742] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [9743] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [9743] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [9744] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [9745] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [9745] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [9744] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [23002] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [23002] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [23003] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [23003] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [23004] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [23005] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [23005] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [23004] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [24112] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [24112] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [24113] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [24114] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [24114] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [24113] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [24365] ~r(X8_419_3)
% 251.94/36.22
% 251.94/36.22 [24365] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [24517] s(Y9_216_4)
% 251.94/36.22
% 251.94/36.22 [24517] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [24633] ~s(X12_209_5)
% 251.94/36.22
% 251.94/36.22 [24633] CLOSURE : ~s(X12_209_5)
% 251.94/36.22
% 251.94/36.22 [1127] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1472] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [1473] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [1473] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [1476] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [1476] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [3839] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [3839] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [3842] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [3842] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [3843] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [3844] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [3844] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [3843] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [34406] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [34406] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [34407] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [34407] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [34408] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [34409] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [34408] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [34409] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [34457] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [34457] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [34458] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [34459] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [34459] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [34458] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [34529] ~r(X8_900_3)
% 251.94/36.22
% 251.94/36.22 [34529] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [34565] s(Y9_469_4)
% 251.94/36.22
% 251.94/36.22 [34565] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [34581] ~s(X12_491_5)
% 251.94/36.22
% 251.94/36.22 [34581] CLOSURE : ~s(X12_491_5)
% 251.94/36.22
% 251.94/36.22 [1472] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2170] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [2170] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [2172] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [2172] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [2175] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [2175] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [2178] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [2179] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [2179] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [2178] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [19820] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [19820] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [19821] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [19821] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [19823] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [19824] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [19824] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [19823] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [42234] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [42234] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [42235] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [42236] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42236] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42235] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [42288] ~r(X8_1349_3)
% 251.94/36.22
% 251.94/36.22 [42288] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [42328] s(Y9_690_4)
% 251.94/36.22
% 251.94/36.22 [42328] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [42539] ~s(X12_711_5)
% 251.94/36.22
% 251.94/36.22 [42539] CLOSURE : ~s(X12_711_5)
% 251.94/36.22
% 251.94/36.22 [760] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [764] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [764] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [3506] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [3507] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [3507] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [3509] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [3509] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [3510] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [3511] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [3510] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [4328] ~! [Y3_3] : ((p(X2_155_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [4328] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_155_0) <=> p(Y3_3)))
% 251.94/36.22 -> [4329] ~(p(X2_155_0) <=> p(skolem_Y33(X2_155_0)))
% 251.94/36.22
% 251.94/36.22 [4329] BETA_NOT_EQUIV : ~(p(X2_155_0) <=> p(skolem_Y33(X2_155_0)))
% 251.94/36.22 -> [4330] ~p(X2_155_0), p(skolem_Y33(X2_155_0))
% 251.94/36.22 -> [4331] p(X2_155_0), ~p(skolem_Y33(X2_155_0))
% 251.94/36.22
% 251.94/36.22 [4331] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [20799] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [20799] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [20800] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [20800] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [20801] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [20802] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [20801] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [20802] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [31927] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [31927] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [31928] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [31929] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [31929] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [31928] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [32073] ~r(X8_788_3)
% 251.94/36.22
% 251.94/36.22 [32073] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [32151] s(Y9_397_4)
% 251.94/36.22
% 251.94/36.22 [32151] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [32255] p(Y13_359_5)
% 251.94/36.22
% 251.94/36.22 [32255] CLOSURE : p(Y13_359_5)
% 251.94/36.22
% 251.94/36.22 [4330] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [11751] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [11751] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [11752] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [11752] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [11753] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [11754] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [11753] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [11754] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [13944] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [13944] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [13945] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [13946] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [13946] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [13945] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [37573] ~r(X8_1048_3)
% 251.94/36.22
% 251.94/36.22 [37573] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [37617] s(Y9_576_4)
% 251.94/36.22
% 251.94/36.22 [37617] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [37677] p(Y13_503_5)
% 251.94/36.22
% 251.94/36.22 [37677] CLOSURE : p(Y13_503_5)
% 251.94/36.22
% 251.94/36.22 [3511] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [3517] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [3517] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4839] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4839] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [20644] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [20644] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [20645] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [20645] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [20646] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [20647] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [20646] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [20647] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [21458] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [21458] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [21459] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [21459] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [21460] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [21461] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [21461] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [21460] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [42340] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [42340] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [42341] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [42342] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42342] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42341] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [42384] ~r(X8_1357_3)
% 251.94/36.22
% 251.94/36.22 [42384] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [42395] s(Y9_696_4)
% 251.94/36.22
% 251.94/36.22 [42395] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [42431] p(Y13_639_5)
% 251.94/36.22
% 251.94/36.22 [42431] CLOSURE : p(Y13_639_5)
% 251.94/36.22
% 251.94/36.22 [3506] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [4321] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4322] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [4322] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [4323] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [4323] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [10775] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [10775] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [10777] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [10777] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [10779] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [10780] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [10779] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [10780] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [12756] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [12756] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [12758] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [12758] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [12761] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [12762] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [12761] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [12762] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [14883] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [14883] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [14884] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [14885] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [14885] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [14884] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [22457] ~r(X8_292_3)
% 251.94/36.22
% 251.94/36.22 [22457] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [22805] s(Y9_162_4)
% 251.94/36.22
% 251.94/36.22 [22805] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [23119] p(Y13_105_5)
% 251.94/36.22
% 251.94/36.22 [23119] CLOSURE : p(Y13_105_5)
% 251.94/36.22
% 251.94/36.22 [4321] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4820] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4820] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [20495] ~! [Y3_3] : ((p(X2_764_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [20495] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_764_0) <=> p(Y3_3)))
% 251.94/36.22 -> [20496] ~(p(X2_764_0) <=> p(skolem_Y33(X2_764_0)))
% 251.94/36.22
% 251.94/36.22 [20496] BETA_NOT_EQUIV : ~(p(X2_764_0) <=> p(skolem_Y33(X2_764_0)))
% 251.94/36.22 -> [20497] ~p(X2_764_0), p(skolem_Y33(X2_764_0))
% 251.94/36.22 -> [20498] p(X2_764_0), ~p(skolem_Y33(X2_764_0))
% 251.94/36.22
% 251.94/36.22 [20497] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [41651] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [41651] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [41652] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [41652] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [41653] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [41654] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [41654] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [41653] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [42291] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [42291] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [42292] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [42293] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42293] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42292] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [42470] ~r(X8_1366_3)
% 251.94/36.22
% 251.94/36.22 [42470] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [42473] s(Y9_701_4)
% 251.94/36.22
% 251.94/36.22 [42473] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [42480] p(Y13_643_5)
% 251.94/36.22
% 251.94/36.22 [42480] CLOSURE : p(Y13_643_5)
% 251.94/36.22
% 251.94/36.22 [20498] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [41667] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [41667] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [41670] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [41670] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [41672] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [41673] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [41673] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [41672] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.22 -> [42553] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [42553] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.22 -> [42554] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.22 -> [42555] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42555] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [42554] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [42563] ~r(X8_1375_3)
% 251.94/36.22
% 251.94/36.22 [42563] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [42569] s(Y9_707_4)
% 251.94/36.22
% 251.94/36.22 [42569] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [42578] p(Y13_647_5)
% 251.94/36.22
% 251.94/36.22 [42578] CLOSURE : p(Y13_647_5)
% 251.94/36.22
% 251.94/36.22 [527] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.22 -> [743] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [744] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.22
% 251.94/36.22 [743] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22 -> [982] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [983] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22
% 251.94/36.22 [982] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [1379] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [1380] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [1380] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [1383] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [1383] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [2484] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [2484] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [4374] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [4375] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [4374] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [4572] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4573] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [4573] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [4574] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [4574] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [5169] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [5169] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [5172] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [5172] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [5173] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [5174] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [5174] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [5173] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [28279] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [28279] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [28280] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [28280] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [28281] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [28282] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [28281] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [28282] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [28442] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [28442] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [28443] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [28443] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [28444] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [28445] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [28445] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [28444] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [28501] ~r(X8_651_3)
% 251.94/36.22
% 251.94/36.22 [28501] CLOSURE : ~r(X8_651_3)
% 251.94/36.22
% 251.94/36.22 [4572] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4744] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4744] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [5325] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [5325] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [5327] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [5327] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [5328] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [5329] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [5329] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [5328] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6357] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6357] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [6358] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [6358] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [6359] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [6360] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [6359] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [6360] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [28420] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [28420] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [28422] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [28422] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [28423] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [28424] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [28424] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [28423] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [28552] ~r(X8_654_3)
% 251.94/36.22
% 251.94/36.22 [28552] CLOSURE : ~r(X8_654_3)
% 251.94/36.22
% 251.94/36.22 [4375] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [4389] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [4389] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [4390] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4391] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [4390] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [4575] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [4575] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [4576] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [4576] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [4577] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [4578] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [4578] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [4577] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [5563] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [5563] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [5564] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [5564] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [5565] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [5566] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [5565] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [5566] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [6381] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [6381] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [6382] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [6382] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [6383] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [6384] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [6384] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [6383] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [28390] ~r(X8_639_3)
% 251.94/36.22
% 251.94/36.22 [28390] CLOSURE : ~r(X8_639_3)
% 251.94/36.22
% 251.94/36.22 [4391] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [4401] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [4401] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4995] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4995] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [5573] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [5573] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [5575] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [5575] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [5578] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [5579] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [5579] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [5578] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [28737] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [28737] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [28738] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [28738] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [28739] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [28740] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [28740] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [28739] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [28917] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [28917] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [28918] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [28918] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [28919] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [28920] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [28920] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [28919] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [28948] ~r(X8_683_3)
% 251.94/36.22
% 251.94/36.22 [28948] CLOSURE : ~r(X8_683_3)
% 251.94/36.22
% 251.94/36.22 [1379] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [1737] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1738] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [1737] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2465] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2466] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [2466] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [2469] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [2469] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [4202] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [4202] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [4203] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [4203] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [4204] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [4205] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [4204] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [4205] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [4943] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [4943] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [4944] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [4944] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [4947] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [4948] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [4947] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [4948] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [5920] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [5920] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [5921] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [5921] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [5925] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [5926] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [5926] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [5925] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [27294] ~r(X8_567_3)
% 251.94/36.22
% 251.94/36.22 [27294] CLOSURE : ~r(X8_567_3)
% 251.94/36.22
% 251.94/36.22 [2465] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [3256] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [3256] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [3257] ~! [Y3_3] : ((p(X2_109_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [3257] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_109_0) <=> p(Y3_3)))
% 251.94/36.22 -> [3258] ~(p(X2_109_0) <=> p(skolem_Y33(X2_109_0)))
% 251.94/36.22
% 251.94/36.22 [3258] BETA_NOT_EQUIV : ~(p(X2_109_0) <=> p(skolem_Y33(X2_109_0)))
% 251.94/36.22 -> [3259] ~p(X2_109_0), p(skolem_Y33(X2_109_0))
% 251.94/36.22 -> [3260] p(X2_109_0), ~p(skolem_Y33(X2_109_0))
% 251.94/36.22
% 251.94/36.22 [3260] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [4709] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [4709] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [4710] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [4710] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [4711] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [4712] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [4712] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4711] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [27465] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [27465] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [27466] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [27466] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [27467] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [27468] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [27468] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [27467] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [27528] ~r(X8_582_3)
% 251.94/36.22
% 251.94/36.22 [27528] CLOSURE : ~r(X8_582_3)
% 251.94/36.22
% 251.94/36.22 [3259] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [4929] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [4929] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [4930] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [4930] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [4931] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [4932] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [4932] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4931] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [31177] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [31177] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [31178] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [31178] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [31179] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [31180] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [31180] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [31179] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [31260] ~r(X8_762_3)
% 251.94/36.22
% 251.94/36.22 [31260] CLOSURE : ~r(X8_762_3)
% 251.94/36.22
% 251.94/36.22 [1738] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [1740] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [1740] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1741] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [1742] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [1742] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [1748] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [1748] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [3274] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [3274] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [4554] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [4554] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [4555] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [4555] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [4556] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [4557] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [4556] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [4557] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [5321] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [5321] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [5322] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [5322] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [5323] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [5324] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [5324] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [5323] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [30068] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [30068] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [30069] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [30069] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [30070] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [30071] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [30071] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [30070] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [30100] ~r(X8_732_3)
% 251.94/36.22
% 251.94/36.22 [30100] CLOSURE : ~r(X8_732_3)
% 251.94/36.22
% 251.94/36.22 [1741] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [2474] ~! [Y3_3] : ((p(X2_83_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [2474] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_83_0) <=> p(Y3_3)))
% 251.94/36.22 -> [2475] ~(p(X2_83_0) <=> p(skolem_Y33(X2_83_0)))
% 251.94/36.22
% 251.94/36.22 [2475] BETA_NOT_EQUIV : ~(p(X2_83_0) <=> p(skolem_Y33(X2_83_0)))
% 251.94/36.22 -> [2476] ~p(X2_83_0), p(skolem_Y33(X2_83_0))
% 251.94/36.22 -> [2477] p(X2_83_0), ~p(skolem_Y33(X2_83_0))
% 251.94/36.22
% 251.94/36.22 [2476] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [4541] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [4541] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [4542] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [4542] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [4543] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [4544] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [4543] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [4544] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [5531] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [5531] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [5534] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [5534] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [5536] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [5537] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [5537] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [5536] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [27499] ~r(X8_580_3)
% 251.94/36.22
% 251.94/36.22 [27499] CLOSURE : ~r(X8_580_3)
% 251.94/36.22
% 251.94/36.22 [2477] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [16396] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [16396] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [16397] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [16397] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [16398] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [16399] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [16398] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [16399] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [38588] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [38588] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [38589] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [38589] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [38590] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [38591] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [38591] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [38590] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [38695] ~r(X8_1136_3)
% 251.94/36.22
% 251.94/36.22 [38695] CLOSURE : ~r(X8_1136_3)
% 251.94/36.22
% 251.94/36.22 [983] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [984] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [985] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [985] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [990] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [990] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [1920] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1921] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [1921] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [1932] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [1932] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1933] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [1934] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [1934] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [1941] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [1941] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [3251] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [3251] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [3252] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [3252] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [3253] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [3254] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [3253] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [3254] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6759] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6759] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [6760] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [6760] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [6761] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [6762] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [6761] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [6762] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [7715] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [7715] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [7717] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [7717] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [7721] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [7722] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [7722] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [7721] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [10141] ~r(X8_42_3)
% 251.94/36.22
% 251.94/36.22 [10141] CLOSURE : ~r(X8_42_3)
% 251.94/36.22
% 251.94/36.22 [1933] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2220] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [2220] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [3533] ~! [Y3_3] : ((p(X2_121_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [3533] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_121_0) <=> p(Y3_3)))
% 251.94/36.22 -> [3534] ~(p(X2_121_0) <=> p(skolem_Y33(X2_121_0)))
% 251.94/36.22
% 251.94/36.22 [3534] BETA_NOT_EQUIV : ~(p(X2_121_0) <=> p(skolem_Y33(X2_121_0)))
% 251.94/36.22 -> [3535] ~p(X2_121_0), p(skolem_Y33(X2_121_0))
% 251.94/36.22 -> [3536] p(X2_121_0), ~p(skolem_Y33(X2_121_0))
% 251.94/36.22
% 251.94/36.22 [3535] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [13388] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [13388] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [13389] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [13389] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [13390] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [13391] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [13391] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [13390] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [23082] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [23082] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [23083] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [23083] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [23084] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [23085] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [23085] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23084] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [23493] ~r(X8_350_3)
% 251.94/36.22
% 251.94/36.22 [23493] CLOSURE : ~r(X8_350_3)
% 251.94/36.22
% 251.94/36.22 [3536] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [10563] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [10563] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [10564] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [10564] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [10565] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [10566] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [10565] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10566] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [23924] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [23924] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [23925] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [23925] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [23926] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [23927] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [23927] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [23926] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [24495] ~r(X8_426_3)
% 251.94/36.22
% 251.94/36.22 [24495] CLOSURE : ~r(X8_426_3)
% 251.94/36.22
% 251.94/36.22 [1920] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2199] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2200] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [2200] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [2205] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [2205] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [3997] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [3997] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [19653] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [19653] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [19654] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [19654] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [19655] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [19656] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [19655] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [19656] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [20316] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [20316] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [20317] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [20317] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [20318] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [20319] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [20319] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [20318] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [36188] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [36188] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [36189] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [36189] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [36190] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [36191] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [36191] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [36190] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [36225] ~r(X8_992_3)
% 251.94/36.22
% 251.94/36.22 [36225] CLOSURE : ~r(X8_992_3)
% 251.94/36.22
% 251.94/36.22 [2199] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [3018] ~! [Y3_3] : ((p(X2_100_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [3018] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_100_0) <=> p(Y3_3)))
% 251.94/36.22 -> [3019] ~(p(X2_100_0) <=> p(skolem_Y33(X2_100_0)))
% 251.94/36.22
% 251.94/36.22 [3019] BETA_NOT_EQUIV : ~(p(X2_100_0) <=> p(skolem_Y33(X2_100_0)))
% 251.94/36.22 -> [3020] ~p(X2_100_0), p(skolem_Y33(X2_100_0))
% 251.94/36.22 -> [3021] p(X2_100_0), ~p(skolem_Y33(X2_100_0))
% 251.94/36.22
% 251.94/36.22 [3021] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6979] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6979] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [6980] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [6980] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [6981] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [6982] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [6981] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [6982] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [15447] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [15447] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [15448] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [15448] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [15449] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [15450] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [15450] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [15449] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [17702] ~r(X8_163_3)
% 251.94/36.22
% 251.94/36.22 [17702] CLOSURE : ~r(X8_163_3)
% 251.94/36.22
% 251.94/36.22 [3020] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [7491] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [7491] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [7492] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [7492] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [7493] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [7494] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [7493] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [7494] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [36801] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [36801] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [36802] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [36802] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [36803] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [36804] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [36804] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [36803] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [36826] ~r(X8_1010_3)
% 251.94/36.22
% 251.94/36.22 [36826] CLOSURE : ~r(X8_1010_3)
% 251.94/36.22
% 251.94/36.22 [984] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [1390] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [1390] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [1392] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1393] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [1392] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1768] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [1769] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [1768] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [2487] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [2487] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [2491] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [2491] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [2492] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [2493] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [2493] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [2492] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [4782] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [4782] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [4783] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [4783] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [4784] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [4785] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [4784] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [4785] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [5735] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [5735] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [5737] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [5737] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [5739] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [5740] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [5740] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [5739] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [28463] ~r(X8_645_3)
% 251.94/36.22
% 251.94/36.22 [28463] CLOSURE : ~r(X8_645_3)
% 251.94/36.22
% 251.94/36.22 [1769] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [2499] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [2499] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [10502] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [10502] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [11799] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [11799] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [11800] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [11800] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [11802] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [11803] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [11803] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [11802] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [39152] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [39152] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [39153] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [39153] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [39154] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [39155] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [39155] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [39154] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [39611] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [39611] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [39612] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [39612] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [39613] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [39614] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [39614] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [39613] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [39783] ~r(X8_1204_3)
% 251.94/36.22
% 251.94/36.22 [39783] CLOSURE : ~r(X8_1204_3)
% 251.94/36.22
% 251.94/36.22 [1393] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [1400] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [1400] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1402] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [1403] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [1402] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [1776] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [1776] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [1779] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [1779] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [1780] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [1780] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [1781] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [1782] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [1781] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6252] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6252] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [6253] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [6253] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [6255] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [6256] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [6256] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [6255] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [14894] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [14894] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [14895] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [14895] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [14896] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [14897] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [14897] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [14896] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [17290] ~r(X8_151_3)
% 251.94/36.22
% 251.94/36.22 [17290] CLOSURE : ~r(X8_151_3)
% 251.94/36.22
% 251.94/36.22 [1782] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [1403] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [1404] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [1404] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [4549] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [4549] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [4550] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [4550] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [4551] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [4552] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [4552] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [4551] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [19212] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [19212] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [19213] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [19213] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [19214] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [19215] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [19214] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [19215] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [20700] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [20700] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [20701] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [20701] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [20702] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [20703] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [20703] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [20702] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [40321] ~r(X8_1227_3)
% 251.94/36.22
% 251.94/36.22 [40321] CLOSURE : ~r(X8_1227_3)
% 251.94/36.22
% 251.94/36.22 [744] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [751] r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [751] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [2001] ~s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [2001] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22 -> [4907] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [4908] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22
% 251.94/36.22 [4908] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [4916] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [4917] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [4917] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [4919] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [4919] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [13480] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [13481] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [13480] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [13885] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [13886] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [13885] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [14303] ~! [Y3_3] : ((p(X2_572_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [14303] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_572_0) <=> p(Y3_3)))
% 251.94/36.22 -> [14304] ~(p(X2_572_0) <=> p(skolem_Y33(X2_572_0)))
% 251.94/36.22
% 251.94/36.22 [14304] BETA_NOT_EQUIV : ~(p(X2_572_0) <=> p(skolem_Y33(X2_572_0)))
% 251.94/36.22 -> [14306] ~p(X2_572_0), p(skolem_Y33(X2_572_0))
% 251.94/36.22 -> [14307] p(X2_572_0), ~p(skolem_Y33(X2_572_0))
% 251.94/36.22
% 251.94/36.22 [14306] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [16094] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [16094] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [16095] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [16095] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [16096] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [16097] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [16096] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [16097] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [17481] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [17481] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [17482] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [17482] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [17483] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [17484] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [17484] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [17483] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [25447] p(Y13_191_3)
% 251.94/36.22
% 251.94/36.22 [25447] CLOSURE : p(Y13_191_3)
% 251.94/36.22
% 251.94/36.22 [14307] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [15641] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [15641] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [15642] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [15642] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [15643] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [15644] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [15643] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [15644] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [16945] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [16945] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [16947] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [16947] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [16950] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [16951] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [16951] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [16950] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [34806] p(Y13_419_3)
% 251.94/36.22
% 251.94/36.22 [34806] CLOSURE : p(Y13_419_3)
% 251.94/36.22
% 251.94/36.22 [13886] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [13887] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [13887] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [15232] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [15232] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [15867] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [15867] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [15868] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [15868] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [15869] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [15870] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [15869] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [15870] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [16960] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [16960] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [16961] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [16961] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [16962] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [16963] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [16963] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [16962] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [34911] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [34911] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [34912] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [34912] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [34913] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [34914] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [34914] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [34913] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [35116] p(Y13_425_3)
% 251.94/36.22
% 251.94/36.22 [35116] CLOSURE : p(Y13_425_3)
% 251.94/36.22
% 251.94/36.22 [13481] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [13482] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [13482] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [13483] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [13484] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [13483] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [13891] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [13891] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [15242] ~! [Y3_3] : ((p(X2_624_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [15242] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_624_0) <=> p(Y3_3)))
% 251.94/36.22 -> [15243] ~(p(X2_624_0) <=> p(skolem_Y33(X2_624_0)))
% 251.94/36.22
% 251.94/36.22 [15243] BETA_NOT_EQUIV : ~(p(X2_624_0) <=> p(skolem_Y33(X2_624_0)))
% 251.94/36.22 -> [15244] ~p(X2_624_0), p(skolem_Y33(X2_624_0))
% 251.94/36.22 -> [15245] p(X2_624_0), ~p(skolem_Y33(X2_624_0))
% 251.94/36.22
% 251.94/36.22 [15244] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [16367] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [16367] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [16368] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [16368] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [16369] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [16370] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [16370] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [16369] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [35067] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [35067] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [35068] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [35068] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [35069] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [35070] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [35070] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [35069] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [35147] p(Y13_429_3)
% 251.94/36.22
% 251.94/36.22 [35147] CLOSURE : p(Y13_429_3)
% 251.94/36.22
% 251.94/36.22 [15245] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [16119] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [16119] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [16120] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [16120] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [16124] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [16125] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [16125] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [16124] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [21684] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [21684] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.22 -> [21686] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.22
% 251.94/36.22 [21686] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.22 -> [21688] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.22 -> [21689] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [21688] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [21689] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [35326] p(Y13_433_3)
% 251.94/36.22
% 251.94/36.22 [35326] CLOSURE : p(Y13_433_3)
% 251.94/36.22
% 251.94/36.22 [13484] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [13485] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [13485] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [14790] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [14790] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [14791] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [14791] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [14792] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [14793] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [14792] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [14793] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [15905] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [15905] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [15906] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [15906] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [15907] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [15908] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [15907] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [15908] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [17243] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [17243] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [17244] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [17244] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [17245] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [17246] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [17246] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [17245] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [35407] p(Y13_435_3)
% 251.94/36.22
% 251.94/36.22 [35407] CLOSURE : p(Y13_435_3)
% 251.94/36.22
% 251.94/36.22 [4916] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [5526] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [5526] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [8785] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8786] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [8786] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [8794] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [8794] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8795] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8796] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8796] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8797] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8797] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [10020] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [10020] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [10021] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [10021] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [10022] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [10023] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [10022] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [10023] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [33141] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [33141] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [33142] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [33142] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [33145] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [33146] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [33145] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [33146] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [33237] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [33237] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [33238] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [33238] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [33239] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [33240] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [33240] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [33239] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [33303] ~s(skolem_X1414)
% 251.94/36.22
% 251.94/36.22 [33303] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [33312] (s(skolem_X1414) <=> s(Y15_192_4))
% 251.94/36.22
% 251.94/36.22 [33312] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_192_4))
% 251.94/36.22 -> [33313] ~s(skolem_X1414), ~s(Y15_192_4)
% 251.94/36.22 -> [33314] s(skolem_X1414), s(Y15_192_4)
% 251.94/36.22
% 251.94/36.22 [33314] CLOSURE : s(Y15_192_4)
% 251.94/36.22
% 251.94/36.22 [33313] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [33344] q(Y17_94_5)
% 251.94/36.22
% 251.94/36.22 [33344] CLOSURE : q(Y17_94_5)
% 251.94/36.22
% 251.94/36.22 [8795] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [9147] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [9147] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [10006] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [10006] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [10007] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [10007] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [10008] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [10009] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [10009] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [10008] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [12431] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [12431] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [12432] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [12432] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [12433] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [12434] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [12434] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [12433] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [33186] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [33186] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [33187] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [33187] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [33188] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [33189] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [33189] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [33188] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [33362] ~s(skolem_X1414)
% 251.94/36.22
% 251.94/36.22 [33362] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [33415] (s(skolem_X1414) <=> s(Y15_194_4))
% 251.94/36.22
% 251.94/36.22 [33415] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_194_4))
% 251.94/36.22 -> [33416] ~s(skolem_X1414), ~s(Y15_194_4)
% 251.94/36.22 -> [33417] s(skolem_X1414), s(Y15_194_4)
% 251.94/36.22
% 251.94/36.22 [33417] CLOSURE : s(Y15_194_4)
% 251.94/36.22
% 251.94/36.22 [33416] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [33445] ~p(X16_128_5)
% 251.94/36.22
% 251.94/36.22 [33445] CLOSURE : ~p(X16_128_5)
% 251.94/36.22
% 251.94/36.22 [8785] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [9134] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [9135] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [9135] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [9139] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [9139] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [10344] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [10344] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [11577] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [11577] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [11578] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [11578] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [11580] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [11581] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [11580] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [11581] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [23134] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [23134] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [23135] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [23135] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [23136] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [23137] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [23137] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [23136] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [25102] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [25102] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [25103] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [25103] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [25104] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [25105] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [25105] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [25104] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [26149] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [26149] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [26231] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [26231] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22 -> [26232] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22
% 251.94/36.22 [26232] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22 -> [26233] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.22 -> [26234] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [26233] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [26234] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [9134] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9434] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9434] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [9435] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [9435] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [9436] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [9437] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [9437] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [9436] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [11104] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [11104] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [11106] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [11106] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [11107] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [11108] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [11107] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [11108] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [13240] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [13240] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [13241] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [13241] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [13242] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [13243] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [13243] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [13242] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [35692] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [35692] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [35715] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [35715] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22 -> [35717] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22
% 251.94/36.22 [35717] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22 -> [35719] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.22 -> [35720] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [35719] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [35720] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [4907] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [5516] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [5517] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [5516] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [6157] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [6158] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [6157] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [8082] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8083] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [8083] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [8084] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [8084] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9119] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9119] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [9120] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [9120] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [9121] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [9122] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [9121] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [9122] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [10402] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [10402] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [10403] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [10403] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [10404] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [10405] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [10404] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [10405] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [12485] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [12485] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [12487] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [12487] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [12489] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [12490] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [12490] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [12489] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [23508] ~s(X12_167_3)
% 251.94/36.22
% 251.94/36.22 [23508] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [23666] p(Y13_120_4)
% 251.94/36.22
% 251.94/36.22 [23666] CLOSURE : p(Y13_120_4)
% 251.94/36.22
% 251.94/36.22 [8082] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [8424] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [8424] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [9471] ~! [Y3_3] : ((p(X2_393_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [9471] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_393_0) <=> p(Y3_3)))
% 251.94/36.22 -> [9472] ~(p(X2_393_0) <=> p(skolem_Y33(X2_393_0)))
% 251.94/36.22
% 251.94/36.22 [9472] BETA_NOT_EQUIV : ~(p(X2_393_0) <=> p(skolem_Y33(X2_393_0)))
% 251.94/36.22 -> [9473] ~p(X2_393_0), p(skolem_Y33(X2_393_0))
% 251.94/36.22 -> [9474] p(X2_393_0), ~p(skolem_Y33(X2_393_0))
% 251.94/36.22
% 251.94/36.22 [9474] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [10677] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [10677] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [10678] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [10678] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [10679] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [10680] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [10680] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [10679] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [23145] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [23145] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.22 -> [23146] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.22
% 251.94/36.22 [23146] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.22 -> [23147] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.22 -> [23148] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [23147] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [23148] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [24167] ~s(X12_193_3)
% 251.94/36.22
% 251.94/36.22 [24167] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [24300] p(Y13_147_4)
% 251.94/36.22
% 251.94/36.22 [24300] CLOSURE : p(Y13_147_4)
% 251.94/36.22
% 251.94/36.22 [9473] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [11166] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [11166] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [11167] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [11167] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [11168] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [11169] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [11169] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [11168] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [34551] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [34551] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [34552] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [34552] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [34553] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [34554] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [34554] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [34553] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [34697] ~s(X12_496_3)
% 251.94/36.22
% 251.94/36.22 [34697] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [34720] p(Y13_417_4)
% 251.94/36.22
% 251.94/36.22 [34720] CLOSURE : p(Y13_417_4)
% 251.94/36.22
% 251.94/36.22 [6158] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [6160] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [6160] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [6161] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [6162] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [6162] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [6167] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [6167] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [13777] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [13777] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [14992] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [14992] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [14994] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [14994] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [14995] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [14996] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [14995] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [14996] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [16066] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [16066] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [16067] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [16067] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [16068] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [16069] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [16069] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [16068] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [22639] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [22639] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [22640] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [22640] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [22641] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [22642] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [22642] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [22641] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [23358] ~s(X12_161_3)
% 251.94/36.22
% 251.94/36.22 [23358] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [23422] p(Y13_113_4)
% 251.94/36.22
% 251.94/36.22 [23422] CLOSURE : p(Y13_113_4)
% 251.94/36.22
% 251.94/36.22 [6161] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [8278] ~! [Y3_3] : ((p(X2_328_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [8278] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_328_0) <=> p(Y3_3)))
% 251.94/36.22 -> [8279] ~(p(X2_328_0) <=> p(skolem_Y33(X2_328_0)))
% 251.94/36.22
% 251.94/36.22 [8279] BETA_NOT_EQUIV : ~(p(X2_328_0) <=> p(skolem_Y33(X2_328_0)))
% 251.94/36.22 -> [8280] ~p(X2_328_0), p(skolem_Y33(X2_328_0))
% 251.94/36.22 -> [8281] p(X2_328_0), ~p(skolem_Y33(X2_328_0))
% 251.94/36.22
% 251.94/36.22 [8281] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [15690] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [15690] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [15691] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [15691] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [15694] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [15695] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [15694] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [15695] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [17509] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [17509] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [17510] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [17510] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [17511] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [17512] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [17512] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [17511] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [25324] ~s(X12_235_3)
% 251.94/36.22
% 251.94/36.22 [25324] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [25412] p(Y13_188_4)
% 251.94/36.22
% 251.94/36.22 [25412] CLOSURE : p(Y13_188_4)
% 251.94/36.22
% 251.94/36.22 [8280] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [15685] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [15685] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [15686] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [15686] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [15687] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [15688] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [15687] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [15688] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [17491] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [17491] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [17492] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [17492] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [17494] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [17495] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [17495] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [17494] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [41590] ~s(X12_681_3)
% 251.94/36.22
% 251.94/36.22 [41590] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [41648] p(Y13_622_4)
% 251.94/36.22
% 251.94/36.22 [41648] CLOSURE : p(Y13_622_4)
% 251.94/36.22
% 251.94/36.22 [5517] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [5525] s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [5525] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [8874] ~p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [8874] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [10120] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [10121] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [10120] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [15915] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [15916] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [15916] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [15921] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [15921] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [17044] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [17044] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [17045] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [17045] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [17046] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [17047] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [17046] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [17047] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [40078] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [40078] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [40079] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [40079] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [40080] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [40081] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [40080] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [40081] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [40153] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [40153] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [40154] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [40154] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [40155] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [40156] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [40156] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [40155] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [40957] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [40957] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22 -> [40959] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22
% 251.94/36.22 [40959] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22 -> [40960] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.22 -> [40961] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [40961] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [40960] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [41396] q(Y17_158_4)
% 251.94/36.22
% 251.94/36.22 [41396] CLOSURE : q(Y17_158_4)
% 251.94/36.22
% 251.94/36.22 [15915] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [16258] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [16258] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [17362] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [17362] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [17363] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [17363] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [17364] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [17365] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [17365] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [17364] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [39887] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [39887] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [39888] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [39888] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [39889] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [39890] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [39890] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [39889] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [40355] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [40355] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [40356] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [40356] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [40359] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [40360] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [40360] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [40359] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [41363] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [41363] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.22 -> [41364] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22
% 251.94/36.22 [41364] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.22 -> [41365] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.22 -> [41366] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [41366] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [41365] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [42368] ~p(X16_201_4)
% 251.94/36.22
% 251.94/36.22 [42368] CLOSURE : ~p(X16_201_4)
% 251.94/36.22
% 251.94/36.22 [10121] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [10130] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [10130] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [10132] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [10133] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [10132] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [15927] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [15927] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [15929] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [15929] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [15932] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [15933] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [15933] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [15932] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [17806] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [17806] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [17807] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [17807] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [17811] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [17812] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [17811] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [17812] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [40201] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [40201] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [40202] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [40202] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [40203] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [40204] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [40204] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [40203] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [40986] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [40986] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.22 -> [40987] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.22 -> [40988] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [40988] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [40987] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [41483] ~p(X16_198_4)
% 251.94/36.22
% 251.94/36.22 [41483] CLOSURE : ~p(X16_198_4)
% 251.94/36.22
% 251.94/36.22 [10133] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [10137] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [10137] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [16655] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [16655] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [17827] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [17827] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [17828] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [17828] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [17829] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [17830] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [17829] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [17830] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [40303] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [40303] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [40304] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [40304] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [40305] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [40306] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [40306] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [40305] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [41133] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [41133] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.22 -> [41134] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22
% 251.94/36.22 [41134] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.22 -> [41135] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.22 -> [41136] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.22
% 251.94/36.22 [41136] CLOSURE : r(skolem_Y55)
% 251.94/36.22
% 251.94/36.22 [41135] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [41498] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.22
% 251.94/36.22 [41498] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.22 -> [41499] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.22 -> [41500] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [41500] CLOSURE : s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [41499] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [41661] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22
% 251.94/36.22 [41661] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [41662] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [41662] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.22 -> [41666] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22
% 251.94/36.22 [41666] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.22 -> [41668] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.22 -> [41669] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.22
% 251.94/36.22 [41669] CLOSURE : p(skolem_Y1313)
% 251.94/36.22
% 251.94/36.22 [41668] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [41785] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22
% 251.94/36.22 [41785] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [41786] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [41786] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.22 -> [41787] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22
% 251.94/36.22 [41787] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.22 -> [41788] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.22 -> [41789] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.22
% 251.94/36.22 [41788] CLOSURE : ~q(skolem_X44)
% 251.94/36.22
% 251.94/36.22 [41789] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [42275] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22
% 251.94/36.22 [42275] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [42276] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [42276] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.22 -> [42278] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.22
% 251.94/36.22 [42278] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.22 -> [42281] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.22 -> [42282] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [42281] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [42282] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [42617] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [42617] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22 -> [42618] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.22
% 251.94/36.22 [42618] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.22 -> [42619] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.94/36.22 -> [42620] s(skolem_X1414), s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [42620] CLOSURE : s(skolem_X1414)
% 251.94/36.22
% 251.94/36.22 [42619] CLOSURE : ~s(skolem_X1212)
% 251.94/36.22
% 251.94/36.22 [10] BETA_NOT_EQUIV : ~((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.94/36.22 -> [26] ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.22 -> [27] (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.22
% 251.94/36.22 [27] BETA_EQUIV : (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.94/36.22 -> [33] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.22 -> [34] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.22
% 251.94/36.22 [33] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.22 -> [590] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22 -> [591] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22
% 251.94/36.22 [590] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.22 -> [1293] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [1294] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.22
% 251.94/36.22 [1294] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.22 -> [1300] r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [1300] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.22 -> [1305] ~s(skolem_Y99)
% 251.94/36.22
% 251.94/36.22 [1305] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.22 -> [1310] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [1311] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22
% 251.94/36.22 [1310] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.22 -> [1584] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [1585] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.22
% 251.94/36.22 [1584] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.22 -> [1962] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1963] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22
% 251.94/36.22 [1963] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.22 -> [1964] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.22
% 251.94/36.22 [1964] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [1965] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [1966] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [1966] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.22 -> [1978] p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [1978] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4269] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4269] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [4830] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [4830] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.22 -> [4831] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22
% 251.94/36.22 [4831] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.22 -> [4832] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.22 -> [4833] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.22
% 251.94/36.22 [4832] CLOSURE : ~p(skolem_X1616)
% 251.94/36.22
% 251.94/36.22 [4833] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.22 -> [28457] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [28457] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.22 -> [28613] r(Y5_997_2)
% 251.94/36.22
% 251.94/36.22 [28613] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [28696] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [28696] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [28697] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [28697] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [28698] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [28699] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [28698] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [28699] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [1965] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [2375] ~! [Y3_3] : ((p(X2_77_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [2375] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_77_0) <=> p(Y3_3)))
% 251.94/36.22 -> [2376] ~(p(X2_77_0) <=> p(skolem_Y33(X2_77_0)))
% 251.94/36.22
% 251.94/36.22 [2376] BETA_NOT_EQUIV : ~(p(X2_77_0) <=> p(skolem_Y33(X2_77_0)))
% 251.94/36.22 -> [2378] ~p(X2_77_0), p(skolem_Y33(X2_77_0))
% 251.94/36.22 -> [2379] p(X2_77_0), ~p(skolem_Y33(X2_77_0))
% 251.94/36.22
% 251.94/36.22 [2379] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.22 -> [4621] ~q(X6_853_3)
% 251.94/36.22
% 251.94/36.22 [4621] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.22 -> [5609] r(Y5_152_2)
% 251.94/36.22
% 251.94/36.22 [5609] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [27887] ~! [Y7_7] : ((q(X6_853_3) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [27887] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_853_3) <=> q(Y7_7)))
% 251.94/36.22 -> [27888] ~(q(X6_853_3) <=> q(skolem_Y77(X6_853_3)))
% 251.94/36.22
% 251.94/36.22 [27888] BETA_NOT_EQUIV : ~(q(X6_853_3) <=> q(skolem_Y77(X6_853_3)))
% 251.94/36.22 -> [27889] ~q(X6_853_3), q(skolem_Y77(X6_853_3))
% 251.94/36.22 -> [27890] q(X6_853_3), ~q(skolem_Y77(X6_853_3))
% 251.94/36.22
% 251.94/36.22 [27890] CLOSURE : q(X6_853_3)
% 251.94/36.22
% 251.94/36.22 [27889] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [28004] ~! [Y11_11] : ((r(X10_560_4) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [28004] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_560_4) <=> r(Y11_11)))
% 251.94/36.22 -> [28005] ~(r(X10_560_4) <=> r(skolem_Y1111(X10_560_4)))
% 251.94/36.22
% 251.94/36.22 [28005] BETA_NOT_EQUIV : ~(r(X10_560_4) <=> r(skolem_Y1111(X10_560_4)))
% 251.94/36.22 -> [28006] ~r(X10_560_4), r(skolem_Y1111(X10_560_4))
% 251.94/36.22 -> [28007] r(X10_560_4), ~r(skolem_Y1111(X10_560_4))
% 251.94/36.22
% 251.94/36.22 [28006] CLOSURE : ~r(X10_560_4)
% 251.94/36.22
% 251.94/36.22 [28007] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.22 -> [28049] ~s(X12_304_5)
% 251.94/36.22
% 251.94/36.22 [28049] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.22 -> [28063] p(Y13_251_6)
% 251.94/36.22
% 251.94/36.22 [28063] CLOSURE : p(Y13_251_6)
% 251.94/36.22
% 251.94/36.22 [2378] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.22 -> [4822] ~q(X6_90_3)
% 251.94/36.22
% 251.94/36.22 [4822] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.22 -> [6249] r(skolem_Y1111(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [6249] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6853] ~! [Y7_7] : ((q(X6_90_3) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6853] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_90_3) <=> q(Y7_7)))
% 251.94/36.22 -> [6854] ~(q(X6_90_3) <=> q(skolem_Y77(X6_90_3)))
% 251.94/36.22
% 251.94/36.22 [6854] BETA_NOT_EQUIV : ~(q(X6_90_3) <=> q(skolem_Y77(X6_90_3)))
% 251.94/36.22 -> [6855] ~q(X6_90_3), q(skolem_Y77(X6_90_3))
% 251.94/36.22 -> [6856] q(X6_90_3), ~q(skolem_Y77(X6_90_3))
% 251.94/36.22
% 251.94/36.22 [6856] CLOSURE : q(X6_90_3)
% 251.94/36.22
% 251.94/36.22 [6855] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.22 -> [10104] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.22
% 251.94/36.22 [10104] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.22 -> [10105] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.22
% 251.94/36.22 [10105] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.22 -> [10106] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.22 -> [10107] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [10107] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.22
% 251.94/36.22 [10106] CLOSURE : ~r(skolem_X88)
% 251.94/36.22
% 251.94/36.22 [1962] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.22 -> [2367] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [2368] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.22
% 251.94/36.22 [2367] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.22 -> [4089] ~q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4089] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.22 -> [4092] ~! [Y3_3] : ((p(X2_144_0) <=> p(Y3_3)))
% 251.94/36.22
% 251.94/36.22 [4092] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_144_0) <=> p(Y3_3)))
% 251.94/36.22 -> [4093] ~(p(X2_144_0) <=> p(skolem_Y33(X2_144_0)))
% 251.94/36.22
% 251.94/36.22 [4093] BETA_NOT_EQUIV : ~(p(X2_144_0) <=> p(skolem_Y33(X2_144_0)))
% 251.94/36.22 -> [4094] ~p(X2_144_0), p(skolem_Y33(X2_144_0))
% 251.94/36.22 -> [4095] p(X2_144_0), ~p(skolem_Y33(X2_144_0))
% 251.94/36.22
% 251.94/36.22 [4095] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.22 -> [4819] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [4819] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.22 -> [6240] r(Y5_169_2)
% 251.94/36.22
% 251.94/36.22 [6240] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.22 -> [6816] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22
% 251.94/36.22 [6816] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.22 -> [6817] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22
% 251.94/36.22 [6817] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.22 -> [6820] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.22 -> [6821] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [6820] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [6821] CLOSURE : q(skolem_Y1717)
% 251.94/36.22
% 251.94/36.22 [4094] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.22 -> [5158] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.22
% 251.94/36.22 [5158] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.22 -> [6670] r(Y5_185_2)
% 251.94/36.22
% 251.94/36.22 [6670] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [6929] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [6929] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [6930] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [6930] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [6931] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [6932] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [6931] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [6932] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2368] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [2369] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2369] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4243] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4243] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [4246] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [4246] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [4247] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [4248] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [4247] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [4248] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [5165] ~q(X6_94_3)
% 251.94/36.23
% 251.94/36.23 [5165] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [6684] r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [6684] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [6949] ~! [Y7_7] : ((q(X6_94_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [6949] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_94_3) <=> q(Y7_7)))
% 251.94/36.23 -> [6950] ~(q(X6_94_3) <=> q(skolem_Y77(X6_94_3)))
% 251.94/36.23
% 251.94/36.23 [6950] BETA_NOT_EQUIV : ~(q(X6_94_3) <=> q(skolem_Y77(X6_94_3)))
% 251.94/36.23 -> [6953] ~q(X6_94_3), q(skolem_Y77(X6_94_3))
% 251.94/36.23 -> [6954] q(X6_94_3), ~q(skolem_Y77(X6_94_3))
% 251.94/36.23
% 251.94/36.23 [6954] CLOSURE : q(X6_94_3)
% 251.94/36.23
% 251.94/36.23 [6953] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [10744] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [10744] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.23 -> [10745] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23
% 251.94/36.23 [10745] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23 -> [10746] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.23 -> [10747] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [10746] CLOSURE : ~r(skolem_X88)
% 251.94/36.23
% 251.94/36.23 [10747] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [1585] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [1590] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [1590] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [2395] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [2395] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [4462] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [4463] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [4462] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [4639] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [4640] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [4639] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [4845] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [4845] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [6281] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [6281] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [6282] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [6282] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [6283] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [6284] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [6283] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13188] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13188] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [22239] r(Y5_902_2)
% 251.94/36.23
% 251.94/36.23 [22239] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [22691] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [22691] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [22692] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [22692] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [22693] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [22694] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [22693] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [22694] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [6284] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [4640] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [4643] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [4643] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [5645] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [5645] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [5646] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [5646] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [5647] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [5648] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [5647] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [5648] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [29079] ~q(X6_876_3)
% 251.94/36.23
% 251.94/36.23 [29079] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [29094] r(Y5_1014_2)
% 251.94/36.23
% 251.94/36.23 [29094] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [29121] ~! [Y7_7] : ((q(X6_876_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [29121] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_876_3) <=> q(Y7_7)))
% 251.94/36.23 -> [29122] ~(q(X6_876_3) <=> q(skolem_Y77(X6_876_3)))
% 251.94/36.23
% 251.94/36.23 [29122] BETA_NOT_EQUIV : ~(q(X6_876_3) <=> q(skolem_Y77(X6_876_3)))
% 251.94/36.23 -> [29123] ~q(X6_876_3), q(skolem_Y77(X6_876_3))
% 251.94/36.23 -> [29124] q(X6_876_3), ~q(skolem_Y77(X6_876_3))
% 251.94/36.23
% 251.94/36.23 [29124] CLOSURE : q(X6_876_3)
% 251.94/36.23
% 251.94/36.23 [29123] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [29199] ~! [Y11_11] : ((r(X10_626_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [29199] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_626_4) <=> r(Y11_11)))
% 251.94/36.23 -> [29200] ~(r(X10_626_4) <=> r(skolem_Y1111(X10_626_4)))
% 251.94/36.23
% 251.94/36.23 [29200] BETA_NOT_EQUIV : ~(r(X10_626_4) <=> r(skolem_Y1111(X10_626_4)))
% 251.94/36.23 -> [29201] ~r(X10_626_4), r(skolem_Y1111(X10_626_4))
% 251.94/36.23 -> [29202] r(X10_626_4), ~r(skolem_Y1111(X10_626_4))
% 251.94/36.23
% 251.94/36.23 [29201] CLOSURE : ~r(X10_626_4)
% 251.94/36.23
% 251.94/36.23 [29202] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [29223] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [29223] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.23 -> [29225] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.23
% 251.94/36.23 [29225] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.23 -> [29227] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.23 -> [29228] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [29228] CLOSURE : s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [29227] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [29253] q(Y17_62_6)
% 251.94/36.23
% 251.94/36.23 [29253] CLOSURE : q(Y17_62_6)
% 251.94/36.23
% 251.94/36.23 [4463] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [4474] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [4474] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [4475] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [4476] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [4476] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [4488] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [4488] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [5217] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [5217] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [29043] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [29043] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [29044] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [29044] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [29045] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [29046] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [29046] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [29045] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [29294] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [29294] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [29312] r(Y5_1021_2)
% 251.94/36.23
% 251.94/36.23 [29312] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [29321] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [29321] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [29322] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [29322] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [29323] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [29324] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [29323] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [29324] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [4475] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4645] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4645] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [4646] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [4646] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [4647] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [4648] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [4648] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [4647] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [10853] ~q(X6_1013_3)
% 251.94/36.23
% 251.94/36.23 [10853] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12189] r(Y5_457_2)
% 251.94/36.23
% 251.94/36.23 [12189] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [33566] ~! [Y7_7] : ((q(X6_1013_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [33566] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1013_3) <=> q(Y7_7)))
% 251.94/36.23 -> [33567] ~(q(X6_1013_3) <=> q(skolem_Y77(X6_1013_3)))
% 251.94/36.23
% 251.94/36.23 [33567] BETA_NOT_EQUIV : ~(q(X6_1013_3) <=> q(skolem_Y77(X6_1013_3)))
% 251.94/36.23 -> [33568] ~q(X6_1013_3), q(skolem_Y77(X6_1013_3))
% 251.94/36.23 -> [33569] q(X6_1013_3), ~q(skolem_Y77(X6_1013_3))
% 251.94/36.23
% 251.94/36.23 [33569] CLOSURE : q(X6_1013_3)
% 251.94/36.23
% 251.94/36.23 [33568] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [34202] ~! [Y11_11] : ((r(X10_796_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [34202] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_796_4) <=> r(Y11_11)))
% 251.94/36.23 -> [34203] ~(r(X10_796_4) <=> r(skolem_Y1111(X10_796_4)))
% 251.94/36.23
% 251.94/36.23 [34203] BETA_NOT_EQUIV : ~(r(X10_796_4) <=> r(skolem_Y1111(X10_796_4)))
% 251.94/36.23 -> [34204] ~r(X10_796_4), r(skolem_Y1111(X10_796_4))
% 251.94/36.23 -> [34205] r(X10_796_4), ~r(skolem_Y1111(X10_796_4))
% 251.94/36.23
% 251.94/36.23 [34204] CLOSURE : ~r(X10_796_4)
% 251.94/36.23
% 251.94/36.23 [34205] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23 -> [34334] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [34334] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.23 -> [34335] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.23 -> [34336] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [34336] CLOSURE : s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [34335] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [34590] ~p(X16_140_6)
% 251.94/36.23
% 251.94/36.23 [34590] CLOSURE : ~p(X16_140_6)
% 251.94/36.23
% 251.94/36.23 [1311] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [1325] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [1326] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [1325] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [1598] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [1598] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [1599] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1600] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [1600] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [1605] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [1605] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1606] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1607] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [1606] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2002] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2002] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2004] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2004] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [2005] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [2005] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [2006] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [2007] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [2007] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [2006] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [4892] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [4892] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [6322] r(Y5_172_2)
% 251.94/36.23
% 251.94/36.23 [6322] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [29224] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [29224] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [29226] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [29226] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [29229] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [29230] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [29229] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [29230] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1607] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [1609] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [1609] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4140] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4140] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [4141] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [4141] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [4142] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [4143] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [4142] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [4143] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [29293] ~q(X6_890_3)
% 251.94/36.23
% 251.94/36.23 [29293] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [29339] r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [29339] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [29365] ~! [Y7_7] : ((q(X6_890_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [29365] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_890_3) <=> q(Y7_7)))
% 251.94/36.23 -> [29366] ~(q(X6_890_3) <=> q(skolem_Y77(X6_890_3)))
% 251.94/36.23
% 251.94/36.23 [29366] BETA_NOT_EQUIV : ~(q(X6_890_3) <=> q(skolem_Y77(X6_890_3)))
% 251.94/36.23 -> [29367] ~q(X6_890_3), q(skolem_Y77(X6_890_3))
% 251.94/36.23 -> [29368] q(X6_890_3), ~q(skolem_Y77(X6_890_3))
% 251.94/36.23
% 251.94/36.23 [29368] CLOSURE : q(X6_890_3)
% 251.94/36.23
% 251.94/36.23 [29367] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [29411] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [29411] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.23 -> [29412] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23
% 251.94/36.23 [29412] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23 -> [29413] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.23 -> [29414] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [29414] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [29413] CLOSURE : ~r(skolem_X88)
% 251.94/36.23
% 251.94/36.23 [1599] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1987] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1988] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [1988] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [1992] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [1992] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [4300] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [4300] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4875] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4875] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [4876] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [4876] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [4878] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [4879] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [4878] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [4879] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [29340] ~q(X6_891_3)
% 251.94/36.23
% 251.94/36.23 [29340] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [29369] r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [29369] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [29385] ~! [Y7_7] : ((q(X6_891_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [29385] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_891_3) <=> q(Y7_7)))
% 251.94/36.23 -> [29386] ~(q(X6_891_3) <=> q(skolem_Y77(X6_891_3)))
% 251.94/36.23
% 251.94/36.23 [29386] BETA_NOT_EQUIV : ~(q(X6_891_3) <=> q(skolem_Y77(X6_891_3)))
% 251.94/36.23 -> [29387] ~q(X6_891_3), q(skolem_Y77(X6_891_3))
% 251.94/36.23 -> [29388] q(X6_891_3), ~q(skolem_Y77(X6_891_3))
% 251.94/36.23
% 251.94/36.23 [29388] CLOSURE : q(X6_891_3)
% 251.94/36.23
% 251.94/36.23 [29387] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [29457] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [29457] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.23 -> [29458] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23
% 251.94/36.23 [29458] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23 -> [29459] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.23 -> [29460] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [29460] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [29459] CLOSURE : ~r(skolem_X88)
% 251.94/36.23
% 251.94/36.23 [1987] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2407] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2407] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [2408] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [2408] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [2409] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [2410] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [2410] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [2409] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [4869] ~q(X6_877_3)
% 251.94/36.23
% 251.94/36.23 [4869] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [6305] r(Y5_171_2)
% 251.94/36.23
% 251.94/36.23 [6305] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [29150] ~! [Y7_7] : ((q(X6_877_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [29150] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_877_3) <=> q(Y7_7)))
% 251.94/36.23 -> [29151] ~(q(X6_877_3) <=> q(skolem_Y77(X6_877_3)))
% 251.94/36.23
% 251.94/36.23 [29151] BETA_NOT_EQUIV : ~(q(X6_877_3) <=> q(skolem_Y77(X6_877_3)))
% 251.94/36.23 -> [29152] ~q(X6_877_3), q(skolem_Y77(X6_877_3))
% 251.94/36.23 -> [29153] q(X6_877_3), ~q(skolem_Y77(X6_877_3))
% 251.94/36.23
% 251.94/36.23 [29153] CLOSURE : q(X6_877_3)
% 251.94/36.23
% 251.94/36.23 [29152] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [29370] ~! [Y11_11] : ((r(X10_631_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [29370] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_631_4) <=> r(Y11_11)))
% 251.94/36.23 -> [29371] ~(r(X10_631_4) <=> r(skolem_Y1111(X10_631_4)))
% 251.94/36.23
% 251.94/36.23 [29371] BETA_NOT_EQUIV : ~(r(X10_631_4) <=> r(skolem_Y1111(X10_631_4)))
% 251.94/36.23 -> [29372] ~r(X10_631_4), r(skolem_Y1111(X10_631_4))
% 251.94/36.23 -> [29373] r(X10_631_4), ~r(skolem_Y1111(X10_631_4))
% 251.94/36.23
% 251.94/36.23 [29372] CLOSURE : ~r(X10_631_4)
% 251.94/36.23
% 251.94/36.23 [29373] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [29466] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [29466] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [29472] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [29472] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.23 -> [29473] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.23
% 251.94/36.23 [29473] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.23 -> [29474] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.23 -> [29475] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [29474] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [29475] CLOSURE : s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [1326] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [1329] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [1329] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [2026] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [2027] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [2027] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [2038] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [2038] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [2042] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2043] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [2042] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2449] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2449] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4516] ~! [Y3_3] : ((p(X2_160_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4516] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_160_0) <=> p(Y3_3)))
% 251.94/36.23 -> [4517] ~(p(X2_160_0) <=> p(skolem_Y33(X2_160_0)))
% 251.94/36.23
% 251.94/36.23 [4517] BETA_NOT_EQUIV : ~(p(X2_160_0) <=> p(skolem_Y33(X2_160_0)))
% 251.94/36.23 -> [4518] ~p(X2_160_0), p(skolem_Y33(X2_160_0))
% 251.94/36.23 -> [4519] p(X2_160_0), ~p(skolem_Y33(X2_160_0))
% 251.94/36.23
% 251.94/36.23 [4519] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [5719] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [5719] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [28915] r(Y5_1006_2)
% 251.94/36.23
% 251.94/36.23 [28915] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [28949] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [28949] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [28950] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [28950] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [28951] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [28952] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [28951] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [28952] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [4518] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [6333] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [6333] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [28883] r(Y5_1004_2)
% 251.94/36.23
% 251.94/36.23 [28883] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [28921] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [28921] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [28922] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [28922] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [28923] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [28924] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [28923] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [28924] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2043] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [2046] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2046] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4166] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4166] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [4167] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [4167] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [4168] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [4169] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [4168] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [4169] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [4942] ~q(X6_871_3)
% 251.94/36.23
% 251.94/36.23 [4942] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [6338] r(Y5_174_2)
% 251.94/36.23
% 251.94/36.23 [6338] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [28944] ~! [Y7_7] : ((q(X6_871_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [28944] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_871_3) <=> q(Y7_7)))
% 251.94/36.23 -> [28945] ~(q(X6_871_3) <=> q(skolem_Y77(X6_871_3)))
% 251.94/36.23
% 251.94/36.23 [28945] BETA_NOT_EQUIV : ~(q(X6_871_3) <=> q(skolem_Y77(X6_871_3)))
% 251.94/36.23 -> [28946] ~q(X6_871_3), q(skolem_Y77(X6_871_3))
% 251.94/36.23 -> [28947] q(X6_871_3), ~q(skolem_Y77(X6_871_3))
% 251.94/36.23
% 251.94/36.23 [28947] CLOSURE : q(X6_871_3)
% 251.94/36.23
% 251.94/36.23 [28946] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [29172] ~! [Y11_11] : ((r(X10_625_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [29172] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_625_4) <=> r(Y11_11)))
% 251.94/36.23 -> [29173] ~(r(X10_625_4) <=> r(skolem_Y1111(X10_625_4)))
% 251.94/36.23
% 251.94/36.23 [29173] BETA_NOT_EQUIV : ~(r(X10_625_4) <=> r(skolem_Y1111(X10_625_4)))
% 251.94/36.23 -> [29174] ~r(X10_625_4), r(skolem_Y1111(X10_625_4))
% 251.94/36.23 -> [29175] r(X10_625_4), ~r(skolem_Y1111(X10_625_4))
% 251.94/36.23
% 251.94/36.23 [29174] CLOSURE : ~r(X10_625_4)
% 251.94/36.23
% 251.94/36.23 [29175] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [29280] p(Y13_288_5)
% 251.94/36.23
% 251.94/36.23 [29280] CLOSURE : p(Y13_288_5)
% 251.94/36.23
% 251.94/36.23 [2026] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [2442] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2443] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [2442] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4153] ~! [Y3_3] : ((p(X2_149_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4153] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_149_0) <=> p(Y3_3)))
% 251.94/36.23 -> [4156] ~(p(X2_149_0) <=> p(skolem_Y33(X2_149_0)))
% 251.94/36.23
% 251.94/36.23 [4156] BETA_NOT_EQUIV : ~(p(X2_149_0) <=> p(skolem_Y33(X2_149_0)))
% 251.94/36.23 -> [4157] ~p(X2_149_0), p(skolem_Y33(X2_149_0))
% 251.94/36.23 -> [4158] p(X2_149_0), ~p(skolem_Y33(X2_149_0))
% 251.94/36.23
% 251.94/36.23 [4158] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [4926] ~q(X6_869_3)
% 251.94/36.23
% 251.94/36.23 [4926] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [6329] r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [6329] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [28796] ~! [Y7_7] : ((q(X6_869_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [28796] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_869_3) <=> q(Y7_7)))
% 251.94/36.23 -> [28798] ~(q(X6_869_3) <=> q(skolem_Y77(X6_869_3)))
% 251.94/36.23
% 251.94/36.23 [28798] BETA_NOT_EQUIV : ~(q(X6_869_3) <=> q(skolem_Y77(X6_869_3)))
% 251.94/36.23 -> [28801] ~q(X6_869_3), q(skolem_Y77(X6_869_3))
% 251.94/36.23 -> [28802] q(X6_869_3), ~q(skolem_Y77(X6_869_3))
% 251.94/36.23
% 251.94/36.23 [28802] CLOSURE : q(X6_869_3)
% 251.94/36.23
% 251.94/36.23 [28801] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [29032] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [29032] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.23 -> [29035] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23
% 251.94/36.23 [29035] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23 -> [29036] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.23 -> [29037] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [29037] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [29036] CLOSURE : ~r(skolem_X88)
% 251.94/36.23
% 251.94/36.23 [4157] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [5246] ~q(X6_868_3)
% 251.94/36.23
% 251.94/36.23 [5246] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [28658] r(Y5_999_2)
% 251.94/36.23
% 251.94/36.23 [28658] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [28741] ~! [Y7_7] : ((q(X6_868_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [28741] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_868_3) <=> q(Y7_7)))
% 251.94/36.23 -> [28742] ~(q(X6_868_3) <=> q(skolem_Y77(X6_868_3)))
% 251.94/36.23
% 251.94/36.23 [28742] BETA_NOT_EQUIV : ~(q(X6_868_3) <=> q(skolem_Y77(X6_868_3)))
% 251.94/36.23 -> [28743] ~q(X6_868_3), q(skolem_Y77(X6_868_3))
% 251.94/36.23 -> [28744] q(X6_868_3), ~q(skolem_Y77(X6_868_3))
% 251.94/36.23
% 251.94/36.23 [28744] CLOSURE : q(X6_868_3)
% 251.94/36.23
% 251.94/36.23 [28743] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [28979] ~! [Y11_11] : ((r(X10_617_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [28979] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_617_4) <=> r(Y11_11)))
% 251.94/36.23 -> [28980] ~(r(X10_617_4) <=> r(skolem_Y1111(X10_617_4)))
% 251.94/36.23
% 251.94/36.23 [28980] BETA_NOT_EQUIV : ~(r(X10_617_4) <=> r(skolem_Y1111(X10_617_4)))
% 251.94/36.23 -> [28981] ~r(X10_617_4), r(skolem_Y1111(X10_617_4))
% 251.94/36.23 -> [28982] r(X10_617_4), ~r(skolem_Y1111(X10_617_4))
% 251.94/36.23
% 251.94/36.23 [28981] CLOSURE : ~r(X10_617_4)
% 251.94/36.23
% 251.94/36.23 [28982] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [29134] p(Y13_285_5)
% 251.94/36.23
% 251.94/36.23 [29134] CLOSURE : p(Y13_285_5)
% 251.94/36.23
% 251.94/36.23 [2443] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [2444] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2444] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [4991] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [4991] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [12079] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [12079] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [12080] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [12080] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [12081] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [12082] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [12081] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [12082] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13355] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13355] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [14285] r(Y5_564_2)
% 251.94/36.23
% 251.94/36.23 [14285] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [15408] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [15408] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [15409] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [15409] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [15410] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [15411] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [15410] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [15411] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1293] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.23 -> [1558] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [1559] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23
% 251.94/36.23 [1559] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [1563] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [1564] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [1563] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [1868] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [1868] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [1871] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1872] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [1871] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [2268] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2269] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [2268] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4870] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4870] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [4872] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [4872] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [4873] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [4874] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [4874] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [4873] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [6101] ~q(X6_331_3)
% 251.94/36.23
% 251.94/36.23 [6101] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [6102] r(Y5_163_2)
% 251.94/36.23
% 251.94/36.23 [6102] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [14077] ~! [Y7_7] : ((q(X6_331_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [14077] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_331_3) <=> q(Y7_7)))
% 251.94/36.23 -> [14078] ~(q(X6_331_3) <=> q(skolem_Y77(X6_331_3)))
% 251.94/36.23
% 251.94/36.23 [14078] BETA_NOT_EQUIV : ~(q(X6_331_3) <=> q(skolem_Y77(X6_331_3)))
% 251.94/36.23 -> [14079] ~q(X6_331_3), q(skolem_Y77(X6_331_3))
% 251.94/36.23 -> [14080] q(X6_331_3), ~q(skolem_Y77(X6_331_3))
% 251.94/36.23
% 251.94/36.23 [14080] CLOSURE : q(X6_331_3)
% 251.94/36.23
% 251.94/36.23 [14079] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [32951] ~! [Y11_11] : ((r(X10_743_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [32951] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_743_4) <=> r(Y11_11)))
% 251.94/36.23 -> [32952] ~(r(X10_743_4) <=> r(skolem_Y1111(X10_743_4)))
% 251.94/36.23
% 251.94/36.23 [32952] BETA_NOT_EQUIV : ~(r(X10_743_4) <=> r(skolem_Y1111(X10_743_4)))
% 251.94/36.23 -> [32953] ~r(X10_743_4), r(skolem_Y1111(X10_743_4))
% 251.94/36.23 -> [32954] r(X10_743_4), ~r(skolem_Y1111(X10_743_4))
% 251.94/36.23
% 251.94/36.23 [32953] CLOSURE : ~r(X10_743_4)
% 251.94/36.23
% 251.94/36.23 [32954] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [33038] ~r(X8_847_5)
% 251.94/36.23
% 251.94/36.23 [33038] CLOSURE : ~r(X8_847_5)
% 251.94/36.23
% 251.94/36.23 [2269] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [2280] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2280] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2281] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2281] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2282] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2282] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [2284] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [2284] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [2285] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [2286] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [2286] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [2285] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [12693] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [12693] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12694] r(Y5_493_2)
% 251.94/36.23
% 251.94/36.23 [12694] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [13783] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [13783] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [13785] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [13785] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [13788] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [13789] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13788] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13789] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1872] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [1877] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [1877] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1878] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1879] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [1878] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2302] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2302] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2303] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2303] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [2304] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [2304] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [2305] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [2306] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [2305] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [6135] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [6135] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [6136] r(Y5_167_2)
% 251.94/36.23
% 251.94/36.23 [6136] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [7737] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [7737] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [7738] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [7738] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [7739] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [7740] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [7739] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [7740] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2306] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [1879] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [1887] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [1887] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [1892] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [1892] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [1895] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [1895] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [1898] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [1899] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [1899] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [1898] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [14172] ~q(skolem_Y77(X6_1108_3))
% 251.94/36.23
% 251.94/36.23 [14172] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [14174] r(Y5_555_2)
% 251.94/36.23
% 251.94/36.23 [14174] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [36919] ~! [Y7_7] : ((q(X6_1108_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [36919] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1108_3) <=> q(Y7_7)))
% 251.94/36.23 -> [36921] ~(q(X6_1108_3) <=> q(skolem_Y77(X6_1108_3)))
% 251.94/36.23
% 251.94/36.23 [36921] BETA_NOT_EQUIV : ~(q(X6_1108_3) <=> q(skolem_Y77(X6_1108_3)))
% 251.94/36.23 -> [36923] ~q(X6_1108_3), q(skolem_Y77(X6_1108_3))
% 251.94/36.23 -> [36924] q(X6_1108_3), ~q(skolem_Y77(X6_1108_3))
% 251.94/36.23
% 251.94/36.23 [36923] CLOSURE : q(skolem_Y77(X6_1108_3))
% 251.94/36.23
% 251.94/36.23 [36924] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [37426] ~! [Y11_11] : ((r(X10_925_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [37426] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_925_4) <=> r(Y11_11)))
% 251.94/36.23 -> [37427] ~(r(X10_925_4) <=> r(skolem_Y1111(X10_925_4)))
% 251.94/36.23
% 251.94/36.23 [37427] BETA_NOT_EQUIV : ~(r(X10_925_4) <=> r(skolem_Y1111(X10_925_4)))
% 251.94/36.23 -> [37428] ~r(X10_925_4), r(skolem_Y1111(X10_925_4))
% 251.94/36.23 -> [37429] r(X10_925_4), ~r(skolem_Y1111(X10_925_4))
% 251.94/36.23
% 251.94/36.23 [37428] CLOSURE : ~r(X10_925_4)
% 251.94/36.23
% 251.94/36.23 [37429] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [37676] ~r(X8_1059_5)
% 251.94/36.23
% 251.94/36.23 [37676] CLOSURE : ~r(X8_1059_5)
% 251.94/36.23
% 251.94/36.23 [1564] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [1567] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [1567] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [1568] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1569] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [1568] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1912] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1913] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [1913] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [2330] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2330] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [29359] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [29359] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [29430] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [29430] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [29431] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [29431] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [29432] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [29433] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [29432] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [29433] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [29494] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [29494] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [29512] r(Y5_1028_2)
% 251.94/36.23
% 251.94/36.23 [29512] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [29522] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [29522] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [29523] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [29523] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [29524] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [29525] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [29524] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [29525] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1912] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2322] ~! [Y3_3] : ((p(X2_73_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2322] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_73_0) <=> p(Y3_3)))
% 251.94/36.23 -> [2323] ~(p(X2_73_0) <=> p(skolem_Y33(X2_73_0)))
% 251.94/36.23
% 251.94/36.23 [2323] BETA_NOT_EQUIV : ~(p(X2_73_0) <=> p(skolem_Y33(X2_73_0)))
% 251.94/36.23 -> [2324] ~p(X2_73_0), p(skolem_Y33(X2_73_0))
% 251.94/36.23 -> [2325] p(X2_73_0), ~p(skolem_Y33(X2_73_0))
% 251.94/36.23
% 251.94/36.23 [2324] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [11316] ~q(X6_329_3)
% 251.94/36.23
% 251.94/36.23 [11316] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12626] r(Y5_487_2)
% 251.94/36.23
% 251.94/36.23 [12626] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [14045] ~! [Y7_7] : ((q(X6_329_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [14045] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_329_3) <=> q(Y7_7)))
% 251.94/36.23 -> [14049] ~(q(X6_329_3) <=> q(skolem_Y77(X6_329_3)))
% 251.94/36.23
% 251.94/36.23 [14049] BETA_NOT_EQUIV : ~(q(X6_329_3) <=> q(skolem_Y77(X6_329_3)))
% 251.94/36.23 -> [14050] ~q(X6_329_3), q(skolem_Y77(X6_329_3))
% 251.94/36.23 -> [14051] q(X6_329_3), ~q(skolem_Y77(X6_329_3))
% 251.94/36.23
% 251.94/36.23 [14051] CLOSURE : q(X6_329_3)
% 251.94/36.23
% 251.94/36.23 [14050] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [32915] ~! [Y11_11] : ((r(X10_742_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [32915] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_742_4) <=> r(Y11_11)))
% 251.94/36.23 -> [32916] ~(r(X10_742_4) <=> r(skolem_Y1111(X10_742_4)))
% 251.94/36.23
% 251.94/36.23 [32916] BETA_NOT_EQUIV : ~(r(X10_742_4) <=> r(skolem_Y1111(X10_742_4)))
% 251.94/36.23 -> [32917] ~r(X10_742_4), r(skolem_Y1111(X10_742_4))
% 251.94/36.23 -> [32918] r(X10_742_4), ~r(skolem_Y1111(X10_742_4))
% 251.94/36.23
% 251.94/36.23 [32917] CLOSURE : ~r(X10_742_4)
% 251.94/36.23
% 251.94/36.23 [32918] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [33026] ~r(X8_845_5)
% 251.94/36.23
% 251.94/36.23 [33026] CLOSURE : ~r(X8_845_5)
% 251.94/36.23
% 251.94/36.23 [2325] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [11628] ~q(skolem_Y77(X6_300_3))
% 251.94/36.23
% 251.94/36.23 [11628] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12594] r(skolem_Y1111(X10_877_4))
% 251.94/36.23
% 251.94/36.23 [12594] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [13606] ~! [Y7_7] : ((q(X6_300_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [13606] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_300_3) <=> q(Y7_7)))
% 251.94/36.23 -> [13607] ~(q(X6_300_3) <=> q(skolem_Y77(X6_300_3)))
% 251.94/36.23
% 251.94/36.23 [13607] BETA_NOT_EQUIV : ~(q(X6_300_3) <=> q(skolem_Y77(X6_300_3)))
% 251.94/36.23 -> [13608] ~q(X6_300_3), q(skolem_Y77(X6_300_3))
% 251.94/36.23 -> [13609] q(X6_300_3), ~q(skolem_Y77(X6_300_3))
% 251.94/36.23
% 251.94/36.23 [13608] CLOSURE : q(skolem_Y77(X6_300_3))
% 251.94/36.23
% 251.94/36.23 [13609] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [35895] ~! [Y11_11] : ((r(X10_877_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [35895] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_877_4) <=> r(Y11_11)))
% 251.94/36.23 -> [35896] ~(r(X10_877_4) <=> r(skolem_Y1111(X10_877_4)))
% 251.94/36.23
% 251.94/36.23 [35896] BETA_NOT_EQUIV : ~(r(X10_877_4) <=> r(skolem_Y1111(X10_877_4)))
% 251.94/36.23 -> [35897] ~r(X10_877_4), r(skolem_Y1111(X10_877_4))
% 251.94/36.23 -> [35898] r(X10_877_4), ~r(skolem_Y1111(X10_877_4))
% 251.94/36.23
% 251.94/36.23 [35898] CLOSURE : ~r(skolem_Y1111(X10_877_4))
% 251.94/36.23
% 251.94/36.23 [35897] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [35929] ~r(X8_968_5)
% 251.94/36.23
% 251.94/36.23 [35929] CLOSURE : ~r(X8_968_5)
% 251.94/36.23
% 251.94/36.23 [1569] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [1576] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [1576] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1578] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1579] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [1578] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1924] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1924] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [1926] ~! [Y3_3] : ((p(X2_49_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [1926] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_49_0) <=> p(Y3_3)))
% 251.94/36.23 -> [1929] ~(p(X2_49_0) <=> p(skolem_Y33(X2_49_0)))
% 251.94/36.23
% 251.94/36.23 [1929] BETA_NOT_EQUIV : ~(p(X2_49_0) <=> p(skolem_Y33(X2_49_0)))
% 251.94/36.23 -> [1930] ~p(X2_49_0), p(skolem_Y33(X2_49_0))
% 251.94/36.23 -> [1931] p(X2_49_0), ~p(skolem_Y33(X2_49_0))
% 251.94/36.23
% 251.94/36.23 [1931] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [11534] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [11534] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [22274] r(Y5_903_2)
% 251.94/36.23
% 251.94/36.23 [22274] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [22699] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [22699] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [22700] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [22700] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [22701] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [22702] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [22701] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [22702] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1930] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [11985] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [11985] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [13006] r(Y5_505_2)
% 251.94/36.23
% 251.94/36.23 [13006] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [14125] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [14125] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [14126] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [14126] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [14133] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [14134] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [14133] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [14134] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1579] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [1583] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [1583] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2350] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2350] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [2351] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [2351] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [2352] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [2353] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [2352] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2353] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13458] ~q(X6_403_3)
% 251.94/36.23
% 251.94/36.23 [13458] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [14334] r(Y5_568_2)
% 251.94/36.23
% 251.94/36.23 [14334] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [15415] ~! [Y7_7] : ((q(X6_403_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [15415] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_403_3) <=> q(Y7_7)))
% 251.94/36.23 -> [15416] ~(q(X6_403_3) <=> q(skolem_Y77(X6_403_3)))
% 251.94/36.23
% 251.94/36.23 [15416] BETA_NOT_EQUIV : ~(q(X6_403_3) <=> q(skolem_Y77(X6_403_3)))
% 251.94/36.23 -> [15417] ~q(X6_403_3), q(skolem_Y77(X6_403_3))
% 251.94/36.23 -> [15418] q(X6_403_3), ~q(skolem_Y77(X6_403_3))
% 251.94/36.23
% 251.94/36.23 [15418] CLOSURE : q(X6_403_3)
% 251.94/36.23
% 251.94/36.23 [15417] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [38064] ~! [Y11_11] : ((r(X10_941_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [38064] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_941_4) <=> r(Y11_11)))
% 251.94/36.23 -> [38065] ~(r(X10_941_4) <=> r(skolem_Y1111(X10_941_4)))
% 251.94/36.23
% 251.94/36.23 [38065] BETA_NOT_EQUIV : ~(r(X10_941_4) <=> r(skolem_Y1111(X10_941_4)))
% 251.94/36.23 -> [38066] ~r(X10_941_4), r(skolem_Y1111(X10_941_4))
% 251.94/36.23 -> [38067] r(X10_941_4), ~r(skolem_Y1111(X10_941_4))
% 251.94/36.23
% 251.94/36.23 [38066] CLOSURE : ~r(X10_941_4)
% 251.94/36.23
% 251.94/36.23 [38067] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [38174] ~r(X8_1106_5)
% 251.94/36.23
% 251.94/36.23 [38174] CLOSURE : ~r(X8_1106_5)
% 251.94/36.23
% 251.94/36.23 [1558] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [1826] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [1827] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [1826] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [2208] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [2209] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [2208] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [9413] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [9414] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [9413] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [9850] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [9850] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9852] ~! [Y3_3] : ((p(X2_416_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9852] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_416_0) <=> p(Y3_3)))
% 251.94/36.23 -> [9854] ~(p(X2_416_0) <=> p(skolem_Y33(X2_416_0)))
% 251.94/36.23
% 251.94/36.23 [9854] BETA_NOT_EQUIV : ~(p(X2_416_0) <=> p(skolem_Y33(X2_416_0)))
% 251.94/36.23 -> [9857] ~p(X2_416_0), p(skolem_Y33(X2_416_0))
% 251.94/36.23 -> [9858] p(X2_416_0), ~p(skolem_Y33(X2_416_0))
% 251.94/36.23
% 251.94/36.23 [9858] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [10355] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [10355] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [10356] r(Y5_365_2)
% 251.94/36.23
% 251.94/36.23 [10356] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [21755] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [21755] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [21756] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [21756] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [21757] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [21758] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [21757] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [21758] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [9857] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [10879] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [10879] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [10880] r(Y5_395_2)
% 251.94/36.23
% 251.94/36.23 [10880] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [33061] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [33061] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [33062] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [33062] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [33063] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [33064] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [33063] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [33064] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [9414] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [9415] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [9415] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9416] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9416] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [9417] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [9417] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [9418] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [9419] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [9418] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [9419] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [9865] ~q(skolem_Y77(X6_210_3))
% 251.94/36.23
% 251.94/36.23 [9865] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [9868] r(skolem_Y1111(X10_753_4))
% 251.94/36.23
% 251.94/36.23 [9868] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [11553] ~! [Y7_7] : ((q(X6_210_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [11553] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_210_3) <=> q(Y7_7)))
% 251.94/36.23 -> [11554] ~(q(X6_210_3) <=> q(skolem_Y77(X6_210_3)))
% 251.94/36.23
% 251.94/36.23 [11554] BETA_NOT_EQUIV : ~(q(X6_210_3) <=> q(skolem_Y77(X6_210_3)))
% 251.94/36.23 -> [11555] ~q(X6_210_3), q(skolem_Y77(X6_210_3))
% 251.94/36.23 -> [11556] q(X6_210_3), ~q(skolem_Y77(X6_210_3))
% 251.94/36.23
% 251.94/36.23 [11555] CLOSURE : q(skolem_Y77(X6_210_3))
% 251.94/36.23
% 251.94/36.23 [11556] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [33248] ~! [Y11_11] : ((r(X10_753_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [33248] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_753_4) <=> r(Y11_11)))
% 251.94/36.23 -> [33249] ~(r(X10_753_4) <=> r(skolem_Y1111(X10_753_4)))
% 251.94/36.23
% 251.94/36.23 [33249] BETA_NOT_EQUIV : ~(r(X10_753_4) <=> r(skolem_Y1111(X10_753_4)))
% 251.94/36.23 -> [33250] ~r(X10_753_4), r(skolem_Y1111(X10_753_4))
% 251.94/36.23 -> [33251] r(X10_753_4), ~r(skolem_Y1111(X10_753_4))
% 251.94/36.23
% 251.94/36.23 [33251] CLOSURE : ~r(skolem_Y1111(X10_753_4))
% 251.94/36.23
% 251.94/36.23 [33250] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [33822] ~r(X8_874_5)
% 251.94/36.23
% 251.94/36.23 [33822] CLOSURE : ~r(X8_874_5)
% 251.94/36.23
% 251.94/36.23 [2209] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [2217] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [2217] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [2218] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2219] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [2218] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9329] ~! [Y3_3] : ((p(X2_382_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9329] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_382_0) <=> p(Y3_3)))
% 251.94/36.23 -> [9330] ~(p(X2_382_0) <=> p(skolem_Y33(X2_382_0)))
% 251.94/36.23
% 251.94/36.23 [9330] BETA_NOT_EQUIV : ~(p(X2_382_0) <=> p(skolem_Y33(X2_382_0)))
% 251.94/36.23 -> [9331] ~p(X2_382_0), p(skolem_Y33(X2_382_0))
% 251.94/36.23 -> [9332] p(X2_382_0), ~p(skolem_Y33(X2_382_0))
% 251.94/36.23
% 251.94/36.23 [9331] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [9747] ~q(skolem_Y77(X6_197_3))
% 251.94/36.23
% 251.94/36.23 [9747] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [9748] r(skolem_Y1111(X10_642_4))
% 251.94/36.23
% 251.94/36.23 [9748] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [11235] ~! [Y7_7] : ((q(X6_197_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [11235] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_197_3) <=> q(Y7_7)))
% 251.94/36.23 -> [11237] ~(q(X6_197_3) <=> q(skolem_Y77(X6_197_3)))
% 251.94/36.23
% 251.94/36.23 [11237] BETA_NOT_EQUIV : ~(q(X6_197_3) <=> q(skolem_Y77(X6_197_3)))
% 251.94/36.23 -> [11238] ~q(X6_197_3), q(skolem_Y77(X6_197_3))
% 251.94/36.23 -> [11239] q(X6_197_3), ~q(skolem_Y77(X6_197_3))
% 251.94/36.23
% 251.94/36.23 [11238] CLOSURE : q(skolem_Y77(X6_197_3))
% 251.94/36.23
% 251.94/36.23 [11239] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [29610] ~! [Y11_11] : ((r(X10_642_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [29610] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_642_4) <=> r(Y11_11)))
% 251.94/36.23 -> [29611] ~(r(X10_642_4) <=> r(skolem_Y1111(X10_642_4)))
% 251.94/36.23
% 251.94/36.23 [29611] BETA_NOT_EQUIV : ~(r(X10_642_4) <=> r(skolem_Y1111(X10_642_4)))
% 251.94/36.23 -> [29612] ~r(X10_642_4), r(skolem_Y1111(X10_642_4))
% 251.94/36.23 -> [29613] r(X10_642_4), ~r(skolem_Y1111(X10_642_4))
% 251.94/36.23
% 251.94/36.23 [29613] CLOSURE : ~r(skolem_Y1111(X10_642_4))
% 251.94/36.23
% 251.94/36.23 [29612] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [29677] ~r(X8_706_5)
% 251.94/36.23
% 251.94/36.23 [29677] CLOSURE : ~r(X8_706_5)
% 251.94/36.23
% 251.94/36.23 [9332] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [9345] ~q(X6_179_3)
% 251.94/36.23
% 251.94/36.23 [9345] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [9346] r(Y5_286_2)
% 251.94/36.23
% 251.94/36.23 [9346] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [10599] ~! [Y7_7] : ((q(X6_179_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [10599] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_179_3) <=> q(Y7_7)))
% 251.94/36.23 -> [10602] ~(q(X6_179_3) <=> q(skolem_Y77(X6_179_3)))
% 251.94/36.23
% 251.94/36.23 [10602] BETA_NOT_EQUIV : ~(q(X6_179_3) <=> q(skolem_Y77(X6_179_3)))
% 251.94/36.23 -> [10603] ~q(X6_179_3), q(skolem_Y77(X6_179_3))
% 251.94/36.23 -> [10604] q(X6_179_3), ~q(skolem_Y77(X6_179_3))
% 251.94/36.23
% 251.94/36.23 [10604] CLOSURE : q(X6_179_3)
% 251.94/36.23
% 251.94/36.23 [10603] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [29630] ~! [Y11_11] : ((r(X10_643_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [29630] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_643_4) <=> r(Y11_11)))
% 251.94/36.23 -> [29631] ~(r(X10_643_4) <=> r(skolem_Y1111(X10_643_4)))
% 251.94/36.23
% 251.94/36.23 [29631] BETA_NOT_EQUIV : ~(r(X10_643_4) <=> r(skolem_Y1111(X10_643_4)))
% 251.94/36.23 -> [29632] ~r(X10_643_4), r(skolem_Y1111(X10_643_4))
% 251.94/36.23 -> [29633] r(X10_643_4), ~r(skolem_Y1111(X10_643_4))
% 251.94/36.23
% 251.94/36.23 [29632] CLOSURE : ~r(X10_643_4)
% 251.94/36.23
% 251.94/36.23 [29633] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [29682] ~r(X8_708_5)
% 251.94/36.23
% 251.94/36.23 [29682] CLOSURE : ~r(X8_708_5)
% 251.94/36.23
% 251.94/36.23 [2219] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [2221] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2221] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2222] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2222] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2223] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2223] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [2224] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [2224] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [2225] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [2226] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [2225] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2226] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [9769] ~q(X6_201_3)
% 251.94/36.23
% 251.94/36.23 [9769] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [9770] r(Y5_318_2)
% 251.94/36.23
% 251.94/36.23 [9770] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [11343] ~! [Y7_7] : ((q(X6_201_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [11343] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_201_3) <=> q(Y7_7)))
% 251.94/36.23 -> [11346] ~(q(X6_201_3) <=> q(skolem_Y77(X6_201_3)))
% 251.94/36.23
% 251.94/36.23 [11346] BETA_NOT_EQUIV : ~(q(X6_201_3) <=> q(skolem_Y77(X6_201_3)))
% 251.94/36.23 -> [11347] ~q(X6_201_3), q(skolem_Y77(X6_201_3))
% 251.94/36.23 -> [11348] q(X6_201_3), ~q(skolem_Y77(X6_201_3))
% 251.94/36.23
% 251.94/36.23 [11348] CLOSURE : q(X6_201_3)
% 251.94/36.23
% 251.94/36.23 [11347] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [34603] ~! [Y11_11] : ((r(X10_814_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [34603] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_814_4) <=> r(Y11_11)))
% 251.94/36.23 -> [34604] ~(r(X10_814_4) <=> r(skolem_Y1111(X10_814_4)))
% 251.94/36.23
% 251.94/36.23 [34604] BETA_NOT_EQUIV : ~(r(X10_814_4) <=> r(skolem_Y1111(X10_814_4)))
% 251.94/36.23 -> [34605] ~r(X10_814_4), r(skolem_Y1111(X10_814_4))
% 251.94/36.23 -> [34606] r(X10_814_4), ~r(skolem_Y1111(X10_814_4))
% 251.94/36.23
% 251.94/36.23 [34605] CLOSURE : ~r(X10_814_4)
% 251.94/36.23
% 251.94/36.23 [34606] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [34660] ~r(X8_909_5)
% 251.94/36.23
% 251.94/36.23 [34660] CLOSURE : ~r(X8_909_5)
% 251.94/36.23
% 251.94/36.23 [1827] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [1836] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [1836] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [1837] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [1837] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [1838] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1839] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [1839] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [1850] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [1850] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1851] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1852] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [1852] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [1860] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [1860] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [9732] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [9732] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11216] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11216] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [11217] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [11217] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [11218] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [11219] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [11219] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [11218] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [23621] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [23621] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [23890] r(Y5_950_2)
% 251.94/36.23
% 251.94/36.23 [23890] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [24175] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [24175] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [24177] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [24177] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [24178] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [24179] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [24178] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [24179] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1851] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2249] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2249] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [2251] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [2251] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [2254] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [2255] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [2255] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [2254] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [20121] ~q(skolem_Y77(X6_640_3))
% 251.94/36.23
% 251.94/36.23 [20121] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [20762] r(Y5_848_2)
% 251.94/36.23
% 251.94/36.23 [20762] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [21704] ~! [Y7_7] : ((q(X6_640_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [21704] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_640_3) <=> q(Y7_7)))
% 251.94/36.23 -> [21705] ~(q(X6_640_3) <=> q(skolem_Y77(X6_640_3)))
% 251.94/36.23
% 251.94/36.23 [21705] BETA_NOT_EQUIV : ~(q(X6_640_3) <=> q(skolem_Y77(X6_640_3)))
% 251.94/36.23 -> [21707] ~q(X6_640_3), q(skolem_Y77(X6_640_3))
% 251.94/36.23 -> [21708] q(X6_640_3), ~q(skolem_Y77(X6_640_3))
% 251.94/36.23
% 251.94/36.23 [21707] CLOSURE : q(skolem_Y77(X6_640_3))
% 251.94/36.23
% 251.94/36.23 [21708] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [35645] ~! [Y11_11] : ((r(X10_865_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [35645] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_865_4) <=> r(Y11_11)))
% 251.94/36.23 -> [35646] ~(r(X10_865_4) <=> r(skolem_Y1111(X10_865_4)))
% 251.94/36.23
% 251.94/36.23 [35646] BETA_NOT_EQUIV : ~(r(X10_865_4) <=> r(skolem_Y1111(X10_865_4)))
% 251.94/36.23 -> [35647] ~r(X10_865_4), r(skolem_Y1111(X10_865_4))
% 251.94/36.23 -> [35648] r(X10_865_4), ~r(skolem_Y1111(X10_865_4))
% 251.94/36.23
% 251.94/36.23 [35647] CLOSURE : ~r(X10_865_4)
% 251.94/36.23
% 251.94/36.23 [35648] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [35673] ~r(X8_950_5)
% 251.94/36.23
% 251.94/36.23 [35673] CLOSURE : ~r(X8_950_5)
% 251.94/36.23
% 251.94/36.23 [1838] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [2242] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2243] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [2242] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [9398] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [9398] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9399] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9399] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [9400] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [9400] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [9401] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [9402] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [9402] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [9401] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [11989] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [11989] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [13014] r(Y5_506_2)
% 251.94/36.23
% 251.94/36.23 [13014] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [14142] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [14142] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [14143] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [14143] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [14146] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [14147] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [14146] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [14147] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2243] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [2247] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2247] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9568] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9568] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [9569] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [9569] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [9570] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [9571] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [9571] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [9570] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [21294] ~q(X6_1165_3)
% 251.94/36.23
% 251.94/36.23 [21294] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [38292] r(Y5_1225_2)
% 251.94/36.23
% 251.94/36.23 [38292] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [38358] ~! [Y7_7] : ((q(X6_1165_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [38358] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1165_3) <=> q(Y7_7)))
% 251.94/36.23 -> [38359] ~(q(X6_1165_3) <=> q(skolem_Y77(X6_1165_3)))
% 251.94/36.23
% 251.94/36.23 [38359] BETA_NOT_EQUIV : ~(q(X6_1165_3) <=> q(skolem_Y77(X6_1165_3)))
% 251.94/36.23 -> [38360] ~q(X6_1165_3), q(skolem_Y77(X6_1165_3))
% 251.94/36.23 -> [38361] q(X6_1165_3), ~q(skolem_Y77(X6_1165_3))
% 251.94/36.23
% 251.94/36.23 [38361] CLOSURE : q(X6_1165_3)
% 251.94/36.23
% 251.94/36.23 [38360] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [38532] ~! [Y11_11] : ((r(X10_961_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [38532] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_961_4) <=> r(Y11_11)))
% 251.94/36.23 -> [38533] ~(r(X10_961_4) <=> r(skolem_Y1111(X10_961_4)))
% 251.94/36.23
% 251.94/36.23 [38533] BETA_NOT_EQUIV : ~(r(X10_961_4) <=> r(skolem_Y1111(X10_961_4)))
% 251.94/36.23 -> [38534] ~r(X10_961_4), r(skolem_Y1111(X10_961_4))
% 251.94/36.23 -> [38535] r(X10_961_4), ~r(skolem_Y1111(X10_961_4))
% 251.94/36.23
% 251.94/36.23 [38534] CLOSURE : ~r(X10_961_4)
% 251.94/36.23
% 251.94/36.23 [38535] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [38584] ~r(X8_1129_5)
% 251.94/36.23
% 251.94/36.23 [38584] CLOSURE : ~r(X8_1129_5)
% 251.94/36.23
% 251.94/36.23 [591] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [614] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [614] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.23 -> [615] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [616] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.23
% 251.94/36.23 [615] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.23 -> [5748] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [5749] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23
% 251.94/36.23 [5749] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [5750] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [5751] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [5751] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [5754] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [5754] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [5756] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [5757] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [5756] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [10768] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [10769] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [10768] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11196] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11196] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11197] ~! [Y3_3] : ((p(X2_479_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11197] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_479_0) <=> p(Y3_3)))
% 251.94/36.23 -> [11198] ~(p(X2_479_0) <=> p(skolem_Y33(X2_479_0)))
% 251.94/36.23
% 251.94/36.23 [11198] BETA_NOT_EQUIV : ~(p(X2_479_0) <=> p(skolem_Y33(X2_479_0)))
% 251.94/36.23 -> [11199] ~p(X2_479_0), p(skolem_Y33(X2_479_0))
% 251.94/36.23 -> [11200] p(X2_479_0), ~p(skolem_Y33(X2_479_0))
% 251.94/36.23
% 251.94/36.23 [11200] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13100] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13100] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [25923] r(Y5_978_2)
% 251.94/36.23
% 251.94/36.23 [25923] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [25967] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [25967] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [25968] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [25968] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [25969] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [25970] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [25969] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [25970] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11199] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [32112] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [32112] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [32177] r(Y5_1070_2)
% 251.94/36.23
% 251.94/36.23 [32177] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [32211] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [32211] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [32212] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [32212] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [32213] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [32214] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [32213] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [32214] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [10769] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [10770] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [10770] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11638] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11638] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [11640] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [11640] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [11641] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [11642] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [11641] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11642] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13106] ~q(X6_989_3)
% 251.94/36.23
% 251.94/36.23 [13106] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [32680] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [32680] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [32759] ~! [Y7_7] : ((q(X6_989_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [32759] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_989_3) <=> q(Y7_7)))
% 251.94/36.23 -> [32760] ~(q(X6_989_3) <=> q(skolem_Y77(X6_989_3)))
% 251.94/36.23
% 251.94/36.23 [32760] BETA_NOT_EQUIV : ~(q(X6_989_3) <=> q(skolem_Y77(X6_989_3)))
% 251.94/36.23 -> [32761] ~q(X6_989_3), q(skolem_Y77(X6_989_3))
% 251.94/36.23 -> [32762] q(X6_989_3), ~q(skolem_Y77(X6_989_3))
% 251.94/36.23
% 251.94/36.23 [32762] CLOSURE : q(X6_989_3)
% 251.94/36.23
% 251.94/36.23 [32761] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [32982] (r(skolem_X1010) <=> r(Y11_820_4))
% 251.94/36.23
% 251.94/36.23 [32982] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_820_4))
% 251.94/36.23 -> [32983] ~r(skolem_X1010), ~r(Y11_820_4)
% 251.94/36.23 -> [32984] r(skolem_X1010), r(Y11_820_4)
% 251.94/36.23
% 251.94/36.23 [32983] CLOSURE : ~r(Y11_820_4)
% 251.94/36.23
% 251.94/36.23 [32984] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [33011] ~r(X8_843_5)
% 251.94/36.23
% 251.94/36.23 [33011] CLOSURE : ~r(X8_843_5)
% 251.94/36.23
% 251.94/36.23 [5757] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [5768] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [5768] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [5770] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [5771] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [5771] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [5779] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [5779] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11405] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11405] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [30095] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [30095] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [30096] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [30096] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [30097] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [30098] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [30097] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [30098] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [30141] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [30141] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [30145] r(Y5_1044_2)
% 251.94/36.23
% 251.94/36.23 [30145] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [30161] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [30161] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [30162] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [30162] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [30163] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [30164] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [30163] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [30164] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [5770] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [10771] ~! [Y3_3] : ((p(X2_460_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [10771] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_460_0) <=> p(Y3_3)))
% 251.94/36.23 -> [10772] ~(p(X2_460_0) <=> p(skolem_Y33(X2_460_0)))
% 251.94/36.23
% 251.94/36.23 [10772] BETA_NOT_EQUIV : ~(p(X2_460_0) <=> p(skolem_Y33(X2_460_0)))
% 251.94/36.23 -> [10773] ~p(X2_460_0), p(skolem_Y33(X2_460_0))
% 251.94/36.23 -> [10774] p(X2_460_0), ~p(skolem_Y33(X2_460_0))
% 251.94/36.23
% 251.94/36.23 [10773] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [12223] ~q(skolem_Y77(X6_356_3))
% 251.94/36.23
% 251.94/36.23 [12223] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [13276] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [13276] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [14497] ~! [Y7_7] : ((q(X6_356_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [14497] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_356_3) <=> q(Y7_7)))
% 251.94/36.23 -> [14498] ~(q(X6_356_3) <=> q(skolem_Y77(X6_356_3)))
% 251.94/36.23
% 251.94/36.23 [14498] BETA_NOT_EQUIV : ~(q(X6_356_3) <=> q(skolem_Y77(X6_356_3)))
% 251.94/36.23 -> [14499] ~q(X6_356_3), q(skolem_Y77(X6_356_3))
% 251.94/36.23 -> [14500] q(X6_356_3), ~q(skolem_Y77(X6_356_3))
% 251.94/36.23
% 251.94/36.23 [14499] CLOSURE : q(skolem_Y77(X6_356_3))
% 251.94/36.23
% 251.94/36.23 [14500] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [36039] (r(skolem_X1010) <=> r(Y11_907_4))
% 251.94/36.23
% 251.94/36.23 [36039] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_907_4))
% 251.94/36.23 -> [36040] ~r(skolem_X1010), ~r(Y11_907_4)
% 251.94/36.23 -> [36041] r(skolem_X1010), r(Y11_907_4)
% 251.94/36.23
% 251.94/36.23 [36040] CLOSURE : ~r(Y11_907_4)
% 251.94/36.23
% 251.94/36.23 [36041] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [36055] ~r(X8_983_5)
% 251.94/36.23
% 251.94/36.23 [36055] CLOSURE : ~r(X8_983_5)
% 251.94/36.23
% 251.94/36.23 [10774] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [11967] ~q(skolem_Y77(X6_358_3))
% 251.94/36.23
% 251.94/36.23 [11967] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [13281] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [13281] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [14514] ~! [Y7_7] : ((q(X6_358_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [14514] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_358_3) <=> q(Y7_7)))
% 251.94/36.23 -> [14515] ~(q(X6_358_3) <=> q(skolem_Y77(X6_358_3)))
% 251.94/36.23
% 251.94/36.23 [14515] BETA_NOT_EQUIV : ~(q(X6_358_3) <=> q(skolem_Y77(X6_358_3)))
% 251.94/36.23 -> [14516] ~q(X6_358_3), q(skolem_Y77(X6_358_3))
% 251.94/36.23 -> [14517] q(X6_358_3), ~q(skolem_Y77(X6_358_3))
% 251.94/36.23
% 251.94/36.23 [14516] CLOSURE : q(skolem_Y77(X6_358_3))
% 251.94/36.23
% 251.94/36.23 [14517] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [36095] (r(skolem_X1010) <=> r(Y11_913_4))
% 251.94/36.23
% 251.94/36.23 [36095] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_913_4))
% 251.94/36.23 -> [36096] ~r(skolem_X1010), ~r(Y11_913_4)
% 251.94/36.23 -> [36097] r(skolem_X1010), r(Y11_913_4)
% 251.94/36.23
% 251.94/36.23 [36096] CLOSURE : ~r(Y11_913_4)
% 251.94/36.23
% 251.94/36.23 [36097] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [36106] ~r(X8_988_5)
% 251.94/36.23
% 251.94/36.23 [36106] CLOSURE : ~r(X8_988_5)
% 251.94/36.23
% 251.94/36.23 [5750] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [10699] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [10699] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [10700] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [10701] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [10700] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11381] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11382] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [11381] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [21367] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [21367] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [21368] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [21368] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [21369] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [21369] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [21370] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [21371] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [21371] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [21370] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [33282] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [33282] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [33283] r(Y5_1093_2)
% 251.94/36.23
% 251.94/36.23 [33283] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [33353] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [33353] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [33354] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [33354] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [33355] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [33356] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [33355] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [33356] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11382] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [11383] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11383] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11384] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11384] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [11385] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [11385] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [11386] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [11387] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [11387] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [22007] ~q(X6_678_3)
% 251.94/36.23
% 251.94/36.23 [22007] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [22008] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [22008] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [22532] ~! [Y7_7] : ((q(X6_678_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [22532] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_678_3) <=> q(Y7_7)))
% 251.94/36.23 -> [22533] ~(q(X6_678_3) <=> q(skolem_Y77(X6_678_3)))
% 251.94/36.23
% 251.94/36.23 [22533] BETA_NOT_EQUIV : ~(q(X6_678_3) <=> q(skolem_Y77(X6_678_3)))
% 251.94/36.23 -> [22534] ~q(X6_678_3), q(skolem_Y77(X6_678_3))
% 251.94/36.23 -> [22535] q(X6_678_3), ~q(skolem_Y77(X6_678_3))
% 251.94/36.23
% 251.94/36.23 [22535] CLOSURE : q(X6_678_3)
% 251.94/36.23
% 251.94/36.23 [22534] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [24255] (r(skolem_X1010) <=> r(Y11_507_4))
% 251.94/36.23
% 251.94/36.23 [24255] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_507_4))
% 251.94/36.23 -> [24256] ~r(skolem_X1010), ~r(Y11_507_4)
% 251.94/36.23 -> [24257] r(skolem_X1010), r(Y11_507_4)
% 251.94/36.23
% 251.94/36.23 [24256] CLOSURE : ~r(Y11_507_4)
% 251.94/36.23
% 251.94/36.23 [24257] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [24597] ~r(X8_431_5)
% 251.94/36.23
% 251.94/36.23 [24597] CLOSURE : ~r(X8_431_5)
% 251.94/36.23
% 251.94/36.23 [11386] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [10701] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [10710] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [10710] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [10711] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [10712] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [10712] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [10717] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [10717] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [10718] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [10718] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [10719] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [10719] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [10720] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [10720] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [10721] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [10722] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [10721] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [10722] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [21867] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [21867] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [21870] r(Y5_884_2)
% 251.94/36.23
% 251.94/36.23 [21870] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [21887] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [21887] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [21888] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [21888] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [21889] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [21890] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [21889] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [21890] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [10711] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11393] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11393] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [11394] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [11394] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [11395] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [11396] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [11396] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [11395] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [21789] ~q(X6_1100_3)
% 251.94/36.23
% 251.94/36.23 [21789] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [21790] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [21790] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [36583] ~! [Y7_7] : ((q(X6_1100_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [36583] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1100_3) <=> q(Y7_7)))
% 251.94/36.23 -> [36584] ~(q(X6_1100_3) <=> q(skolem_Y77(X6_1100_3)))
% 251.94/36.23
% 251.94/36.23 [36584] BETA_NOT_EQUIV : ~(q(X6_1100_3) <=> q(skolem_Y77(X6_1100_3)))
% 251.94/36.23 -> [36585] ~q(X6_1100_3), q(skolem_Y77(X6_1100_3))
% 251.94/36.23 -> [36586] q(X6_1100_3), ~q(skolem_Y77(X6_1100_3))
% 251.94/36.23
% 251.94/36.23 [36586] CLOSURE : q(X6_1100_3)
% 251.94/36.23
% 251.94/36.23 [36585] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [36620] (r(skolem_X1010) <=> r(Y11_943_4))
% 251.94/36.23
% 251.94/36.23 [36620] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_943_4))
% 251.94/36.23 -> [36621] ~r(skolem_X1010), ~r(Y11_943_4)
% 251.94/36.23 -> [36622] r(skolem_X1010), r(Y11_943_4)
% 251.94/36.23
% 251.94/36.23 [36621] CLOSURE : ~r(Y11_943_4)
% 251.94/36.23
% 251.94/36.23 [36622] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [36632] ~r(X8_1001_5)
% 251.94/36.23
% 251.94/36.23 [36632] CLOSURE : ~r(X8_1001_5)
% 251.94/36.23
% 251.94/36.23 [5748] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [10668] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [10669] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [10668] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [11125] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11126] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [11125] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11656] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11657] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [11657] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [11663] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11663] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11664] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11664] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11665] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11665] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [11666] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [11666] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [11667] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [11668] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [11667] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11668] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [12663] ~q(X6_312_3)
% 251.94/36.23
% 251.94/36.23 [12663] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12669] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [12669] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [13826] ~! [Y7_7] : ((q(X6_312_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [13826] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_312_3) <=> q(Y7_7)))
% 251.94/36.23 -> [13827] ~(q(X6_312_3) <=> q(skolem_Y77(X6_312_3)))
% 251.94/36.23
% 251.94/36.23 [13827] BETA_NOT_EQUIV : ~(q(X6_312_3) <=> q(skolem_Y77(X6_312_3)))
% 251.94/36.23 -> [13829] ~q(X6_312_3), q(skolem_Y77(X6_312_3))
% 251.94/36.23 -> [13830] q(X6_312_3), ~q(skolem_Y77(X6_312_3))
% 251.94/36.23
% 251.94/36.23 [13830] CLOSURE : q(X6_312_3)
% 251.94/36.23
% 251.94/36.23 [13829] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [38057] (r(skolem_X1010) <=> r(Y11_1032_4))
% 251.94/36.23
% 251.94/36.23 [38057] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1032_4))
% 251.94/36.23 -> [38058] ~r(skolem_X1010), ~r(Y11_1032_4)
% 251.94/36.23 -> [38059] r(skolem_X1010), r(Y11_1032_4)
% 251.94/36.23
% 251.94/36.23 [38058] CLOSURE : ~r(Y11_1032_4)
% 251.94/36.23
% 251.94/36.23 [38059] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [38092] ~r(X8_1098_5)
% 251.94/36.23
% 251.94/36.23 [38092] CLOSURE : ~r(X8_1098_5)
% 251.94/36.23
% 251.94/36.23 [11656] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [12292] ~! [Y3_3] : ((p(X2_513_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [12292] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_513_0) <=> p(Y3_3)))
% 251.94/36.23 -> [12293] ~(p(X2_513_0) <=> p(skolem_Y33(X2_513_0)))
% 251.94/36.23
% 251.94/36.23 [12293] BETA_NOT_EQUIV : ~(p(X2_513_0) <=> p(skolem_Y33(X2_513_0)))
% 251.94/36.23 -> [12294] ~p(X2_513_0), p(skolem_Y33(X2_513_0))
% 251.94/36.23 -> [12295] p(X2_513_0), ~p(skolem_Y33(X2_513_0))
% 251.94/36.23
% 251.94/36.23 [12295] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [12297] ~q(X6_287_3)
% 251.94/36.23
% 251.94/36.23 [12297] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12298] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [12298] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [13426] ~! [Y7_7] : ((q(X6_287_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [13426] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_287_3) <=> q(Y7_7)))
% 251.94/36.23 -> [13427] ~(q(X6_287_3) <=> q(skolem_Y77(X6_287_3)))
% 251.94/36.23
% 251.94/36.23 [13427] BETA_NOT_EQUIV : ~(q(X6_287_3) <=> q(skolem_Y77(X6_287_3)))
% 251.94/36.23 -> [13428] ~q(X6_287_3), q(skolem_Y77(X6_287_3))
% 251.94/36.23 -> [13429] q(X6_287_3), ~q(skolem_Y77(X6_287_3))
% 251.94/36.23
% 251.94/36.23 [13429] CLOSURE : q(X6_287_3)
% 251.94/36.23
% 251.94/36.23 [13428] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [23203] (r(skolem_X1010) <=> r(Y11_446_4))
% 251.94/36.23
% 251.94/36.23 [23203] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_446_4))
% 251.94/36.23 -> [23204] ~r(skolem_X1010), ~r(Y11_446_4)
% 251.94/36.23 -> [23205] r(skolem_X1010), r(Y11_446_4)
% 251.94/36.23
% 251.94/36.23 [23204] CLOSURE : ~r(Y11_446_4)
% 251.94/36.23
% 251.94/36.23 [23205] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [23571] ~r(X8_356_5)
% 251.94/36.23
% 251.94/36.23 [23571] CLOSURE : ~r(X8_356_5)
% 251.94/36.23
% 251.94/36.23 [12294] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [12655] ~q(X6_311_3)
% 251.94/36.23
% 251.94/36.23 [12655] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12656] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [12656] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [13814] ~! [Y7_7] : ((q(X6_311_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [13814] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_311_3) <=> q(Y7_7)))
% 251.94/36.23 -> [13815] ~(q(X6_311_3) <=> q(skolem_Y77(X6_311_3)))
% 251.94/36.23
% 251.94/36.23 [13815] BETA_NOT_EQUIV : ~(q(X6_311_3) <=> q(skolem_Y77(X6_311_3)))
% 251.94/36.23 -> [13816] ~q(X6_311_3), q(skolem_Y77(X6_311_3))
% 251.94/36.23 -> [13817] q(X6_311_3), ~q(skolem_Y77(X6_311_3))
% 251.94/36.23
% 251.94/36.23 [13817] CLOSURE : q(X6_311_3)
% 251.94/36.23
% 251.94/36.23 [13816] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [38032] (r(skolem_X1010) <=> r(Y11_1031_4))
% 251.94/36.23
% 251.94/36.23 [38032] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1031_4))
% 251.94/36.23 -> [38033] ~r(skolem_X1010), ~r(Y11_1031_4)
% 251.94/36.23 -> [38034] r(skolem_X1010), r(Y11_1031_4)
% 251.94/36.23
% 251.94/36.23 [38033] CLOSURE : ~r(Y11_1031_4)
% 251.94/36.23
% 251.94/36.23 [38034] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [38150] ~r(X8_1102_5)
% 251.94/36.23
% 251.94/36.23 [38150] CLOSURE : ~r(X8_1102_5)
% 251.94/36.23
% 251.94/36.23 [11126] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [11130] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [11130] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11131] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11132] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [11131] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11673] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11673] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11674] ~! [Y3_3] : ((p(X2_495_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11674] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_495_0) <=> p(Y3_3)))
% 251.94/36.23 -> [11675] ~(p(X2_495_0) <=> p(skolem_Y33(X2_495_0)))
% 251.94/36.23
% 251.94/36.23 [11675] BETA_NOT_EQUIV : ~(p(X2_495_0) <=> p(skolem_Y33(X2_495_0)))
% 251.94/36.23 -> [11676] ~p(X2_495_0), p(skolem_Y33(X2_495_0))
% 251.94/36.23 -> [11677] p(X2_495_0), ~p(skolem_Y33(X2_495_0))
% 251.94/36.23
% 251.94/36.23 [11676] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [12678] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [12678] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12679] r(Y5_492_2)
% 251.94/36.23
% 251.94/36.23 [12679] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [13843] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [13843] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [13844] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [13844] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [13845] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [13846] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13845] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13846] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11677] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [12312] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [12312] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12315] r(Y5_468_2)
% 251.94/36.23
% 251.94/36.23 [12315] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [13449] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [13449] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [13450] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [13450] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [13451] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [13452] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13451] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13452] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11132] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [11133] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11133] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11134] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11134] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [11135] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [11135] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [11136] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [11137] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [11136] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11137] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [11682] ~q(X6_268_3)
% 251.94/36.23
% 251.94/36.23 [11682] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [11683] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [11683] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [13080] ~! [Y7_7] : ((q(X6_268_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [13080] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_268_3) <=> q(Y7_7)))
% 251.94/36.23 -> [13081] ~(q(X6_268_3) <=> q(skolem_Y77(X6_268_3)))
% 251.94/36.23
% 251.94/36.23 [13081] BETA_NOT_EQUIV : ~(q(X6_268_3) <=> q(skolem_Y77(X6_268_3)))
% 251.94/36.23 -> [13082] ~q(X6_268_3), q(skolem_Y77(X6_268_3))
% 251.94/36.23 -> [13083] q(X6_268_3), ~q(skolem_Y77(X6_268_3))
% 251.94/36.23
% 251.94/36.23 [13083] CLOSURE : q(X6_268_3)
% 251.94/36.23
% 251.94/36.23 [13082] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [38222] (r(skolem_X1010) <=> r(Y11_1040_4))
% 251.94/36.23
% 251.94/36.23 [38222] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1040_4))
% 251.94/36.23 -> [38223] ~r(skolem_X1010), ~r(Y11_1040_4)
% 251.94/36.23 -> [38224] r(skolem_X1010), r(Y11_1040_4)
% 251.94/36.23
% 251.94/36.23 [38223] CLOSURE : ~r(Y11_1040_4)
% 251.94/36.23
% 251.94/36.23 [38224] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [38291] ~r(X8_1113_5)
% 251.94/36.23
% 251.94/36.23 [38291] CLOSURE : ~r(X8_1113_5)
% 251.94/36.23
% 251.94/36.23 [10669] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [10672] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [10672] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [10673] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [10673] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [10674] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [10675] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [10674] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11140] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11141] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [11140] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11690] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11690] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [11693] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [11693] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [11696] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [11697] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [11697] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [11696] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13867] ~q(X6_1157_3)
% 251.94/36.23
% 251.94/36.23 [13867] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [15258] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [15258] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [38228] ~! [Y7_7] : ((q(X6_1157_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [38228] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1157_3) <=> q(Y7_7)))
% 251.94/36.23 -> [38229] ~(q(X6_1157_3) <=> q(skolem_Y77(X6_1157_3)))
% 251.94/36.23
% 251.94/36.23 [38229] BETA_NOT_EQUIV : ~(q(X6_1157_3) <=> q(skolem_Y77(X6_1157_3)))
% 251.94/36.23 -> [38230] ~q(X6_1157_3), q(skolem_Y77(X6_1157_3))
% 251.94/36.23 -> [38231] q(X6_1157_3), ~q(skolem_Y77(X6_1157_3))
% 251.94/36.23
% 251.94/36.23 [38231] CLOSURE : q(X6_1157_3)
% 251.94/36.23
% 251.94/36.23 [38230] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [38407] (r(skolem_X1010) <=> r(Y11_1049_4))
% 251.94/36.23
% 251.94/36.23 [38407] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1049_4))
% 251.94/36.23 -> [38408] ~r(skolem_X1010), ~r(Y11_1049_4)
% 251.94/36.23 -> [38409] r(skolem_X1010), r(Y11_1049_4)
% 251.94/36.23
% 251.94/36.23 [38408] CLOSURE : ~r(Y11_1049_4)
% 251.94/36.23
% 251.94/36.23 [38409] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [38436] ~r(X8_1124_5)
% 251.94/36.23
% 251.94/36.23 [38436] CLOSURE : ~r(X8_1124_5)
% 251.94/36.23
% 251.94/36.23 [11141] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [11142] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11142] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [12330] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [12330] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [13465] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [13465] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [13466] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [13466] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [13467] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [13468] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [13468] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [13467] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [38373] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [38373] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [38428] r(Y5_1231_2)
% 251.94/36.23
% 251.94/36.23 [38428] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [38477] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [38477] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [38478] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [38478] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [38479] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [38480] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [38479] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [38480] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [10675] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [10683] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [10683] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [10689] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [10690] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [10689] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11148] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11148] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11149] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11149] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [11150] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [11150] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [11151] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [11152] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [11152] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [11151] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13869] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13869] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [15264] r(Y5_611_2)
% 251.94/36.23
% 251.94/36.23 [15264] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [38248] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [38248] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [38250] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [38250] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [38253] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [38254] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [38253] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [38254] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [10690] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [10697] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [10697] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11703] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11703] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [11704] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [11704] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [11705] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [11706] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [11706] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [11705] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [38220] ~q(X6_1162_3)
% 251.94/36.23
% 251.94/36.23 [38220] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [38258] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [38258] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [38308] ~! [Y7_7] : ((q(X6_1162_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [38308] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1162_3) <=> q(Y7_7)))
% 251.94/36.23 -> [38309] ~(q(X6_1162_3) <=> q(skolem_Y77(X6_1162_3)))
% 251.94/36.23
% 251.94/36.23 [38309] BETA_NOT_EQUIV : ~(q(X6_1162_3) <=> q(skolem_Y77(X6_1162_3)))
% 251.94/36.23 -> [38310] ~q(X6_1162_3), q(skolem_Y77(X6_1162_3))
% 251.94/36.23 -> [38311] q(X6_1162_3), ~q(skolem_Y77(X6_1162_3))
% 251.94/36.23
% 251.94/36.23 [38311] CLOSURE : q(X6_1162_3)
% 251.94/36.23
% 251.94/36.23 [38310] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [38763] (r(skolem_X1010) <=> r(Y11_1057_4))
% 251.94/36.23
% 251.94/36.23 [38763] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1057_4))
% 251.94/36.23 -> [38764] ~r(skolem_X1010), ~r(Y11_1057_4)
% 251.94/36.23 -> [38765] r(skolem_X1010), r(Y11_1057_4)
% 251.94/36.23
% 251.94/36.23 [38764] CLOSURE : ~r(Y11_1057_4)
% 251.94/36.23
% 251.94/36.23 [38765] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [38946] ~r(X8_1148_5)
% 251.94/36.23
% 251.94/36.23 [38946] CLOSURE : ~r(X8_1148_5)
% 251.94/36.23
% 251.94/36.23 [616] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [624] r(skolem_X88)
% 251.94/36.23
% 251.94/36.23 [624] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [626] ~s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [626] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.23 -> [634] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [635] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23
% 251.94/36.23 [634] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [5942] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [5943] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [5942] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [11618] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11619] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [11618] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [12071] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [12072] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [12071] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [12601] ~! [Y3_3] : ((p(X2_522_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [12601] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_522_0) <=> p(Y3_3)))
% 251.94/36.23 -> [12602] ~(p(X2_522_0) <=> p(skolem_Y33(X2_522_0)))
% 251.94/36.23
% 251.94/36.23 [12602] BETA_NOT_EQUIV : ~(p(X2_522_0) <=> p(skolem_Y33(X2_522_0)))
% 251.94/36.23 -> [12603] ~p(X2_522_0), p(skolem_Y33(X2_522_0))
% 251.94/36.23 -> [12604] p(X2_522_0), ~p(skolem_Y33(X2_522_0))
% 251.94/36.23
% 251.94/36.23 [12604] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [31486] ~q(X6_942_3)
% 251.94/36.23
% 251.94/36.23 [31486] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [31570] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [31570] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [31683] ~! [Y7_7] : ((q(X6_942_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [31683] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_942_3) <=> q(Y7_7)))
% 251.94/36.23 -> [31684] ~(q(X6_942_3) <=> q(skolem_Y77(X6_942_3)))
% 251.94/36.23
% 251.94/36.23 [31684] BETA_NOT_EQUIV : ~(q(X6_942_3) <=> q(skolem_Y77(X6_942_3)))
% 251.94/36.23 -> [31685] ~q(X6_942_3), q(skolem_Y77(X6_942_3))
% 251.94/36.23 -> [31686] q(X6_942_3), ~q(skolem_Y77(X6_942_3))
% 251.94/36.23
% 251.94/36.23 [31686] CLOSURE : q(X6_942_3)
% 251.94/36.23
% 251.94/36.23 [31685] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [32108] (r(skolem_X1010) <=> r(Y11_766_4))
% 251.94/36.23
% 251.94/36.23 [32108] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_766_4))
% 251.94/36.23 -> [32109] ~r(skolem_X1010), ~r(Y11_766_4)
% 251.94/36.23 -> [32110] r(skolem_X1010), r(Y11_766_4)
% 251.94/36.23
% 251.94/36.23 [32109] CLOSURE : ~r(Y11_766_4)
% 251.94/36.23
% 251.94/36.23 [32110] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [32171] ~s(X12_423_5)
% 251.94/36.23
% 251.94/36.23 [32171] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [32221] p(Y13_357_6)
% 251.94/36.23
% 251.94/36.23 [32221] CLOSURE : p(Y13_357_6)
% 251.94/36.23
% 251.94/36.23 [12603] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [31487] ~q(X6_943_3)
% 251.94/36.23
% 251.94/36.23 [31487] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [31571] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [31571] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [31700] ~! [Y7_7] : ((q(X6_943_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [31700] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_943_3) <=> q(Y7_7)))
% 251.94/36.23 -> [31702] ~(q(X6_943_3) <=> q(skolem_Y77(X6_943_3)))
% 251.94/36.23
% 251.94/36.23 [31702] BETA_NOT_EQUIV : ~(q(X6_943_3) <=> q(skolem_Y77(X6_943_3)))
% 251.94/36.23 -> [31703] ~q(X6_943_3), q(skolem_Y77(X6_943_3))
% 251.94/36.23 -> [31704] q(X6_943_3), ~q(skolem_Y77(X6_943_3))
% 251.94/36.23
% 251.94/36.23 [31704] CLOSURE : q(X6_943_3)
% 251.94/36.23
% 251.94/36.23 [31703] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [32113] (r(skolem_X1010) <=> r(Y11_767_4))
% 251.94/36.23
% 251.94/36.23 [32113] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_767_4))
% 251.94/36.23 -> [32114] ~r(skolem_X1010), ~r(Y11_767_4)
% 251.94/36.23 -> [32115] r(skolem_X1010), r(Y11_767_4)
% 251.94/36.23
% 251.94/36.23 [32114] CLOSURE : ~r(Y11_767_4)
% 251.94/36.23
% 251.94/36.23 [32115] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [32176] ~s(X12_424_5)
% 251.94/36.23
% 251.94/36.23 [32176] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [32232] p(Y13_358_6)
% 251.94/36.23
% 251.94/36.23 [32232] CLOSURE : p(Y13_358_6)
% 251.94/36.23
% 251.94/36.23 [12072] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [12073] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [12073] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [13084] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [13084] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [31566] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [31566] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [31567] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [31567] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [31568] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [31569] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [31568] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [31569] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [31772] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [31772] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [31931] r(Y5_1064_2)
% 251.94/36.23
% 251.94/36.23 [31931] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [32037] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [32037] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [32038] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [32038] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [32039] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [32040] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [32039] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [32040] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11619] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [11623] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [11623] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11624] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11625] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [11624] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [12074] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [12074] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [12075] ~! [Y3_3] : ((p(X2_506_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [12075] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_506_0) <=> p(Y3_3)))
% 251.94/36.23 -> [12076] ~(p(X2_506_0) <=> p(skolem_Y33(X2_506_0)))
% 251.94/36.23
% 251.94/36.23 [12076] BETA_NOT_EQUIV : ~(p(X2_506_0) <=> p(skolem_Y33(X2_506_0)))
% 251.94/36.23 -> [12077] ~p(X2_506_0), p(skolem_Y33(X2_506_0))
% 251.94/36.23 -> [12078] p(X2_506_0), ~p(skolem_Y33(X2_506_0))
% 251.94/36.23
% 251.94/36.23 [12078] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [25914] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [25914] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [26094] r(Y5_980_2)
% 251.94/36.23
% 251.94/36.23 [26094] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [26298] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [26298] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [26299] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [26299] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [26300] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [26301] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [26300] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [26301] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [12077] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [31614] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [31614] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [31766] r(Y5_1063_2)
% 251.94/36.23
% 251.94/36.23 [31766] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [31913] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [31913] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [31914] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [31914] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [31915] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [31916] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [31915] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [31916] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11625] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [11626] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11626] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [12610] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [12610] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [12611] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [12611] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [12612] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [12613] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [12612] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [12613] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [31875] ~q(X6_972_3)
% 251.94/36.23
% 251.94/36.23 [31875] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [31991] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [31991] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [32062] ~! [Y7_7] : ((q(X6_972_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [32062] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_972_3) <=> q(Y7_7)))
% 251.94/36.23 -> [32063] ~(q(X6_972_3) <=> q(skolem_Y77(X6_972_3)))
% 251.94/36.23
% 251.94/36.23 [32063] BETA_NOT_EQUIV : ~(q(X6_972_3) <=> q(skolem_Y77(X6_972_3)))
% 251.94/36.23 -> [32064] ~q(X6_972_3), q(skolem_Y77(X6_972_3))
% 251.94/36.23 -> [32065] q(X6_972_3), ~q(skolem_Y77(X6_972_3))
% 251.94/36.23
% 251.94/36.23 [32065] CLOSURE : q(X6_972_3)
% 251.94/36.23
% 251.94/36.23 [32064] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [32310] (r(skolem_X1010) <=> r(Y11_781_4))
% 251.94/36.23
% 251.94/36.23 [32310] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_781_4))
% 251.94/36.23 -> [32311] ~r(skolem_X1010), ~r(Y11_781_4)
% 251.94/36.23 -> [32312] r(skolem_X1010), r(Y11_781_4)
% 251.94/36.23
% 251.94/36.23 [32311] CLOSURE : ~r(Y11_781_4)
% 251.94/36.23
% 251.94/36.23 [32312] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [32372] ~s(X12_430_5)
% 251.94/36.23
% 251.94/36.23 [32372] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [32402] p(Y13_366_6)
% 251.94/36.23
% 251.94/36.23 [32402] CLOSURE : p(Y13_366_6)
% 251.94/36.23
% 251.94/36.23 [5943] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [5944] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [5944] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [21812] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [21812] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [33754] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [33755] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [33754] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [33812] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [33813] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [33813] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [33814] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [33814] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [33922] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [33922] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [34043] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [34043] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [34044] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [34044] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [34045] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [34046] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [34046] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [34045] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [34537] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [34537] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [34561] r(Y5_1133_2)
% 251.94/36.23
% 251.94/36.23 [34561] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [34564] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [34564] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [34566] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [34566] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [34567] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [34568] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [34567] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [34568] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [33812] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [33857] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [33857] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [33858] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [33858] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [33859] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [33860] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [33860] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [33859] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [34032] ~q(X6_1038_3)
% 251.94/36.23
% 251.94/36.23 [34032] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [34152] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [34152] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [34295] ~! [Y7_7] : ((q(X6_1038_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [34295] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1038_3) <=> q(Y7_7)))
% 251.94/36.23 -> [34296] ~(q(X6_1038_3) <=> q(skolem_Y77(X6_1038_3)))
% 251.94/36.23
% 251.94/36.23 [34296] BETA_NOT_EQUIV : ~(q(X6_1038_3) <=> q(skolem_Y77(X6_1038_3)))
% 251.94/36.23 -> [34297] ~q(X6_1038_3), q(skolem_Y77(X6_1038_3))
% 251.94/36.23 -> [34298] q(X6_1038_3), ~q(skolem_Y77(X6_1038_3))
% 251.94/36.23
% 251.94/36.23 [34298] CLOSURE : q(X6_1038_3)
% 251.94/36.23
% 251.94/36.23 [34297] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [34633] (r(skolem_X1010) <=> r(Y11_863_4))
% 251.94/36.23
% 251.94/36.23 [34633] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_863_4))
% 251.94/36.23 -> [34634] ~r(skolem_X1010), ~r(Y11_863_4)
% 251.94/36.23 -> [34635] r(skolem_X1010), r(Y11_863_4)
% 251.94/36.23
% 251.94/36.23 [34634] CLOSURE : ~r(Y11_863_4)
% 251.94/36.23
% 251.94/36.23 [34635] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [34649] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [34649] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.23 -> [34650] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.23
% 251.94/36.23 [34650] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.23 -> [34651] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.23 -> [34652] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [34652] CLOSURE : s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [34651] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [34737] ~p(X16_142_6)
% 251.94/36.23
% 251.94/36.23 [34737] CLOSURE : ~p(X16_142_6)
% 251.94/36.23
% 251.94/36.23 [33755] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [33759] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [33759] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [33760] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [33761] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [33760] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [33815] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [33815] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [33923] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [33923] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [33924] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [33924] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [33925] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [33926] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [33926] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [33925] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [34156] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [34156] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [34306] r(Y5_1129_2)
% 251.94/36.23
% 251.94/36.23 [34306] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [34380] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [34380] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [34381] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [34381] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [34382] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [34383] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [34382] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [34383] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [33761] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [33762] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [33762] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [33904] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [33904] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [33905] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [33905] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [33906] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [33907] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [33907] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [33906] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [34387] ~q(X6_1046_3)
% 251.94/36.23
% 251.94/36.23 [34387] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [34413] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [34413] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [34543] ~! [Y7_7] : ((q(X6_1046_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [34543] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1046_3) <=> q(Y7_7)))
% 251.94/36.23 -> [34544] ~(q(X6_1046_3) <=> q(skolem_Y77(X6_1046_3)))
% 251.94/36.23
% 251.94/36.23 [34544] BETA_NOT_EQUIV : ~(q(X6_1046_3) <=> q(skolem_Y77(X6_1046_3)))
% 251.94/36.23 -> [34545] ~q(X6_1046_3), q(skolem_Y77(X6_1046_3))
% 251.94/36.23 -> [34546] q(X6_1046_3), ~q(skolem_Y77(X6_1046_3))
% 251.94/36.23
% 251.94/36.23 [34546] CLOSURE : q(X6_1046_3)
% 251.94/36.23
% 251.94/36.23 [34545] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [34620] (r(skolem_X1010) <=> r(Y11_862_4))
% 251.94/36.23
% 251.94/36.23 [34620] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_862_4))
% 251.94/36.23 -> [34621] ~r(skolem_X1010), ~r(Y11_862_4)
% 251.94/36.23 -> [34622] r(skolem_X1010), r(Y11_862_4)
% 251.94/36.23
% 251.94/36.23 [34621] CLOSURE : ~r(Y11_862_4)
% 251.94/36.23
% 251.94/36.23 [34622] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23 -> [34645] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [34645] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.23 -> [34646] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.23 -> [34647] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [34647] CLOSURE : s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [34646] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [34774] q(Y17_106_6)
% 251.94/36.23
% 251.94/36.23 [34774] CLOSURE : q(Y17_106_6)
% 251.94/36.23
% 251.94/36.23 [635] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [650] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [651] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [650] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [1560] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [1560] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [1561] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1562] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [1561] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1766] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1767] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [1766] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2048] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2048] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2049] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2049] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [2050] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [2050] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [2051] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [2052] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [2052] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [2051] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [3221] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [3221] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [3708] r(Y5_88_2)
% 251.94/36.23
% 251.94/36.23 [3708] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [4096] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [4096] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [4097] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [4097] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [4098] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [4099] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [4098] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [4099] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1767] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [1770] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [1770] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2525] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2525] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [2526] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [2526] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [2527] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [2528] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [2528] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [2527] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [34421] ~q(skolem_Y77(X6_1043_3))
% 251.94/36.23
% 251.94/36.23 [34421] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [34468] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [34468] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [34512] ~! [Y7_7] : ((q(X6_1043_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [34512] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1043_3) <=> q(Y7_7)))
% 251.94/36.23 -> [34513] ~(q(X6_1043_3) <=> q(skolem_Y77(X6_1043_3)))
% 251.94/36.23
% 251.94/36.23 [34513] BETA_NOT_EQUIV : ~(q(X6_1043_3) <=> q(skolem_Y77(X6_1043_3)))
% 251.94/36.23 -> [34514] ~q(X6_1043_3), q(skolem_Y77(X6_1043_3))
% 251.94/36.23 -> [34515] q(X6_1043_3), ~q(skolem_Y77(X6_1043_3))
% 251.94/36.23
% 251.94/36.23 [34514] CLOSURE : q(skolem_Y77(X6_1043_3))
% 251.94/36.23
% 251.94/36.23 [34515] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [34641] (r(skolem_X1010) <=> r(Y11_864_4))
% 251.94/36.23
% 251.94/36.23 [34641] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_864_4))
% 251.94/36.23 -> [34642] ~r(skolem_X1010), ~r(Y11_864_4)
% 251.94/36.23 -> [34643] r(skolem_X1010), r(Y11_864_4)
% 251.94/36.23
% 251.94/36.23 [34642] CLOSURE : ~r(Y11_864_4)
% 251.94/36.23
% 251.94/36.23 [34643] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [34673] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [34673] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [34682] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [34682] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.23 -> [34683] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.23
% 251.94/36.23 [34683] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.23 -> [34686] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.23 -> [34687] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [34686] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.23
% 251.94/36.23 [34687] CLOSURE : s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [1562] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [1570] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [1570] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1572] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1573] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [1573] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [1577] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [1577] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2335] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2335] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [5731] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [5731] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [5732] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [5732] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [5733] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [5734] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [5734] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [5733] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [16455] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [16455] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [17604] r(Y5_712_2)
% 251.94/36.23
% 251.94/36.23 [17604] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [18596] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [18596] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [18597] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [18597] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [18598] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [18599] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [18598] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [18599] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1572] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [1772] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [1772] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [1773] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [1773] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [1774] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [1775] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [1775] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [1774] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [5243] ~q(X6_1064_3)
% 251.94/36.23
% 251.94/36.23 [5243] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [13176] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [13176] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [35347] ~! [Y7_7] : ((q(X6_1064_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [35347] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1064_3) <=> q(Y7_7)))
% 251.94/36.23 -> [35349] ~(q(X6_1064_3) <=> q(skolem_Y77(X6_1064_3)))
% 251.94/36.23
% 251.94/36.23 [35349] BETA_NOT_EQUIV : ~(q(X6_1064_3) <=> q(skolem_Y77(X6_1064_3)))
% 251.94/36.23 -> [35350] ~q(X6_1064_3), q(skolem_Y77(X6_1064_3))
% 251.94/36.23 -> [35351] q(X6_1064_3), ~q(skolem_Y77(X6_1064_3))
% 251.94/36.23
% 251.94/36.23 [35351] CLOSURE : q(X6_1064_3)
% 251.94/36.23
% 251.94/36.23 [35350] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [35390] (r(skolem_X1010) <=> r(Y11_887_4))
% 251.94/36.23
% 251.94/36.23 [35390] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_887_4))
% 251.94/36.23 -> [35391] ~r(skolem_X1010), ~r(Y11_887_4)
% 251.94/36.23 -> [35392] r(skolem_X1010), r(Y11_887_4)
% 251.94/36.23
% 251.94/36.23 [35391] CLOSURE : ~r(Y11_887_4)
% 251.94/36.23
% 251.94/36.23 [35392] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [35402] ~s(skolem_X1414)
% 251.94/36.23
% 251.94/36.23 [35402] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23 -> [35408] (s(skolem_X1414) <=> s(Y15_227_6))
% 251.94/36.23
% 251.94/36.23 [35408] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_227_6))
% 251.94/36.23 -> [35409] ~s(skolem_X1414), ~s(Y15_227_6)
% 251.94/36.23 -> [35410] s(skolem_X1414), s(Y15_227_6)
% 251.94/36.23
% 251.94/36.23 [35410] CLOSURE : s(Y15_227_6)
% 251.94/36.23
% 251.94/36.23 [35409] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [35417] ~p(X16_146_7)
% 251.94/36.23
% 251.94/36.23 [35417] CLOSURE : ~p(X16_146_7)
% 251.94/36.23
% 251.94/36.23 [651] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [658] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [658] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [1823] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1824] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [1823] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [2065] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2066] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [2066] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [2069] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2069] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2427] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2427] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [2428] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [2428] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [2430] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [2431] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [2430] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2431] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [3026] ~q(X6_31_3)
% 251.94/36.23
% 251.94/36.23 [3026] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [3414] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [3414] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [3847] ~! [Y7_7] : ((q(X6_31_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [3847] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_31_3) <=> q(Y7_7)))
% 251.94/36.23 -> [3848] ~(q(X6_31_3) <=> q(skolem_Y77(X6_31_3)))
% 251.94/36.23
% 251.94/36.23 [3848] BETA_NOT_EQUIV : ~(q(X6_31_3) <=> q(skolem_Y77(X6_31_3)))
% 251.94/36.23 -> [3849] ~q(X6_31_3), q(skolem_Y77(X6_31_3))
% 251.94/36.23 -> [3850] q(X6_31_3), ~q(skolem_Y77(X6_31_3))
% 251.94/36.23
% 251.94/36.23 [3850] CLOSURE : q(X6_31_3)
% 251.94/36.23
% 251.94/36.23 [3849] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [37339] (r(skolem_X1010) <=> r(Y11_985_4))
% 251.94/36.23
% 251.94/36.23 [37339] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_985_4))
% 251.94/36.23 -> [37340] ~r(skolem_X1010), ~r(Y11_985_4)
% 251.94/36.23 -> [37341] r(skolem_X1010), r(Y11_985_4)
% 251.94/36.23
% 251.94/36.23 [37341] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [37408] p(Y13_496_5)
% 251.94/36.23
% 251.94/36.23 [37408] CLOSURE : p(Y13_496_5)
% 251.94/36.23
% 251.94/36.23 [37340] CLOSURE : ~r(Y11_985_4)
% 251.94/36.23
% 251.94/36.23 [2065] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2216] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2216] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4176] ~! [Y3_3] : ((p(X2_151_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4176] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_151_0) <=> p(Y3_3)))
% 251.94/36.23 -> [4177] ~(p(X2_151_0) <=> p(skolem_Y33(X2_151_0)))
% 251.94/36.23
% 251.94/36.23 [4177] BETA_NOT_EQUIV : ~(p(X2_151_0) <=> p(skolem_Y33(X2_151_0)))
% 251.94/36.23 -> [4178] ~p(X2_151_0), p(skolem_Y33(X2_151_0))
% 251.94/36.23 -> [4179] p(X2_151_0), ~p(skolem_Y33(X2_151_0))
% 251.94/36.23
% 251.94/36.23 [4178] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [21754] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [21754] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [30655] r(Y5_1051_2)
% 251.94/36.23
% 251.94/36.23 [30655] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [30711] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [30711] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [30712] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [30712] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [30713] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [30714] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [30713] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [30714] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [4179] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [18350] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [18350] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [39952] r(Y5_1284_2)
% 251.94/36.23
% 251.94/36.23 [39952] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [40054] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [40054] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [40055] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [40055] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [40056] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [40057] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [40056] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [40057] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1824] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [1832] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [1832] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [1833] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1834] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [1834] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [1840] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [1840] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [2248] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [2248] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2716] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2716] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [2718] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [2718] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [2719] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [2720] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [2719] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [2720] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [3446] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [3446] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [3873] r(Y5_97_2)
% 251.94/36.23
% 251.94/36.23 [3873] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [13512] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [13512] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.23 -> [13513] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23
% 251.94/36.23 [13513] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.23 -> [13514] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.23 -> [13515] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13514] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.23
% 251.94/36.23 [13515] CLOSURE : q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1833] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2083] ~! [Y3_3] : ((p(X2_59_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2083] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_59_0) <=> p(Y3_3)))
% 251.94/36.23 -> [2085] ~(p(X2_59_0) <=> p(skolem_Y33(X2_59_0)))
% 251.94/36.23
% 251.94/36.23 [2085] BETA_NOT_EQUIV : ~(p(X2_59_0) <=> p(skolem_Y33(X2_59_0)))
% 251.94/36.23 -> [2086] ~p(X2_59_0), p(skolem_Y33(X2_59_0))
% 251.94/36.23 -> [2087] p(X2_59_0), ~p(skolem_Y33(X2_59_0))
% 251.94/36.23
% 251.94/36.23 [2086] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [2879] ~q(X6_28_3)
% 251.94/36.23
% 251.94/36.23 [2879] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [3278] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [3278] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [3711] ~! [Y7_7] : ((q(X6_28_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [3711] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_28_3) <=> q(Y7_7)))
% 251.94/36.23 -> [3712] ~(q(X6_28_3) <=> q(skolem_Y77(X6_28_3)))
% 251.94/36.23
% 251.94/36.23 [3712] BETA_NOT_EQUIV : ~(q(X6_28_3) <=> q(skolem_Y77(X6_28_3)))
% 251.94/36.23 -> [3713] ~q(X6_28_3), q(skolem_Y77(X6_28_3))
% 251.94/36.23 -> [3714] q(X6_28_3), ~q(skolem_Y77(X6_28_3))
% 251.94/36.23
% 251.94/36.23 [3714] CLOSURE : q(X6_28_3)
% 251.94/36.23
% 251.94/36.23 [3713] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [37836] (r(skolem_X1010) <=> r(Y11_1019_4))
% 251.94/36.23
% 251.94/36.23 [37836] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1019_4))
% 251.94/36.23 -> [37837] ~r(skolem_X1010), ~r(Y11_1019_4)
% 251.94/36.23 -> [37838] r(skolem_X1010), r(Y11_1019_4)
% 251.94/36.23
% 251.94/36.23 [37838] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [37865] p(Y13_511_5)
% 251.94/36.23
% 251.94/36.23 [37865] CLOSURE : p(Y13_511_5)
% 251.94/36.23
% 251.94/36.23 [37837] CLOSURE : ~r(Y11_1019_4)
% 251.94/36.23
% 251.94/36.23 [2087] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [4060] ~q(X6_466_3)
% 251.94/36.23
% 251.94/36.23 [4060] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [15628] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [15628] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [16682] ~! [Y7_7] : ((q(X6_466_3) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [16682] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_466_3) <=> q(Y7_7)))
% 251.94/36.23 -> [16683] ~(q(X6_466_3) <=> q(skolem_Y77(X6_466_3)))
% 251.94/36.23
% 251.94/36.23 [16683] BETA_NOT_EQUIV : ~(q(X6_466_3) <=> q(skolem_Y77(X6_466_3)))
% 251.94/36.23 -> [16684] ~q(X6_466_3), q(skolem_Y77(X6_466_3))
% 251.94/36.23 -> [16685] q(X6_466_3), ~q(skolem_Y77(X6_466_3))
% 251.94/36.23
% 251.94/36.23 [16685] CLOSURE : q(X6_466_3)
% 251.94/36.23
% 251.94/36.23 [16684] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [20796] (r(skolem_X1010) <=> r(Y11_375_4))
% 251.94/36.23
% 251.94/36.23 [20796] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_375_4))
% 251.94/36.23 -> [20797] ~r(skolem_X1010), ~r(Y11_375_4)
% 251.94/36.23 -> [20798] r(skolem_X1010), r(Y11_375_4)
% 251.94/36.23
% 251.94/36.23 [20798] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [21533] p(Y13_87_5)
% 251.94/36.23
% 251.94/36.23 [21533] CLOSURE : p(Y13_87_5)
% 251.94/36.23
% 251.94/36.23 [20797] CLOSURE : ~r(Y11_375_4)
% 251.94/36.23
% 251.94/36.23 [34] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.23 -> [41] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23
% 251.94/36.23 [41] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.23 -> [51] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.23 -> [52] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.23
% 251.94/36.23 [52] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [66] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [66] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.23 -> [70] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [71] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.23
% 251.94/36.23 [70] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [96] ~s(skolem_Y99)
% 251.94/36.23
% 251.94/36.23 [96] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.23 -> [107] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [108] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23
% 251.94/36.23 [108] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [123] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [124] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [124] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [131] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [131] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [137] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [138] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [138] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [4455] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [4455] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [4457] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [4458] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [4458] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [4461] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [4461] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [5970] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [5970] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [12884] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [12884] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [12885] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [12885] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [12886] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [12887] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [12886] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [12887] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [14488] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [14488] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [22276] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [22276] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [22588] (q(skolem_X66) <=> q(Y7_711_3))
% 251.94/36.23
% 251.94/36.23 [22588] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_711_3))
% 251.94/36.23 -> [22590] ~q(skolem_X66), ~q(Y7_711_3)
% 251.94/36.23 -> [22591] q(skolem_X66), q(Y7_711_3)
% 251.94/36.23
% 251.94/36.23 [22591] CLOSURE : q(Y7_711_3)
% 251.94/36.23
% 251.94/36.23 [23056] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_441_4))
% 251.94/36.23 -> [23986] ~r(skolem_X1010), ~r(Y11_441_4)
% 251.94/36.23 -> [23987] r(skolem_X1010), r(Y11_441_4)
% 251.94/36.23
% 251.94/36.23 [23986] CLOSURE : ~r(Y11_441_4)
% 251.94/36.23
% 251.94/36.23 [23987] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [24253] ~r(X8_410_5)
% 251.94/36.23
% 251.94/36.23 [24253] CLOSURE : ~r(X8_410_5)
% 251.94/36.23
% 251.94/36.23 [4457] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [5050] ~! [Y3_3] : ((p(X2_179_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [5050] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_179_0) <=> p(Y3_3)))
% 251.94/36.23 -> [5051] ~(p(X2_179_0) <=> p(skolem_Y33(X2_179_0)))
% 251.94/36.23
% 251.94/36.23 [5051] BETA_NOT_EQUIV : ~(p(X2_179_0) <=> p(skolem_Y33(X2_179_0)))
% 251.94/36.23 -> [5052] ~p(X2_179_0), p(skolem_Y33(X2_179_0))
% 251.94/36.23 -> [5053] p(X2_179_0), ~p(skolem_Y33(X2_179_0))
% 251.94/36.23
% 251.94/36.23 [5053] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [21751] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [21751] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [35488] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [35488] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [35498] (q(skolem_X66) <=> q(Y7_1148_3))
% 251.94/36.23
% 251.94/36.23 [35498] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1148_3))
% 251.94/36.23 -> [35499] ~q(skolem_X66), ~q(Y7_1148_3)
% 251.94/36.23 -> [35500] q(skolem_X66), q(Y7_1148_3)
% 251.94/36.23
% 251.94/36.23 [35500] CLOSURE : q(Y7_1148_3)
% 251.94/36.23
% 251.94/36.23 [35503] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_891_4))
% 251.94/36.23 -> [35536] ~r(skolem_X1010), ~r(Y11_891_4)
% 251.94/36.23 -> [35537] r(skolem_X1010), r(Y11_891_4)
% 251.94/36.23
% 251.94/36.23 [35536] CLOSURE : ~r(Y11_891_4)
% 251.94/36.23
% 251.94/36.23 [35537] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [35556] ~r(X8_943_5)
% 251.94/36.23
% 251.94/36.23 [35556] CLOSURE : ~r(X8_943_5)
% 251.94/36.23
% 251.94/36.23 [5052] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [12676] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [12676] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [13395] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [13395] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [14592] (q(skolem_X66) <=> q(Y7_378_3))
% 251.94/36.23
% 251.94/36.23 [14592] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_378_3))
% 251.94/36.23 -> [14593] ~q(skolem_X66), ~q(Y7_378_3)
% 251.94/36.23 -> [14594] q(skolem_X66), q(Y7_378_3)
% 251.94/36.23
% 251.94/36.23 [14594] CLOSURE : q(Y7_378_3)
% 251.94/36.23
% 251.94/36.23 [16475] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_238_4))
% 251.94/36.23 -> [37494] ~r(skolem_X1010), ~r(Y11_238_4)
% 251.94/36.23 -> [37495] r(skolem_X1010), r(Y11_238_4)
% 251.94/36.23
% 251.94/36.23 [37494] CLOSURE : ~r(Y11_238_4)
% 251.94/36.23
% 251.94/36.23 [37495] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [37533] ~r(X8_1044_5)
% 251.94/36.23
% 251.94/36.23 [37533] CLOSURE : ~r(X8_1044_5)
% 251.94/36.23
% 251.94/36.23 [137] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [4362] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [4363] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [4362] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [15131] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [15131] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [15132] ~! [Y3_3] : ((p(X2_619_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [15132] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_619_0) <=> p(Y3_3)))
% 251.94/36.23 -> [15133] ~(p(X2_619_0) <=> p(skolem_Y33(X2_619_0)))
% 251.94/36.23
% 251.94/36.23 [15133] BETA_NOT_EQUIV : ~(p(X2_619_0) <=> p(skolem_Y33(X2_619_0)))
% 251.94/36.23 -> [15134] ~p(X2_619_0), p(skolem_Y33(X2_619_0))
% 251.94/36.23 -> [15135] p(X2_619_0), ~p(skolem_Y33(X2_619_0))
% 251.94/36.23
% 251.94/36.23 [15134] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [16997] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [16997] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [18036] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [18036] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [18795] (q(skolem_X66) <=> q(Y7_530_3))
% 251.94/36.23
% 251.94/36.23 [18795] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_530_3))
% 251.94/36.23 -> [18797] ~q(skolem_X66), ~q(Y7_530_3)
% 251.94/36.23 -> [18798] q(skolem_X66), q(Y7_530_3)
% 251.94/36.23
% 251.94/36.23 [20235] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_349_4))
% 251.94/36.23 -> [23230] ~r(skolem_X1010), ~r(Y11_349_4)
% 251.94/36.23 -> [23231] r(skolem_X1010), r(Y11_349_4)
% 251.94/36.23
% 251.94/36.23 [23230] CLOSURE : ~r(Y11_349_4)
% 251.94/36.23
% 251.94/36.23 [23231] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [23698] ~r(X8_361_5)
% 251.94/36.23
% 251.94/36.23 [23698] CLOSURE : ~r(X8_361_5)
% 251.94/36.23
% 251.94/36.23 [18798] CLOSURE : q(Y7_530_3)
% 251.94/36.23
% 251.94/36.23 [15135] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [16751] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [16751] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [17490] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [17490] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [18277] (q(skolem_X66) <=> q(Y7_497_3))
% 251.94/36.23
% 251.94/36.23 [18277] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_497_3))
% 251.94/36.23 -> [18278] ~q(skolem_X66), ~q(Y7_497_3)
% 251.94/36.23 -> [18279] q(skolem_X66), q(Y7_497_3)
% 251.94/36.23
% 251.94/36.23 [18279] CLOSURE : q(Y7_497_3)
% 251.94/36.23
% 251.94/36.23 [19922] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_335_4))
% 251.94/36.23 -> [29561] ~r(skolem_X1010), ~r(Y11_335_4)
% 251.94/36.23 -> [29562] r(skolem_X1010), r(Y11_335_4)
% 251.94/36.23
% 251.94/36.23 [29561] CLOSURE : ~r(Y11_335_4)
% 251.94/36.23
% 251.94/36.23 [29562] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [29583] ~r(X8_701_5)
% 251.94/36.23
% 251.94/36.23 [29583] CLOSURE : ~r(X8_701_5)
% 251.94/36.23
% 251.94/36.23 [4363] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [4364] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [4364] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [15518] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [15518] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [15519] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [15519] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [15520] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [15521] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [15520] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [15521] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [16775] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [16775] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [17674] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [17674] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [18658] (q(skolem_X66) <=> q(Y7_518_3))
% 251.94/36.23
% 251.94/36.23 [18658] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_518_3))
% 251.94/36.23 -> [18659] ~q(skolem_X66), ~q(Y7_518_3)
% 251.94/36.23 -> [18660] q(skolem_X66), q(Y7_518_3)
% 251.94/36.23
% 251.94/36.23 [18660] CLOSURE : q(Y7_518_3)
% 251.94/36.23
% 251.94/36.23 [39753] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1099_4))
% 251.94/36.23 -> [40230] ~r(skolem_X1010), ~r(Y11_1099_4)
% 251.94/36.23 -> [40231] r(skolem_X1010), r(Y11_1099_4)
% 251.94/36.23
% 251.94/36.23 [40230] CLOSURE : ~r(Y11_1099_4)
% 251.94/36.23
% 251.94/36.23 [40231] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [40320] ~r(X8_1226_5)
% 251.94/36.23
% 251.94/36.23 [40320] CLOSURE : ~r(X8_1226_5)
% 251.94/36.23
% 251.94/36.23 [123] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [157] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [157] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [160] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [161] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [160] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [7186] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [7187] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [7186] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [7403] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [7403] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [7404] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [7404] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [7405] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [7405] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [7406] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [7407] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [7407] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [7406] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [8491] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [8491] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [8492] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [8492] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [9917] (q(skolem_X66) <=> q(Y7_202_3))
% 251.94/36.23
% 251.94/36.23 [9917] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_202_3))
% 251.94/36.23 -> [9918] ~q(skolem_X66), ~q(Y7_202_3)
% 251.94/36.23 -> [9919] q(skolem_X66), q(Y7_202_3)
% 251.94/36.23
% 251.94/36.23 [9919] CLOSURE : q(Y7_202_3)
% 251.94/36.23
% 251.94/36.23 [21832] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_395_4))
% 251.94/36.23 -> [23891] ~r(skolem_X1010), ~r(Y11_395_4)
% 251.94/36.23 -> [23892] r(skolem_X1010), r(Y11_395_4)
% 251.94/36.23
% 251.94/36.23 [23891] CLOSURE : ~r(Y11_395_4)
% 251.94/36.23
% 251.94/36.23 [23892] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [24279] ~r(X8_413_5)
% 251.94/36.23
% 251.94/36.23 [24279] CLOSURE : ~r(X8_413_5)
% 251.94/36.23
% 251.94/36.23 [7187] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [7194] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [7194] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [7416] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [7416] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [7419] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [7419] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [7420] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [7421] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [7421] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [7420] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [10956] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [10956] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [10957] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [10957] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [21838] (q(skolem_X66) <=> q(Y7_678_3))
% 251.94/36.23
% 251.94/36.23 [21838] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_678_3))
% 251.94/36.23 -> [21840] ~q(skolem_X66), ~q(Y7_678_3)
% 251.94/36.23 -> [21841] q(skolem_X66), q(Y7_678_3)
% 251.94/36.23
% 251.94/36.23 [21841] CLOSURE : q(Y7_678_3)
% 251.94/36.23
% 251.94/36.23 [33720] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_834_4))
% 251.94/36.23 -> [33931] ~r(skolem_X1010), ~r(Y11_834_4)
% 251.94/36.23 -> [33932] r(skolem_X1010), r(Y11_834_4)
% 251.94/36.23
% 251.94/36.23 [33931] CLOSURE : ~r(Y11_834_4)
% 251.94/36.23
% 251.94/36.23 [33932] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [33944] ~r(X8_879_5)
% 251.94/36.23
% 251.94/36.23 [33944] CLOSURE : ~r(X8_879_5)
% 251.94/36.23
% 251.94/36.23 [161] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [174] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [174] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [179] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [180] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [179] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [236] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [236] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [245] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [245] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [255] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [256] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [256] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [255] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [4684] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [4684] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [4686] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [4686] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [20262] (q(skolem_X66) <=> q(Y7_600_3))
% 251.94/36.23
% 251.94/36.23 [20262] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_600_3))
% 251.94/36.23 -> [20263] ~q(skolem_X66), ~q(Y7_600_3)
% 251.94/36.23 -> [20264] q(skolem_X66), q(Y7_600_3)
% 251.94/36.23
% 251.94/36.23 [20264] CLOSURE : q(Y7_600_3)
% 251.94/36.23
% 251.94/36.23 [31324] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_715_4))
% 251.94/36.23 -> [31543] ~r(skolem_X1010), ~r(Y11_715_4)
% 251.94/36.23 -> [31544] r(skolem_X1010), r(Y11_715_4)
% 251.94/36.23
% 251.94/36.23 [31543] CLOSURE : ~r(Y11_715_4)
% 251.94/36.23
% 251.94/36.23 [31544] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [31557] ~r(X8_774_5)
% 251.94/36.23
% 251.94/36.23 [31557] CLOSURE : ~r(X8_774_5)
% 251.94/36.23
% 251.94/36.23 [180] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [8275] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [8275] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [8936] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [8936] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [8937] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [8937] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [8938] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [8938] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [8939] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [8940] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [8940] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [8939] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [18114] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [18114] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [18115] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [18115] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [18944] (q(skolem_X66) <=> q(Y7_541_3))
% 251.94/36.23
% 251.94/36.23 [18944] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_541_3))
% 251.94/36.23 -> [18945] ~q(skolem_X66), ~q(Y7_541_3)
% 251.94/36.23 -> [18946] q(skolem_X66), q(Y7_541_3)
% 251.94/36.23
% 251.94/36.23 [18946] CLOSURE : q(Y7_541_3)
% 251.94/36.23
% 251.94/36.23 [20058] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_339_4))
% 251.94/36.23 -> [40814] ~r(skolem_X1010), ~r(Y11_339_4)
% 251.94/36.23 -> [40815] r(skolem_X1010), r(Y11_339_4)
% 251.94/36.23
% 251.94/36.23 [40814] CLOSURE : ~r(Y11_339_4)
% 251.94/36.23
% 251.94/36.23 [40815] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [41345] ~r(X8_1272_5)
% 251.94/36.23
% 251.94/36.23 [41345] CLOSURE : ~r(X8_1272_5)
% 251.94/36.23
% 251.94/36.23 [107] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [3046] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [3047] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [3046] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [3742] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [3743] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [3743] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [3746] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [3746] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [3750] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [3751] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [3751] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [3755] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [3755] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [3761] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [3761] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [3762] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [3762] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [3764] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [3765] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [3764] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [3765] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [9664] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [9664] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [9665] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [9665] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [16248] (q(skolem_X66) <=> q(Y7_427_3))
% 251.94/36.23
% 251.94/36.23 [16248] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_427_3))
% 251.94/36.23 -> [16249] ~q(skolem_X66), ~q(Y7_427_3)
% 251.94/36.23 -> [16250] q(skolem_X66), q(Y7_427_3)
% 251.94/36.23
% 251.94/36.23 [16250] CLOSURE : q(Y7_427_3)
% 251.94/36.23
% 251.94/36.23 [23261] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_448_4))
% 251.94/36.23 -> [24327] ~r(skolem_X1010), ~r(Y11_448_4)
% 251.94/36.23 -> [24328] r(skolem_X1010), r(Y11_448_4)
% 251.94/36.23
% 251.94/36.23 [24327] CLOSURE : ~r(Y11_448_4)
% 251.94/36.23
% 251.94/36.23 [24328] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [24558] ~r(X8_428_5)
% 251.94/36.23
% 251.94/36.23 [24558] CLOSURE : ~r(X8_428_5)
% 251.94/36.23
% 251.94/36.23 [3750] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [9244] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [9244] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9247] ~! [Y3_3] : ((p(X2_378_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9247] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_378_0) <=> p(Y3_3)))
% 251.94/36.23 -> [9248] ~(p(X2_378_0) <=> p(skolem_Y33(X2_378_0)))
% 251.94/36.23
% 251.94/36.23 [9248] BETA_NOT_EQUIV : ~(p(X2_378_0) <=> p(skolem_Y33(X2_378_0)))
% 251.94/36.23 -> [9249] ~p(X2_378_0), p(skolem_Y33(X2_378_0))
% 251.94/36.23 -> [9250] p(X2_378_0), ~p(skolem_Y33(X2_378_0))
% 251.94/36.23
% 251.94/36.23 [9250] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [9578] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [9578] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [9579] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [9579] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [10850] (q(skolem_X66) <=> q(Y7_238_3))
% 251.94/36.23
% 251.94/36.23 [10850] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_238_3))
% 251.94/36.23 -> [10851] ~q(skolem_X66), ~q(Y7_238_3)
% 251.94/36.23 -> [10852] q(skolem_X66), q(Y7_238_3)
% 251.94/36.23
% 251.94/36.23 [10852] CLOSURE : q(Y7_238_3)
% 251.94/36.23
% 251.94/36.23 [13059] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_148_4))
% 251.94/36.23 -> [32475] ~r(skolem_X1010), ~r(Y11_148_4)
% 251.94/36.23 -> [32476] r(skolem_X1010), r(Y11_148_4)
% 251.94/36.23
% 251.94/36.23 [32475] CLOSURE : ~r(Y11_148_4)
% 251.94/36.23
% 251.94/36.23 [32476] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [32570] ~r(X8_814_5)
% 251.94/36.23
% 251.94/36.23 [32570] CLOSURE : ~r(X8_814_5)
% 251.94/36.23
% 251.94/36.23 [9249] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [9884] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [9884] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [9885] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [9885] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [10845] (q(skolem_X66) <=> q(Y7_237_3))
% 251.94/36.23
% 251.94/36.23 [10845] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_237_3))
% 251.94/36.23 -> [10846] ~q(skolem_X66), ~q(Y7_237_3)
% 251.94/36.23 -> [10847] q(skolem_X66), q(Y7_237_3)
% 251.94/36.23
% 251.94/36.23 [10847] CLOSURE : q(Y7_237_3)
% 251.94/36.23
% 251.94/36.23 [13051] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_147_4))
% 251.94/36.23 -> [32535] ~r(skolem_X1010), ~r(Y11_147_4)
% 251.94/36.23 -> [32536] r(skolem_X1010), r(Y11_147_4)
% 251.94/36.23
% 251.94/36.23 [32535] CLOSURE : ~r(Y11_147_4)
% 251.94/36.23
% 251.94/36.23 [32536] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [32606] ~r(X8_817_5)
% 251.94/36.23
% 251.94/36.23 [32606] CLOSURE : ~r(X8_817_5)
% 251.94/36.23
% 251.94/36.23 [3742] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [9148] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [9149] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [9148] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9455] ~! [Y3_3] : ((p(X2_392_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9455] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_392_0) <=> p(Y3_3)))
% 251.94/36.23 -> [9456] ~(p(X2_392_0) <=> p(skolem_Y33(X2_392_0)))
% 251.94/36.23
% 251.94/36.23 [9456] BETA_NOT_EQUIV : ~(p(X2_392_0) <=> p(skolem_Y33(X2_392_0)))
% 251.94/36.23 -> [9457] ~p(X2_392_0), p(skolem_Y33(X2_392_0))
% 251.94/36.23 -> [9458] p(X2_392_0), ~p(skolem_Y33(X2_392_0))
% 251.94/36.23
% 251.94/36.23 [9457] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [10026] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [10026] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [10027] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [10027] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [16662] (q(skolem_X66) <=> q(Y7_438_3))
% 251.94/36.23
% 251.94/36.23 [16662] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_438_3))
% 251.94/36.23 -> [16663] ~q(skolem_X66), ~q(Y7_438_3)
% 251.94/36.23 -> [16664] q(skolem_X66), q(Y7_438_3)
% 251.94/36.23
% 251.94/36.23 [16664] CLOSURE : q(Y7_438_3)
% 251.94/36.23
% 251.94/36.23 [24195] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_505_4))
% 251.94/36.23 -> [24720] ~r(skolem_X1010), ~r(Y11_505_4)
% 251.94/36.23 -> [24721] r(skolem_X1010), r(Y11_505_4)
% 251.94/36.23
% 251.94/36.23 [24720] CLOSURE : ~r(Y11_505_4)
% 251.94/36.23
% 251.94/36.23 [24721] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [24841] ~r(X8_449_5)
% 251.94/36.23
% 251.94/36.23 [24841] CLOSURE : ~r(X8_449_5)
% 251.94/36.23
% 251.94/36.23 [9458] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [9726] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [9726] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [9727] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [9727] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [10606] (q(skolem_X66) <=> q(Y7_225_3))
% 251.94/36.23
% 251.94/36.23 [10606] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_225_3))
% 251.94/36.23 -> [10607] ~q(skolem_X66), ~q(Y7_225_3)
% 251.94/36.23 -> [10608] q(skolem_X66), q(Y7_225_3)
% 251.94/36.23
% 251.94/36.23 [10608] CLOSURE : q(Y7_225_3)
% 251.94/36.23
% 251.94/36.23 [12833] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_143_4))
% 251.94/36.23 -> [33143] ~r(skolem_X1010), ~r(Y11_143_4)
% 251.94/36.23 -> [33144] r(skolem_X1010), r(Y11_143_4)
% 251.94/36.23
% 251.94/36.23 [33143] CLOSURE : ~r(Y11_143_4)
% 251.94/36.23
% 251.94/36.23 [33144] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [33178] ~r(X8_852_5)
% 251.94/36.23
% 251.94/36.23 [33178] CLOSURE : ~r(X8_852_5)
% 251.94/36.23
% 251.94/36.23 [9149] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [9155] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [9155] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [9156] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [9156] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9157] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9157] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [9158] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [9158] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [9159] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [9160] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [9159] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [9160] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [9746] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [9746] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [9750] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [9750] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [10619] (q(skolem_X66) <=> q(Y7_227_3))
% 251.94/36.23
% 251.94/36.23 [10619] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_227_3))
% 251.94/36.23 -> [10621] ~q(skolem_X66), ~q(Y7_227_3)
% 251.94/36.23 -> [10622] q(skolem_X66), q(Y7_227_3)
% 251.94/36.23
% 251.94/36.23 [10622] CLOSURE : q(Y7_227_3)
% 251.94/36.23
% 251.94/36.23 [12848] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_144_4))
% 251.94/36.23 -> [33270] ~r(skolem_X1010), ~r(Y11_144_4)
% 251.94/36.23 -> [33271] r(skolem_X1010), r(Y11_144_4)
% 251.94/36.23
% 251.94/36.23 [33270] CLOSURE : ~r(Y11_144_4)
% 251.94/36.23
% 251.94/36.23 [33271] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [33389] ~r(X8_858_5)
% 251.94/36.23
% 251.94/36.23 [33389] CLOSURE : ~r(X8_858_5)
% 251.94/36.23
% 251.94/36.23 [3047] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [3049] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [3049] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [3050] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [3050] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [3055] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [3056] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [3056] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [3069] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [3069] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [3070] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [3071] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [3070] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [3798] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [3798] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [3802] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [3802] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [3803] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [3803] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [3804] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [3805] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [3805] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [3804] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [22579] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [22579] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [23015] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [23015] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [23368] (q(skolem_X66) <=> q(Y7_744_3))
% 251.94/36.23
% 251.94/36.23 [23368] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_744_3))
% 251.94/36.23 -> [23369] ~q(skolem_X66), ~q(Y7_744_3)
% 251.94/36.23 -> [23370] q(skolem_X66), q(Y7_744_3)
% 251.94/36.23
% 251.94/36.23 [23370] CLOSURE : q(Y7_744_3)
% 251.94/36.23
% 251.94/36.23 [23882] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_483_4))
% 251.94/36.23 -> [25344] ~r(skolem_X1010), ~r(Y11_483_4)
% 251.94/36.23 -> [25345] r(skolem_X1010), r(Y11_483_4)
% 251.94/36.23
% 251.94/36.23 [25344] CLOSURE : ~r(Y11_483_4)
% 251.94/36.23
% 251.94/36.23 [25345] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [25514] ~r(X8_493_5)
% 251.94/36.23
% 251.94/36.23 [25514] CLOSURE : ~r(X8_493_5)
% 251.94/36.23
% 251.94/36.23 [3071] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [3083] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [3083] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [10049] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [10049] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [10050] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [10050] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [10051] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [10052] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [10052] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [10051] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [20233] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [20233] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [20891] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [20891] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [25278] (q(skolem_X66) <=> q(Y7_785_3))
% 251.94/36.23
% 251.94/36.23 [25278] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_785_3))
% 251.94/36.23 -> [25279] ~q(skolem_X66), ~q(Y7_785_3)
% 251.94/36.23 -> [25280] q(skolem_X66), q(Y7_785_3)
% 251.94/36.23
% 251.94/36.23 [25280] CLOSURE : q(Y7_785_3)
% 251.94/36.23
% 251.94/36.23 [25399] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_540_4))
% 251.94/36.23 -> [25731] ~r(skolem_X1010), ~r(Y11_540_4)
% 251.94/36.23 -> [25732] r(skolem_X1010), r(Y11_540_4)
% 251.94/36.23
% 251.94/36.23 [25731] CLOSURE : ~r(Y11_540_4)
% 251.94/36.23
% 251.94/36.23 [25732] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [25798] ~r(X8_503_5)
% 251.94/36.23
% 251.94/36.23 [25798] CLOSURE : ~r(X8_503_5)
% 251.94/36.23
% 251.94/36.23 [3055] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [3781] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [3782] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [3781] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9403] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9403] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [9404] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [9404] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [9406] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [9407] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [9407] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [9406] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [11942] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [11942] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [25593] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [25593] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [25626] (q(skolem_X66) <=> q(Y7_794_3))
% 251.94/36.23
% 251.94/36.23 [25626] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_794_3))
% 251.94/36.23 -> [25627] ~q(skolem_X66), ~q(Y7_794_3)
% 251.94/36.23 -> [25628] q(skolem_X66), q(Y7_794_3)
% 251.94/36.23
% 251.94/36.23 [25628] CLOSURE : q(Y7_794_3)
% 251.94/36.23
% 251.94/36.23 [25690] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_555_4))
% 251.94/36.23 -> [25806] ~r(skolem_X1010), ~r(Y11_555_4)
% 251.94/36.23 -> [25807] r(skolem_X1010), r(Y11_555_4)
% 251.94/36.23
% 251.94/36.23 [25806] CLOSURE : ~r(Y11_555_4)
% 251.94/36.23
% 251.94/36.23 [25807] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [25825] ~r(X8_508_5)
% 251.94/36.23
% 251.94/36.23 [25825] CLOSURE : ~r(X8_508_5)
% 251.94/36.23
% 251.94/36.23 [3782] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [3789] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [3789] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [7829] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [7829] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [9698] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [9698] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [9699] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [9699] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [9700] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [9701] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [9701] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [9700] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [40302] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [40302] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [40319] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [40319] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [40351] (q(skolem_X66) <=> q(Y7_1277_3))
% 251.94/36.23
% 251.94/36.23 [40351] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1277_3))
% 251.94/36.23 -> [40353] ~q(skolem_X66), ~q(Y7_1277_3)
% 251.94/36.23 -> [40354] q(skolem_X66), q(Y7_1277_3)
% 251.94/36.23
% 251.94/36.23 [40354] CLOSURE : q(Y7_1277_3)
% 251.94/36.23
% 251.94/36.23 [40424] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1122_4))
% 251.94/36.23 -> [41389] ~r(skolem_X1010), ~r(Y11_1122_4)
% 251.94/36.23 -> [41390] r(skolem_X1010), r(Y11_1122_4)
% 251.94/36.23
% 251.94/36.23 [41389] CLOSURE : ~r(Y11_1122_4)
% 251.94/36.23
% 251.94/36.23 [41390] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [41576] ~r(X8_1285_5)
% 251.94/36.23
% 251.94/36.23 [41576] CLOSURE : ~r(X8_1285_5)
% 251.94/36.23
% 251.94/36.23 [71] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [82] r(skolem_X88)
% 251.94/36.23
% 251.94/36.23 [82] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.23 -> [88] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [89] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23
% 251.94/36.23 [89] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [162] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [163] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [163] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [170] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [170] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [3870] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [3871] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [3871] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [3877] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [3877] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [3878] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [3879] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [3879] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [3886] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [3886] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [16383] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [16383] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [17645] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [17645] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [17646] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [17646] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [17647] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [17648] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [17647] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [17648] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [18324] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [18324] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [18841] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [18841] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [19406] (q(skolem_X66) <=> q(Y7_559_3))
% 251.94/36.23
% 251.94/36.23 [19406] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_559_3))
% 251.94/36.23 -> [19407] ~q(skolem_X66), ~q(Y7_559_3)
% 251.94/36.23 -> [19408] q(skolem_X66), q(Y7_559_3)
% 251.94/36.23
% 251.94/36.23 [19408] CLOSURE : q(Y7_559_3)
% 251.94/36.23
% 251.94/36.23 [20454] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_358_4))
% 251.94/36.23 -> [35478] ~r(skolem_X1010), ~r(Y11_358_4)
% 251.94/36.23 -> [35479] r(skolem_X1010), r(Y11_358_4)
% 251.94/36.23
% 251.94/36.23 [35478] CLOSURE : ~r(Y11_358_4)
% 251.94/36.23
% 251.94/36.23 [35479] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [35487] s(Y9_502_5)
% 251.94/36.23
% 251.94/36.23 [35487] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [35489] p(Y13_443_6)
% 251.94/36.23
% 251.94/36.23 [35489] CLOSURE : p(Y13_443_6)
% 251.94/36.23
% 251.94/36.23 [3878] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [16260] ~! [Y3_3] : ((p(X2_671_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [16260] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_671_0) <=> p(Y3_3)))
% 251.94/36.23 -> [16262] ~(p(X2_671_0) <=> p(skolem_Y33(X2_671_0)))
% 251.94/36.23
% 251.94/36.23 [16262] BETA_NOT_EQUIV : ~(p(X2_671_0) <=> p(skolem_Y33(X2_671_0)))
% 251.94/36.23 -> [16263] ~p(X2_671_0), p(skolem_Y33(X2_671_0))
% 251.94/36.23 -> [16264] p(X2_671_0), ~p(skolem_Y33(X2_671_0))
% 251.94/36.23
% 251.94/36.23 [16264] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [17173] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [17173] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [17891] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [17891] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [18576] (q(skolem_X66) <=> q(Y7_515_3))
% 251.94/36.23
% 251.94/36.23 [18576] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_515_3))
% 251.94/36.23 -> [18577] ~q(skolem_X66), ~q(Y7_515_3)
% 251.94/36.23 -> [18578] q(skolem_X66), q(Y7_515_3)
% 251.94/36.23
% 251.94/36.23 [18578] CLOSURE : q(Y7_515_3)
% 251.94/36.23
% 251.94/36.23 [19801] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_330_4))
% 251.94/36.23 -> [23400] ~r(skolem_X1010), ~r(Y11_330_4)
% 251.94/36.23 -> [23401] r(skolem_X1010), r(Y11_330_4)
% 251.94/36.23
% 251.94/36.23 [23400] CLOSURE : ~r(Y11_330_4)
% 251.94/36.23
% 251.94/36.23 [23401] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [23810] s(Y9_192_5)
% 251.94/36.23
% 251.94/36.23 [23810] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [24100] p(Y13_139_6)
% 251.94/36.23
% 251.94/36.23 [24100] CLOSURE : p(Y13_139_6)
% 251.94/36.23
% 251.94/36.23 [16263] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [17370] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [17370] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [18108] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [18108] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [18823] (q(skolem_X66) <=> q(Y7_533_3))
% 251.94/36.23
% 251.94/36.23 [18823] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_533_3))
% 251.94/36.23 -> [18824] ~q(skolem_X66), ~q(Y7_533_3)
% 251.94/36.23 -> [18825] q(skolem_X66), q(Y7_533_3)
% 251.94/36.23
% 251.94/36.23 [18825] CLOSURE : q(Y7_533_3)
% 251.94/36.23
% 251.94/36.23 [20044] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_338_4))
% 251.94/36.23 -> [35728] ~r(skolem_X1010), ~r(Y11_338_4)
% 251.94/36.23 -> [35729] r(skolem_X1010), r(Y11_338_4)
% 251.94/36.23
% 251.94/36.23 [35728] CLOSURE : ~r(Y11_338_4)
% 251.94/36.23
% 251.94/36.23 [35729] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [35732] s(Y9_510_5)
% 251.94/36.23
% 251.94/36.23 [35732] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [35742] p(Y13_449_6)
% 251.94/36.23
% 251.94/36.23 [35742] CLOSURE : p(Y13_449_6)
% 251.94/36.23
% 251.94/36.23 [3870] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [10210] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [10211] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [10210] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [10507] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [10507] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [11834] ~! [Y3_3] : ((p(X2_501_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [11834] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_501_0) <=> p(Y3_3)))
% 251.94/36.23 -> [11835] ~(p(X2_501_0) <=> p(skolem_Y33(X2_501_0)))
% 251.94/36.23
% 251.94/36.23 [11835] BETA_NOT_EQUIV : ~(p(X2_501_0) <=> p(skolem_Y33(X2_501_0)))
% 251.94/36.23 -> [11836] ~p(X2_501_0), p(skolem_Y33(X2_501_0))
% 251.94/36.23 -> [11837] p(X2_501_0), ~p(skolem_Y33(X2_501_0))
% 251.94/36.23
% 251.94/36.23 [11836] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13808] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [13808] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [15096] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [15096] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [16292] (q(skolem_X66) <=> q(Y7_428_3))
% 251.94/36.23
% 251.94/36.23 [16292] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_428_3))
% 251.94/36.23 -> [16293] ~q(skolem_X66), ~q(Y7_428_3)
% 251.94/36.23 -> [16294] q(skolem_X66), q(Y7_428_3)
% 251.94/36.23
% 251.94/36.23 [16294] CLOSURE : q(Y7_428_3)
% 251.94/36.23
% 251.94/36.23 [36929] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_955_4))
% 251.94/36.23 -> [37290] ~r(skolem_X1010), ~r(Y11_955_4)
% 251.94/36.23 -> [37291] r(skolem_X1010), r(Y11_955_4)
% 251.94/36.23
% 251.94/36.23 [37290] CLOSURE : ~r(Y11_955_4)
% 251.94/36.23
% 251.94/36.23 [37291] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [37331] s(Y9_566_5)
% 251.94/36.23
% 251.94/36.23 [37331] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [37343] p(Y13_494_6)
% 251.94/36.23
% 251.94/36.23 [37343] CLOSURE : p(Y13_494_6)
% 251.94/36.23
% 251.94/36.23 [11837] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13456] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [13456] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [15104] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [15104] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [16302] (q(skolem_X66) <=> q(Y7_429_3))
% 251.94/36.23
% 251.94/36.23 [16302] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_429_3))
% 251.94/36.23 -> [16303] ~q(skolem_X66), ~q(Y7_429_3)
% 251.94/36.23 -> [16304] q(skolem_X66), q(Y7_429_3)
% 251.94/36.23
% 251.94/36.23 [16304] CLOSURE : q(Y7_429_3)
% 251.94/36.23
% 251.94/36.23 [37203] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_978_4))
% 251.94/36.23 -> [37261] ~r(skolem_X1010), ~r(Y11_978_4)
% 251.94/36.23 -> [37262] r(skolem_X1010), r(Y11_978_4)
% 251.94/36.23
% 251.94/36.23 [37261] CLOSURE : ~r(Y11_978_4)
% 251.94/36.23
% 251.94/36.23 [37262] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [37264] s(Y9_562_5)
% 251.94/36.23
% 251.94/36.23 [37264] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [37484] p(Y13_499_6)
% 251.94/36.23
% 251.94/36.23 [37484] CLOSURE : p(Y13_499_6)
% 251.94/36.23
% 251.94/36.23 [10211] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [10213] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [10213] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [10938] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [10938] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [10939] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [10939] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [10940] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [10941] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [10940] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [10941] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [12660] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [12660] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [13820] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [13820] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [15120] (q(skolem_X66) <=> q(Y7_395_3))
% 251.94/36.23
% 251.94/36.23 [15120] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_395_3))
% 251.94/36.23 -> [15121] ~q(skolem_X66), ~q(Y7_395_3)
% 251.94/36.23 -> [15122] q(skolem_X66), q(Y7_395_3)
% 251.94/36.23
% 251.94/36.23 [15122] CLOSURE : q(Y7_395_3)
% 251.94/36.23
% 251.94/36.23 [37749] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1011_4))
% 251.94/36.23 -> [38087] ~r(skolem_X1010), ~r(Y11_1011_4)
% 251.94/36.23 -> [38088] r(skolem_X1010), r(Y11_1011_4)
% 251.94/36.23
% 251.94/36.23 [38087] CLOSURE : ~r(Y11_1011_4)
% 251.94/36.23
% 251.94/36.23 [38088] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [38152] s(Y9_598_5)
% 251.94/36.23
% 251.94/36.23 [38152] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [38193] p(Y13_521_6)
% 251.94/36.23
% 251.94/36.23 [38193] CLOSURE : p(Y13_521_6)
% 251.94/36.23
% 251.94/36.23 [162] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [177] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [177] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [183] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [184] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [184] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [196] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [196] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [202] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [203] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [203] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [313] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [313] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [27750] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [27750] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [27855] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [27855] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [27856] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [27856] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [27857] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [27858] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [27858] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [27857] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [28083] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [28083] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [28089] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [28089] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [28107] (q(skolem_X66) <=> q(Y7_887_3))
% 251.94/36.23
% 251.94/36.23 [28107] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_887_3))
% 251.94/36.23 -> [28108] ~q(skolem_X66), ~q(Y7_887_3)
% 251.94/36.23 -> [28109] q(skolem_X66), q(Y7_887_3)
% 251.94/36.23
% 251.94/36.23 [28109] CLOSURE : q(Y7_887_3)
% 251.94/36.23
% 251.94/36.23 [28147] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_622_4))
% 251.94/36.23 -> [28215] ~r(skolem_X1010), ~r(Y11_622_4)
% 251.94/36.23 -> [28216] r(skolem_X1010), r(Y11_622_4)
% 251.94/36.23
% 251.94/36.23 [28215] CLOSURE : ~r(Y11_622_4)
% 251.94/36.23
% 251.94/36.23 [28216] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [28238] s(Y9_328_5)
% 251.94/36.23
% 251.94/36.23 [28238] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [28258] ~s(X12_309_6)
% 251.94/36.23
% 251.94/36.23 [28258] CLOSURE : ~s(X12_309_6)
% 251.94/36.23
% 251.94/36.23 [202] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [2979] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [2979] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [2980] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [2980] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [2982] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [2983] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [2983] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [2982] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [6733] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [6733] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [7055] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [7055] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [7785] (q(skolem_X66) <=> q(Y7_139_3))
% 251.94/36.23
% 251.94/36.23 [7785] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_139_3))
% 251.94/36.23 -> [7787] ~q(skolem_X66), ~q(Y7_139_3)
% 251.94/36.23 -> [7788] q(skolem_X66), q(Y7_139_3)
% 251.94/36.23
% 251.94/36.23 [7788] CLOSURE : q(Y7_139_3)
% 251.94/36.23
% 251.94/36.23 [9707] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_94_4))
% 251.94/36.23 -> [39973] ~r(skolem_X1010), ~r(Y11_94_4)
% 251.94/36.23 -> [39974] r(skolem_X1010), r(Y11_94_4)
% 251.94/36.23
% 251.94/36.23 [39973] CLOSURE : ~r(Y11_94_4)
% 251.94/36.23
% 251.94/36.23 [39974] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [40013] s(Y9_629_5)
% 251.94/36.23
% 251.94/36.23 [40013] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [40058] ~s(X12_652_6)
% 251.94/36.23
% 251.94/36.23 [40058] CLOSURE : ~s(X12_652_6)
% 251.94/36.23
% 251.94/36.23 [183] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [234] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [235] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [235] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [250] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [250] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [5218] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [5218] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [5219] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [5219] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [5220] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [5221] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [5221] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [5220] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [30742] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [30742] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [30783] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [30783] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [30846] (q(skolem_X66) <=> q(Y7_1007_3))
% 251.94/36.23
% 251.94/36.23 [30846] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1007_3))
% 251.94/36.23 -> [30847] ~q(skolem_X66), ~q(Y7_1007_3)
% 251.94/36.23 -> [30848] q(skolem_X66), q(Y7_1007_3)
% 251.94/36.23
% 251.94/36.23 [30848] CLOSURE : q(Y7_1007_3)
% 251.94/36.23
% 251.94/36.23 [30909] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_698_4))
% 251.94/36.23 -> [30977] ~r(skolem_X1010), ~r(Y11_698_4)
% 251.94/36.23 -> [30978] r(skolem_X1010), r(Y11_698_4)
% 251.94/36.23
% 251.94/36.23 [30977] CLOSURE : ~r(Y11_698_4)
% 251.94/36.23
% 251.94/36.23 [30978] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [30984] s(Y9_386_5)
% 251.94/36.23
% 251.94/36.23 [30984] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [30999] ~s(X12_395_6)
% 251.94/36.23
% 251.94/36.23 [30999] CLOSURE : ~s(X12_395_6)
% 251.94/36.23
% 251.94/36.23 [234] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [3696] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [3696] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [3697] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [3697] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [3698] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [3698] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [3699] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [3700] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [3700] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [3699] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [20120] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [20120] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [20526] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [20526] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [21036] (q(skolem_X66) <=> q(Y7_640_3))
% 251.94/36.23
% 251.94/36.23 [21036] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_640_3))
% 251.94/36.23 -> [21037] ~q(skolem_X66), ~q(Y7_640_3)
% 251.94/36.23 -> [21038] q(skolem_X66), q(Y7_640_3)
% 251.94/36.23
% 251.94/36.23 [21037] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.23 -> [25286] (r(skolem_X1010) <=> r(Y11_537_4))
% 251.94/36.23
% 251.94/36.23 [25286] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_537_4))
% 251.94/36.23 -> [25287] ~r(skolem_X1010), ~r(Y11_537_4)
% 251.94/36.23 -> [25288] r(skolem_X1010), r(Y11_537_4)
% 251.94/36.23
% 251.94/36.23 [25287] CLOSURE : ~r(Y11_537_4)
% 251.94/36.23
% 251.94/36.23 [25288] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [25485] s(Y9_249_5)
% 251.94/36.23
% 251.94/36.23 [25485] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [25595] ~s(X12_244_6)
% 251.94/36.23
% 251.94/36.23 [25595] CLOSURE : ~s(X12_244_6)
% 251.94/36.23
% 251.94/36.23 [21038] CLOSURE : q(Y7_640_3)
% 251.94/36.23
% 251.94/36.23 [88] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [224] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [225] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [225] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [232] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [232] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [4852] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [4852] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [11354] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11355] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [11355] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [11360] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [11360] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11361] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11362] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [11361] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11973] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [11973] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [31932] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [31932] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [31933] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [31933] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [31934] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [31935] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [31935] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [31934] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [32104] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [32104] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [32186] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [32186] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [32301] (q(skolem_X66) <=> q(Y7_1048_3))
% 251.94/36.23
% 251.94/36.23 [32301] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1048_3))
% 251.94/36.23 -> [32302] ~q(skolem_X66), ~q(Y7_1048_3)
% 251.94/36.23 -> [32303] q(skolem_X66), q(Y7_1048_3)
% 251.94/36.23
% 251.94/36.23 [32303] CLOSURE : q(Y7_1048_3)
% 251.94/36.23
% 251.94/36.23 [32470] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_788_4))
% 251.94/36.23 -> [32955] ~r(skolem_X1010), ~r(Y11_788_4)
% 251.94/36.23 -> [32956] r(skolem_X1010), r(Y11_788_4)
% 251.94/36.23
% 251.94/36.23 [32955] CLOSURE : ~r(Y11_788_4)
% 251.94/36.23
% 251.94/36.23 [32956] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [33004] s(skolem_X1414)
% 251.94/36.23
% 251.94/36.23 [33004] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23 -> [33027] (s(skolem_X1414) <=> s(Y15_183_6))
% 251.94/36.23
% 251.94/36.23 [33027] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_183_6))
% 251.94/36.23 -> [33028] ~s(skolem_X1414), ~s(Y15_183_6)
% 251.94/36.23 -> [33029] s(skolem_X1414), s(Y15_183_6)
% 251.94/36.23
% 251.94/36.23 [33029] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [33067] ~p(X16_125_7)
% 251.94/36.23
% 251.94/36.23 [33067] CLOSURE : ~p(X16_125_7)
% 251.94/36.23
% 251.94/36.23 [33028] CLOSURE : ~s(Y15_183_6)
% 251.94/36.23
% 251.94/36.23 [11362] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [11367] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11367] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [31921] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [31921] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [31922] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [31922] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [31923] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [31924] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [31924] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [31923] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [32178] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [32178] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [32294] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [32294] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [32399] (q(skolem_X66) <=> q(Y7_1051_3))
% 251.94/36.23
% 251.94/36.23 [32399] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1051_3))
% 251.94/36.23 -> [32400] ~q(skolem_X66), ~q(Y7_1051_3)
% 251.94/36.23 -> [32401] q(skolem_X66), q(Y7_1051_3)
% 251.94/36.23
% 251.94/36.23 [32401] CLOSURE : q(Y7_1051_3)
% 251.94/36.23
% 251.94/36.23 [32558] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_790_4))
% 251.94/36.23 -> [32961] ~r(skolem_X1010), ~r(Y11_790_4)
% 251.94/36.23 -> [32962] r(skolem_X1010), r(Y11_790_4)
% 251.94/36.23
% 251.94/36.23 [32961] CLOSURE : ~r(Y11_790_4)
% 251.94/36.23
% 251.94/36.23 [32962] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [33006] s(skolem_X1414)
% 251.94/36.23
% 251.94/36.23 [33006] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23 -> [33034] (s(skolem_X1414) <=> s(Y15_185_6))
% 251.94/36.23
% 251.94/36.23 [33034] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_185_6))
% 251.94/36.23 -> [33035] ~s(skolem_X1414), ~s(Y15_185_6)
% 251.94/36.23 -> [33036] s(skolem_X1414), s(Y15_185_6)
% 251.94/36.23
% 251.94/36.23 [33036] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [33071] q(Y17_90_7)
% 251.94/36.23
% 251.94/36.23 [33071] CLOSURE : q(Y17_90_7)
% 251.94/36.23
% 251.94/36.23 [33035] CLOSURE : ~s(Y15_185_6)
% 251.94/36.23
% 251.94/36.23 [11354] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [11965] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [11966] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [11965] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [31737] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [31737] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [31738] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [31738] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [31739] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [31740] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [31740] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [31739] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [31925] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [31925] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [32015] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [32015] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [32096] (q(skolem_X66) <=> q(Y7_1046_3))
% 251.94/36.23
% 251.94/36.23 [32096] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1046_3))
% 251.94/36.23 -> [32097] ~q(skolem_X66), ~q(Y7_1046_3)
% 251.94/36.23 -> [32098] q(skolem_X66), q(Y7_1046_3)
% 251.94/36.23
% 251.94/36.23 [32098] CLOSURE : q(Y7_1046_3)
% 251.94/36.23
% 251.94/36.23 [32183] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_772_4))
% 251.94/36.23 -> [32509] ~r(skolem_X1010), ~r(Y11_772_4)
% 251.94/36.23 -> [32510] r(skolem_X1010), r(Y11_772_4)
% 251.94/36.23
% 251.94/36.23 [32509] CLOSURE : ~r(Y11_772_4)
% 251.94/36.23
% 251.94/36.23 [32510] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [32526] s(skolem_Y1515(skolem_X1212))
% 251.94/36.23
% 251.94/36.23 [32526] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [32550] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [32550] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.23 -> [32552] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.23
% 251.94/36.23 [32552] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.23 -> [32554] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.23 -> [32555] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.23
% 251.94/36.23 [32555] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.23
% 251.94/36.23 [32554] CLOSURE : ~s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [11966] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [11968] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [11968] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [31856] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [31856] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [31969] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [31969] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [31970] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [31970] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [31971] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [31972] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [31972] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [31971] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [32445] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [32445] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [32530] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [32530] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [32627] (q(skolem_X66) <=> q(Y7_1060_3))
% 251.94/36.23
% 251.94/36.23 [32627] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1060_3))
% 251.94/36.23 -> [32628] ~q(skolem_X66), ~q(Y7_1060_3)
% 251.94/36.23 -> [32629] q(skolem_X66), q(Y7_1060_3)
% 251.94/36.23
% 251.94/36.23 [32629] CLOSURE : q(Y7_1060_3)
% 251.94/36.23
% 251.94/36.23 [32785] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_804_4))
% 251.94/36.23 -> [33139] ~r(skolem_X1010), ~r(Y11_804_4)
% 251.94/36.23 -> [33140] r(skolem_X1010), r(Y11_804_4)
% 251.94/36.23
% 251.94/36.23 [33139] CLOSURE : ~r(Y11_804_4)
% 251.94/36.23
% 251.94/36.23 [33140] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [33156] s(skolem_Y1515(skolem_X1212))
% 251.94/36.23
% 251.94/36.23 [33156] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [33164] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [33164] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.23 -> [33167] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.23
% 251.94/36.23 [33167] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.23 -> [33168] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.23 -> [33169] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.23
% 251.94/36.23 [33169] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.23
% 251.94/36.23 [33168] CLOSURE : ~s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [224] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [314] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [315] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [314] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [420] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [421] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [421] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [425] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [425] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [22014] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [22014] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [22413] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [22413] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [22414] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [22414] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [22415] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [22416] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [22415] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [22416] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [22827] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [22827] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [23091] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [23091] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [23324] (q(skolem_X66) <=> q(Y7_741_3))
% 251.94/36.23
% 251.94/36.23 [23324] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_741_3))
% 251.94/36.23 -> [23325] ~q(skolem_X66), ~q(Y7_741_3)
% 251.94/36.23 -> [23326] q(skolem_X66), q(Y7_741_3)
% 251.94/36.23
% 251.94/36.23 [23326] CLOSURE : q(Y7_741_3)
% 251.94/36.23
% 251.94/36.23 [23606] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_468_4))
% 251.94/36.23 -> [24488] ~r(skolem_X1010), ~r(Y11_468_4)
% 251.94/36.23 -> [24489] r(skolem_X1010), r(Y11_468_4)
% 251.94/36.23
% 251.94/36.23 [24488] CLOSURE : ~r(Y11_468_4)
% 251.94/36.23
% 251.94/36.23 [24489] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [24649] s(Y9_221_5)
% 251.94/36.23
% 251.94/36.23 [24649] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [24768] ~s(X12_216_6)
% 251.94/36.23
% 251.94/36.23 [24768] CLOSURE : ~s(X12_216_6)
% 251.94/36.23
% 251.94/36.23 [420] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [620] ~! [Y3_3] : ((p(X2_7_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [620] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_7_0) <=> p(Y3_3)))
% 251.94/36.23 -> [621] ~(p(X2_7_0) <=> p(skolem_Y33(X2_7_0)))
% 251.94/36.23
% 251.94/36.23 [621] BETA_NOT_EQUIV : ~(p(X2_7_0) <=> p(skolem_Y33(X2_7_0)))
% 251.94/36.23 -> [622] ~p(X2_7_0), p(skolem_Y33(X2_7_0))
% 251.94/36.23 -> [623] p(X2_7_0), ~p(skolem_Y33(X2_7_0))
% 251.94/36.23
% 251.94/36.23 [623] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [1604] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [1604] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [2856] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [2856] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [3911] (q(skolem_X66) <=> q(Y7_54_3))
% 251.94/36.23
% 251.94/36.23 [3911] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_54_3))
% 251.94/36.23 -> [3912] ~q(skolem_X66), ~q(Y7_54_3)
% 251.94/36.23 -> [3913] q(skolem_X66), q(Y7_54_3)
% 251.94/36.23
% 251.94/36.23 [3913] CLOSURE : q(Y7_54_3)
% 251.94/36.23
% 251.94/36.23 [14360] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_182_4))
% 251.94/36.23 -> [37276] ~r(skolem_X1010), ~r(Y11_182_4)
% 251.94/36.23 -> [37277] r(skolem_X1010), r(Y11_182_4)
% 251.94/36.23
% 251.94/36.23 [37276] CLOSURE : ~r(Y11_182_4)
% 251.94/36.23
% 251.94/36.23 [37277] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [37289] s(Y9_564_5)
% 251.94/36.23
% 251.94/36.23 [37289] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [37314] ~s(X12_572_6)
% 251.94/36.23
% 251.94/36.23 [37314] CLOSURE : ~s(X12_572_6)
% 251.94/36.23
% 251.94/36.23 [622] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [2339] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [2339] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [3187] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [3187] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [6627] (q(skolem_X66) <=> q(Y7_115_3))
% 251.94/36.23
% 251.94/36.23 [6627] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_115_3))
% 251.94/36.23 -> [6638] ~q(skolem_X66), ~q(Y7_115_3)
% 251.94/36.23 -> [6639] q(skolem_X66), q(Y7_115_3)
% 251.94/36.23
% 251.94/36.23 [6639] CLOSURE : q(Y7_115_3)
% 251.94/36.23
% 251.94/36.23 [14656] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_191_4))
% 251.94/36.23 -> [37755] ~r(skolem_X1010), ~r(Y11_191_4)
% 251.94/36.23 -> [37756] r(skolem_X1010), r(Y11_191_4)
% 251.94/36.23
% 251.94/36.23 [37755] CLOSURE : ~r(Y11_191_4)
% 251.94/36.23
% 251.94/36.23 [37756] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [37816] s(Y9_585_5)
% 251.94/36.23
% 251.94/36.23 [37816] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [37861] ~s(X12_590_6)
% 251.94/36.23
% 251.94/36.23 [37861] CLOSURE : ~s(X12_590_6)
% 251.94/36.23
% 251.94/36.23 [315] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [325] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [325] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [329] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [330] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [330] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [337] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [337] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [4777] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [4777] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [4778] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [4778] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [4779] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [4780] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [4779] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [4780] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [6191] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [6191] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [6758] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [6758] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [7096] (q(skolem_X66) <=> q(Y7_127_3))
% 251.94/36.23
% 251.94/36.23 [7096] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_127_3))
% 251.94/36.23 -> [7098] ~q(skolem_X66), ~q(Y7_127_3)
% 251.94/36.23 -> [7099] q(skolem_X66), q(Y7_127_3)
% 251.94/36.23
% 251.94/36.23 [7099] CLOSURE : q(Y7_127_3)
% 251.94/36.23
% 251.94/36.23 [8320] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_77_4))
% 251.94/36.23 -> [14282] ~r(skolem_X1010), ~r(Y11_77_4)
% 251.94/36.23 -> [14283] r(skolem_X1010), r(Y11_77_4)
% 251.94/36.23
% 251.94/36.23 [14282] CLOSURE : ~r(Y11_77_4)
% 251.94/36.23
% 251.94/36.23 [14283] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [33213] s(Y9_439_5)
% 251.94/36.23
% 251.94/36.23 [33213] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [33288] ~s(X12_459_6)
% 251.94/36.23
% 251.94/36.23 [33288] CLOSURE : ~s(X12_459_6)
% 251.94/36.23
% 251.94/36.23 [329] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [436] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [436] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [437] ~! [Y3_3] : ((p(X2_5_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [437] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_5_0) <=> p(Y3_3)))
% 251.94/36.23 -> [438] ~(p(X2_5_0) <=> p(skolem_Y33(X2_5_0)))
% 251.94/36.23
% 251.94/36.23 [438] BETA_NOT_EQUIV : ~(p(X2_5_0) <=> p(skolem_Y33(X2_5_0)))
% 251.94/36.23 -> [439] ~p(X2_5_0), p(skolem_Y33(X2_5_0))
% 251.94/36.23 -> [440] p(X2_5_0), ~p(skolem_Y33(X2_5_0))
% 251.94/36.23
% 251.94/36.23 [439] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [29656] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [29656] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [29680] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [29680] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [29688] (q(skolem_X66) <=> q(Y7_949_3))
% 251.94/36.23
% 251.94/36.23 [29688] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_949_3))
% 251.94/36.23 -> [29689] ~q(skolem_X66), ~q(Y7_949_3)
% 251.94/36.23 -> [29690] q(skolem_X66), q(Y7_949_3)
% 251.94/36.23
% 251.94/36.23 [29690] CLOSURE : q(Y7_949_3)
% 251.94/36.23
% 251.94/36.23 [29722] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_668_4))
% 251.94/36.23 -> [29766] ~r(skolem_X1010), ~r(Y11_668_4)
% 251.94/36.23 -> [29767] r(skolem_X1010), r(Y11_668_4)
% 251.94/36.23
% 251.94/36.23 [29766] CLOSURE : ~r(Y11_668_4)
% 251.94/36.23
% 251.94/36.23 [29767] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [29777] s(Y9_361_5)
% 251.94/36.23
% 251.94/36.23 [29777] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [29785] ~s(X12_368_6)
% 251.94/36.23
% 251.94/36.23 [29785] CLOSURE : ~s(X12_368_6)
% 251.94/36.23
% 251.94/36.23 [440] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [21233] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [21233] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [41351] r(skolem_X1010)
% 251.94/36.23
% 251.94/36.23 [41351] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [41501] (q(skolem_X66) <=> q(Y7_1312_3))
% 251.94/36.23
% 251.94/36.23 [41501] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1312_3))
% 251.94/36.23 -> [41502] ~q(skolem_X66), ~q(Y7_1312_3)
% 251.94/36.23 -> [41503] q(skolem_X66), q(Y7_1312_3)
% 251.94/36.23
% 251.94/36.23 [41503] CLOSURE : q(Y7_1312_3)
% 251.94/36.23
% 251.94/36.23 [41693] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1157_4))
% 251.94/36.23 -> [42309] ~r(skolem_X1010), ~r(Y11_1157_4)
% 251.94/36.23 -> [42310] r(skolem_X1010), r(Y11_1157_4)
% 251.94/36.23
% 251.94/36.23 [42309] CLOSURE : ~r(Y11_1157_4)
% 251.94/36.23
% 251.94/36.23 [42310] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [42396] s(Y9_697_5)
% 251.94/36.23
% 251.94/36.23 [42396] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [42479] ~s(X12_706_6)
% 251.94/36.23
% 251.94/36.23 [42479] CLOSURE : ~s(X12_706_6)
% 251.94/36.23
% 251.94/36.23 [51] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.23 -> [268] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [269] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.23
% 251.94/36.23 [269] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.23 -> [281] r(skolem_X88)
% 251.94/36.23
% 251.94/36.23 [281] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.23 -> [288] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [289] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23
% 251.94/36.23 [289] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.23 -> [303] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [304] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.23
% 251.94/36.23 [304] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [308] s(skolem_X1212)
% 251.94/36.23
% 251.94/36.23 [308] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [666] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [667] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [666] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [6250] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [6251] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [6251] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [6254] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [6254] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [34625] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [34625] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [34666] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [34666] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [34669] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [34669] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [34670] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [34671] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [34670] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [34671] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [34750] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [34750] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [34764] r(Y5_1136_2)
% 251.94/36.23
% 251.94/36.23 [34764] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [34799] (q(skolem_X66) <=> q(Y7_1122_3))
% 251.94/36.23
% 251.94/36.23 [34799] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1122_3))
% 251.94/36.23 -> [34800] ~q(skolem_X66), ~q(Y7_1122_3)
% 251.94/36.23 -> [34801] q(skolem_X66), q(Y7_1122_3)
% 251.94/36.23
% 251.94/36.23 [34801] CLOSURE : q(Y7_1122_3)
% 251.94/36.23
% 251.94/36.23 [34800] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [34807] ~! [Y11_11] : ((r(X10_819_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [34807] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_819_4) <=> r(Y11_11)))
% 251.94/36.23 -> [34808] ~(r(X10_819_4) <=> r(skolem_Y1111(X10_819_4)))
% 251.94/36.23
% 251.94/36.23 [34808] BETA_NOT_EQUIV : ~(r(X10_819_4) <=> r(skolem_Y1111(X10_819_4)))
% 251.94/36.23 -> [34809] ~r(X10_819_4), r(skolem_Y1111(X10_819_4))
% 251.94/36.23 -> [34810] r(X10_819_4), ~r(skolem_Y1111(X10_819_4))
% 251.94/36.23
% 251.94/36.23 [34809] CLOSURE : ~r(X10_819_4)
% 251.94/36.23
% 251.94/36.23 [34810] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [34858] s(Y9_482_5)
% 251.94/36.23
% 251.94/36.23 [34858] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [34862] p(Y13_420_6)
% 251.94/36.23
% 251.94/36.23 [34862] CLOSURE : p(Y13_420_6)
% 251.94/36.23
% 251.94/36.23 [6250] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [15354] ~! [Y3_3] : ((p(X2_629_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [15354] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_629_0) <=> p(Y3_3)))
% 251.94/36.23 -> [15355] ~(p(X2_629_0) <=> p(skolem_Y33(X2_629_0)))
% 251.94/36.23
% 251.94/36.23 [15355] BETA_NOT_EQUIV : ~(p(X2_629_0) <=> p(skolem_Y33(X2_629_0)))
% 251.94/36.23 -> [15356] ~p(X2_629_0), p(skolem_Y33(X2_629_0))
% 251.94/36.23 -> [15357] p(X2_629_0), ~p(skolem_Y33(X2_629_0))
% 251.94/36.23
% 251.94/36.23 [15356] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [16803] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [16803] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [17808] r(Y5_725_2)
% 251.94/36.23
% 251.94/36.23 [17808] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [18329] (q(skolem_X66) <=> q(Y7_501_3))
% 251.94/36.23
% 251.94/36.23 [18329] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_501_3))
% 251.94/36.23 -> [18330] ~q(skolem_X66), ~q(Y7_501_3)
% 251.94/36.23 -> [18331] q(skolem_X66), q(Y7_501_3)
% 251.94/36.23
% 251.94/36.23 [18331] CLOSURE : q(Y7_501_3)
% 251.94/36.23
% 251.94/36.23 [18330] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [19199] ~! [Y11_11] : ((r(X10_229_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [19199] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_229_4) <=> r(Y11_11)))
% 251.94/36.23 -> [19200] ~(r(X10_229_4) <=> r(skolem_Y1111(X10_229_4)))
% 251.94/36.23
% 251.94/36.23 [19200] BETA_NOT_EQUIV : ~(r(X10_229_4) <=> r(skolem_Y1111(X10_229_4)))
% 251.94/36.23 -> [19201] ~r(X10_229_4), r(skolem_Y1111(X10_229_4))
% 251.94/36.23 -> [19202] r(X10_229_4), ~r(skolem_Y1111(X10_229_4))
% 251.94/36.23
% 251.94/36.23 [19201] CLOSURE : ~r(X10_229_4)
% 251.94/36.23
% 251.94/36.23 [19202] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [35466] s(Y9_500_5)
% 251.94/36.23
% 251.94/36.23 [35466] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [35477] p(Y13_441_6)
% 251.94/36.23
% 251.94/36.23 [35477] CLOSURE : p(Y13_441_6)
% 251.94/36.23
% 251.94/36.23 [15357] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [16809] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [16809] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [17821] r(Y5_726_2)
% 251.94/36.23
% 251.94/36.23 [17821] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [18342] (q(skolem_X66) <=> q(Y7_502_3))
% 251.94/36.23
% 251.94/36.23 [18342] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_502_3))
% 251.94/36.23 -> [18343] ~q(skolem_X66), ~q(Y7_502_3)
% 251.94/36.23 -> [18344] q(skolem_X66), q(Y7_502_3)
% 251.94/36.23
% 251.94/36.23 [18344] CLOSURE : q(Y7_502_3)
% 251.94/36.23
% 251.94/36.23 [18343] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [19204] ~! [Y11_11] : ((r(X10_230_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [19204] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_230_4) <=> r(Y11_11)))
% 251.94/36.23 -> [19205] ~(r(X10_230_4) <=> r(skolem_Y1111(X10_230_4)))
% 251.94/36.23
% 251.94/36.23 [19205] BETA_NOT_EQUIV : ~(r(X10_230_4) <=> r(skolem_Y1111(X10_230_4)))
% 251.94/36.23 -> [19206] ~r(X10_230_4), r(skolem_Y1111(X10_230_4))
% 251.94/36.23 -> [19207] r(X10_230_4), ~r(skolem_Y1111(X10_230_4))
% 251.94/36.23
% 251.94/36.23 [19206] CLOSURE : ~r(X10_230_4)
% 251.94/36.23
% 251.94/36.23 [19207] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [35468] s(Y9_501_5)
% 251.94/36.23
% 251.94/36.23 [35468] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [35482] p(Y13_442_6)
% 251.94/36.23
% 251.94/36.23 [35482] CLOSURE : p(Y13_442_6)
% 251.94/36.23
% 251.94/36.23 [667] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.23 -> [680] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.23
% 251.94/36.23 [680] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [687] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [688] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [688] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [701] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [701] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [12231] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [12231] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.23 -> [12232] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23
% 251.94/36.23 [12232] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.23 -> [12233] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.23 -> [12234] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.23
% 251.94/36.23 [12233] CLOSURE : ~p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [12234] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [13356] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [13356] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [14664] r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [14664] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [37027] (q(skolem_X66) <=> q(Y7_1199_3))
% 251.94/36.23
% 251.94/36.23 [37027] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1199_3))
% 251.94/36.23 -> [37206] ~q(skolem_X66), ~q(Y7_1199_3)
% 251.94/36.23 -> [37207] q(skolem_X66), q(Y7_1199_3)
% 251.94/36.23
% 251.94/36.23 [37207] CLOSURE : q(Y7_1199_3)
% 251.94/36.23
% 251.94/36.23 [37536] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23 -> [37659] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.23 -> [37660] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [37660] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [37659] CLOSURE : ~r(skolem_X88)
% 251.94/36.23
% 251.94/36.23 [687] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [6543] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [6543] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [8458] ~! [Y3_3] : ((p(X2_340_0) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [8458] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_340_0) <=> p(Y3_3)))
% 251.94/36.23 -> [8463] ~(p(X2_340_0) <=> p(skolem_Y33(X2_340_0)))
% 251.94/36.23
% 251.94/36.23 [8463] BETA_NOT_EQUIV : ~(p(X2_340_0) <=> p(skolem_Y33(X2_340_0)))
% 251.94/36.23 -> [8464] ~p(X2_340_0), p(skolem_Y33(X2_340_0))
% 251.94/36.23 -> [8465] p(X2_340_0), ~p(skolem_Y33(X2_340_0))
% 251.94/36.23
% 251.94/36.23 [8464] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [10958] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [10958] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [12279] r(Y5_463_2)
% 251.94/36.23
% 251.94/36.23 [12279] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [13476] (q(skolem_X66) <=> q(Y7_351_3))
% 251.94/36.23
% 251.94/36.23 [13476] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_351_3))
% 251.94/36.23 -> [13477] ~q(skolem_X66), ~q(Y7_351_3)
% 251.94/36.23 -> [13478] q(skolem_X66), q(Y7_351_3)
% 251.94/36.23
% 251.94/36.23 [13478] CLOSURE : q(Y7_351_3)
% 251.94/36.23
% 251.94/36.23 [15891] BETA_NOT_EQUIV : ~(r(X10_141_4) <=> r(skolem_Y1111(X10_141_4)))
% 251.94/36.23 -> [24361] ~r(X10_141_4), r(skolem_Y1111(X10_141_4))
% 251.94/36.23 -> [24362] r(X10_141_4), ~r(skolem_Y1111(X10_141_4))
% 251.94/36.23
% 251.94/36.23 [24361] CLOSURE : ~r(X10_141_4)
% 251.94/36.23
% 251.94/36.23 [24362] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [25319] s(Y9_240_5)
% 251.94/36.23
% 251.94/36.23 [25319] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [25398] p(Y13_186_6)
% 251.94/36.23
% 251.94/36.23 [25398] CLOSURE : p(Y13_186_6)
% 251.94/36.23
% 251.94/36.23 [8465] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [10519] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [10519] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [11898] r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [11898] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [13095] (q(skolem_X66) <=> q(Y7_341_3))
% 251.94/36.23
% 251.94/36.23 [13095] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_341_3))
% 251.94/36.23 -> [13096] ~q(skolem_X66), ~q(Y7_341_3)
% 251.94/36.23 -> [13097] q(skolem_X66), q(Y7_341_3)
% 251.94/36.23
% 251.94/36.23 [13097] CLOSURE : q(Y7_341_3)
% 251.94/36.23
% 251.94/36.23 [15158] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.23 -> [38112] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.23 -> [38113] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [38112] CLOSURE : ~r(skolem_X88)
% 251.94/36.23
% 251.94/36.23 [38113] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [303] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.23 -> [395] ~p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [395] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.23 -> [399] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [400] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23
% 251.94/36.23 [399] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.23 -> [578] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [579] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23
% 251.94/36.23 [579] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.23 -> [582] p(skolem_X1616)
% 251.94/36.23
% 251.94/36.23 [582] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.23 -> [1040] ~q(skolem_Y1717)
% 251.94/36.23
% 251.94/36.23 [1040] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [1844] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [1844] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [1845] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [1845] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [1848] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [1849] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [1849] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [1848] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [4489] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [4489] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [4789] r(Y5_132_2)
% 251.94/36.23
% 251.94/36.23 [4789] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [5116] (q(skolem_X66) <=> q(Y7_96_3))
% 251.94/36.23
% 251.94/36.23 [5116] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_96_3))
% 251.94/36.23 -> [5117] ~q(skolem_X66), ~q(Y7_96_3)
% 251.94/36.23 -> [5118] q(skolem_X66), q(Y7_96_3)
% 251.94/36.23
% 251.94/36.23 [5118] CLOSURE : q(Y7_96_3)
% 251.94/36.23
% 251.94/36.23 [5117] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.23 -> [5715] ~! [Y11_11] : ((r(X10_22_4) <=> r(Y11_11)))
% 251.94/36.23
% 251.94/36.23 [5715] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_22_4) <=> r(Y11_11)))
% 251.94/36.23 -> [5716] ~(r(X10_22_4) <=> r(skolem_Y1111(X10_22_4)))
% 251.94/36.23
% 251.94/36.23 [5716] BETA_NOT_EQUIV : ~(r(X10_22_4) <=> r(skolem_Y1111(X10_22_4)))
% 251.94/36.23 -> [5717] ~r(X10_22_4), r(skolem_Y1111(X10_22_4))
% 251.94/36.23 -> [5718] r(X10_22_4), ~r(skolem_Y1111(X10_22_4))
% 251.94/36.23
% 251.94/36.23 [5717] CLOSURE : ~r(X10_22_4)
% 251.94/36.23
% 251.94/36.23 [5718] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.23 -> [7364] s(Y9_27_5)
% 251.94/36.23
% 251.94/36.23 [7364] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.23 -> [8435] ~s(X12_23_6)
% 251.94/36.23
% 251.94/36.23 [8435] CLOSURE : ~s(X12_23_6)
% 251.94/36.23
% 251.94/36.23 [578] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.23 -> [791] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23
% 251.94/36.23 [791] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.23 -> [794] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23
% 251.94/36.23 [794] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.23 -> [795] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.23 -> [796] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.23
% 251.94/36.23 [796] CLOSURE : p(skolem_Y1313)
% 251.94/36.23
% 251.94/36.23 [795] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.23 -> [2564] ~q(skolem_X66)
% 251.94/36.23
% 251.94/36.23 [2564] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.23 -> [3191] r(skolem_Y1111(skolem_X88))
% 251.94/36.23
% 251.94/36.23 [3191] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.23 -> [3834] (q(skolem_X66) <=> q(Y7_50_3))
% 251.94/36.24
% 251.94/36.24 [3834] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_50_3))
% 251.94/36.24 -> [3835] ~q(skolem_X66), ~q(Y7_50_3)
% 251.94/36.24 -> [3836] q(skolem_X66), q(Y7_50_3)
% 251.94/36.24
% 251.94/36.24 [3836] CLOSURE : q(Y7_50_3)
% 251.94/36.24
% 251.94/36.24 [33042] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [33563] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [33564] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [33564] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [33563] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [400] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [406] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [406] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [407] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [408] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [408] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [416] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [416] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [27756] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [27756] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [27757] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [27757] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [27758] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [27759] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [27759] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [27758] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [28027] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [28027] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [28054] r(Y5_991_2)
% 251.94/36.24
% 251.94/36.24 [28054] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [28065] (q(skolem_X66) <=> q(Y7_885_3))
% 251.94/36.24
% 251.94/36.24 [28065] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_885_3))
% 251.94/36.24 -> [28066] ~q(skolem_X66), ~q(Y7_885_3)
% 251.94/36.24 -> [28067] q(skolem_X66), q(Y7_885_3)
% 251.94/36.24
% 251.94/36.24 [28067] CLOSURE : q(Y7_885_3)
% 251.94/36.24
% 251.94/36.24 [28091] BETA_NOT_EQUIV : ~(r(X10_561_4) <=> r(skolem_Y1111(X10_561_4)))
% 251.94/36.24 -> [28224] ~r(X10_561_4), r(skolem_Y1111(X10_561_4))
% 251.94/36.24 -> [28225] r(X10_561_4), ~r(skolem_Y1111(X10_561_4))
% 251.94/36.24
% 251.94/36.24 [28224] CLOSURE : ~r(X10_561_4)
% 251.94/36.24
% 251.94/36.24 [28225] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [28275] s(Y9_330_5)
% 251.94/36.24
% 251.94/36.24 [28275] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [28276] ~s(X12_310_6)
% 251.94/36.24
% 251.94/36.24 [28276] CLOSURE : ~s(X12_310_6)
% 251.94/36.24
% 251.94/36.24 [407] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [554] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [554] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [555] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [555] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [557] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [557] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [558] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [559] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [559] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [558] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [3088] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [3088] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [20860] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [20860] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [21574] (q(skolem_X66) <=> q(Y7_662_3))
% 251.94/36.24
% 251.94/36.24 [21574] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_662_3))
% 251.94/36.24 -> [21576] ~q(skolem_X66), ~q(Y7_662_3)
% 251.94/36.24 -> [21577] q(skolem_X66), q(Y7_662_3)
% 251.94/36.24
% 251.94/36.24 [21577] CLOSURE : q(Y7_662_3)
% 251.94/36.24
% 251.94/36.24 [38849] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [39510] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [39511] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [39510] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [39511] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [288] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [378] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [379] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [379] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [383] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [383] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [5584] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [5584] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [7475] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [7476] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [7476] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [7479] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [7479] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [7480] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [7481] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [7480] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [8250] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [8250] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [8252] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [8252] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [8255] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [8256] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [8256] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [8255] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [16412] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [16412] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [18031] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [18031] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [21955] (q(skolem_X66) <=> q(Y7_681_3))
% 251.94/36.24
% 251.94/36.24 [21955] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_681_3))
% 251.94/36.24 -> [21956] ~q(skolem_X66), ~q(Y7_681_3)
% 251.94/36.24 -> [21957] q(skolem_X66), q(Y7_681_3)
% 251.94/36.24
% 251.94/36.24 [21957] CLOSURE : q(Y7_681_3)
% 251.94/36.24
% 251.94/36.24 [22335] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [23435] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [23436] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [23436] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [23435] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [7481] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [7487] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [7487] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8909] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8909] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [16045] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [16045] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [16046] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [16046] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [16047] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [16048] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [16048] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [16047] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [22474] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [22474] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [22626] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [22626] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [22775] (q(skolem_X66) <=> q(Y7_720_3))
% 251.94/36.24
% 251.94/36.24 [22775] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_720_3))
% 251.94/36.24 -> [22776] ~q(skolem_X66), ~q(Y7_720_3)
% 251.94/36.24 -> [22777] q(skolem_X66), q(Y7_720_3)
% 251.94/36.24
% 251.94/36.24 [22777] CLOSURE : q(Y7_720_3)
% 251.94/36.24
% 251.94/36.24 [23012] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [23689] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [23690] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [23689] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [23690] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [7475] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [8245] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8246] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [8246] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [8247] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [8247] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [9585] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [9585] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [9586] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [9586] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [9587] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [9588] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [9587] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [9588] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [21862] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [21862] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [22151] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [22151] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [22325] (q(skolem_X66) <=> q(Y7_700_3))
% 251.94/36.24
% 251.94/36.24 [22325] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_700_3))
% 251.94/36.24 -> [22326] ~q(skolem_X66), ~q(Y7_700_3)
% 251.94/36.24 -> [22327] q(skolem_X66), q(Y7_700_3)
% 251.94/36.24
% 251.94/36.24 [22327] CLOSURE : q(Y7_700_3)
% 251.94/36.24
% 251.94/36.24 [22621] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [23553] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [23554] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [23554] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [23553] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [8245] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8898] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8898] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [16035] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [16035] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [16037] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [16037] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [16038] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [16039] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [16039] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [16038] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [18415] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [18415] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [25341] r(Y5_964_2)
% 251.94/36.24
% 251.94/36.24 [25341] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [25422] (q(skolem_X66) <=> q(Y7_787_3))
% 251.94/36.24
% 251.94/36.24 [25422] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_787_3))
% 251.94/36.24 -> [25423] ~q(skolem_X66), ~q(Y7_787_3)
% 251.94/36.24 -> [25424] q(skolem_X66), q(Y7_787_3)
% 251.94/36.24
% 251.94/36.24 [25424] CLOSURE : q(Y7_787_3)
% 251.94/36.24
% 251.94/36.24 [25540] BETA_NOT_EQUIV : ~(r(X10_478_4) <=> r(skolem_Y1111(X10_478_4)))
% 251.94/36.24 -> [26022] ~r(X10_478_4), r(skolem_Y1111(X10_478_4))
% 251.94/36.24 -> [26023] r(X10_478_4), ~r(skolem_Y1111(X10_478_4))
% 251.94/36.24
% 251.94/36.24 [26022] CLOSURE : ~r(X10_478_4)
% 251.94/36.24
% 251.94/36.24 [26023] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [26169] s(skolem_Y1515(skolem_X1212))
% 251.94/36.24
% 251.94/36.24 [26169] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [26172] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [26172] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.24 -> [26173] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.24
% 251.94/36.24 [26173] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.24 -> [26174] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.24 -> [26175] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.24
% 251.94/36.24 [26175] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.24
% 251.94/36.24 [26174] CLOSURE : ~s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [378] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [518] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [519] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [518] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [770] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [771] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [771] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [773] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [773] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [9212] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [9212] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [9213] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [9213] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [9214] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [9215] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [9214] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [9215] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [10514] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [10514] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [11869] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [11869] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [13085] (q(skolem_X66) <=> q(Y7_340_3))
% 251.94/36.24
% 251.94/36.24 [13085] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_340_3))
% 251.94/36.24 -> [13086] ~q(skolem_X66), ~q(Y7_340_3)
% 251.94/36.24 -> [13087] q(skolem_X66), q(Y7_340_3)
% 251.94/36.24
% 251.94/36.24 [13087] CLOSURE : q(Y7_340_3)
% 251.94/36.24
% 251.94/36.24 [15137] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [24019] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [24020] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [24019] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [24020] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [770] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [6479] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [6479] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [6480] ~! [Y3_3] : ((p(X2_240_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [6480] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_240_0) <=> p(Y3_3)))
% 251.94/36.24 -> [6482] ~(p(X2_240_0) <=> p(skolem_Y33(X2_240_0)))
% 251.94/36.24
% 251.94/36.24 [6482] BETA_NOT_EQUIV : ~(p(X2_240_0) <=> p(skolem_Y33(X2_240_0)))
% 251.94/36.24 -> [6483] ~p(X2_240_0), p(skolem_Y33(X2_240_0))
% 251.94/36.24 -> [6484] p(X2_240_0), ~p(skolem_Y33(X2_240_0))
% 251.94/36.24
% 251.94/36.24 [6483] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [9630] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [9630] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [16458] r(Y5_653_2)
% 251.94/36.24
% 251.94/36.24 [16458] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [17703] (q(skolem_X66) <=> q(Y7_476_3))
% 251.94/36.24
% 251.94/36.24 [17703] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_476_3))
% 251.94/36.24 -> [17704] ~q(skolem_X66), ~q(Y7_476_3)
% 251.94/36.24 -> [17705] q(skolem_X66), q(Y7_476_3)
% 251.94/36.24
% 251.94/36.24 [17705] CLOSURE : q(Y7_476_3)
% 251.94/36.24
% 251.94/36.24 [19162] BETA_NOT_EQUIV : ~(r(X10_226_4) <=> r(skolem_Y1111(X10_226_4)))
% 251.94/36.24 -> [24991] ~r(X10_226_4), r(skolem_Y1111(X10_226_4))
% 251.94/36.24 -> [24992] r(X10_226_4), ~r(skolem_Y1111(X10_226_4))
% 251.94/36.24
% 251.94/36.24 [24991] CLOSURE : ~r(X10_226_4)
% 251.94/36.24
% 251.94/36.24 [24992] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [25966] s(Y9_268_5)
% 251.94/36.24
% 251.94/36.24 [25966] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [26133] ~s(X12_264_6)
% 251.94/36.24
% 251.94/36.24 [26133] CLOSURE : ~s(X12_264_6)
% 251.94/36.24
% 251.94/36.24 [6484] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [9635] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [9635] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [16464] r(Y5_655_2)
% 251.94/36.24
% 251.94/36.24 [16464] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [17713] (q(skolem_X66) <=> q(Y7_477_3))
% 251.94/36.24
% 251.94/36.24 [17713] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_477_3))
% 251.94/36.24 -> [17716] ~q(skolem_X66), ~q(Y7_477_3)
% 251.94/36.24 -> [17717] q(skolem_X66), q(Y7_477_3)
% 251.94/36.24
% 251.94/36.24 [17717] CLOSURE : q(Y7_477_3)
% 251.94/36.24
% 251.94/36.24 [17716] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [19171] ~! [Y11_11] : ((r(X10_227_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [19171] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_227_4) <=> r(Y11_11)))
% 251.94/36.24 -> [19172] ~(r(X10_227_4) <=> r(skolem_Y1111(X10_227_4)))
% 251.94/36.24
% 251.94/36.24 [19172] BETA_NOT_EQUIV : ~(r(X10_227_4) <=> r(skolem_Y1111(X10_227_4)))
% 251.94/36.24 -> [19173] ~r(X10_227_4), r(skolem_Y1111(X10_227_4))
% 251.94/36.24 -> [19174] r(X10_227_4), ~r(skolem_Y1111(X10_227_4))
% 251.94/36.24
% 251.94/36.24 [19173] CLOSURE : ~r(X10_227_4)
% 251.94/36.24
% 251.94/36.24 [19174] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [40704] s(Y9_643_5)
% 251.94/36.24
% 251.94/36.24 [40704] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [40852] ~s(X12_663_6)
% 251.94/36.24
% 251.94/36.24 [40852] CLOSURE : ~s(X12_663_6)
% 251.94/36.24
% 251.94/36.24 [519] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [529] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [529] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [531] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [532] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [531] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [778] ~! [Y3_3] : ((p(X2_13_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [778] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_13_0) <=> p(Y3_3)))
% 251.94/36.24 -> [781] ~(p(X2_13_0) <=> p(skolem_Y33(X2_13_0)))
% 251.94/36.24
% 251.94/36.24 [781] BETA_NOT_EQUIV : ~(p(X2_13_0) <=> p(skolem_Y33(X2_13_0)))
% 251.94/36.24 -> [782] ~p(X2_13_0), p(skolem_Y33(X2_13_0))
% 251.94/36.24 -> [783] p(X2_13_0), ~p(skolem_Y33(X2_13_0))
% 251.94/36.24
% 251.94/36.24 [783] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [11542] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [11542] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12921] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [12921] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [22125] (q(skolem_X66) <=> q(Y7_690_3))
% 251.94/36.24
% 251.94/36.24 [22125] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_690_3))
% 251.94/36.24 -> [22128] ~q(skolem_X66), ~q(Y7_690_3)
% 251.94/36.24 -> [22129] q(skolem_X66), q(Y7_690_3)
% 251.94/36.24
% 251.94/36.24 [22129] CLOSURE : q(Y7_690_3)
% 251.94/36.24
% 251.94/36.24 [23008] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [25276] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [25277] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [25276] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [25277] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [782] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [4137] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [4137] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [17137] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [17137] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [18354] (q(skolem_X66) <=> q(Y7_504_3))
% 251.94/36.24
% 251.94/36.24 [18354] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_504_3))
% 251.94/36.24 -> [18355] ~q(skolem_X66), ~q(Y7_504_3)
% 251.94/36.24 -> [18356] q(skolem_X66), q(Y7_504_3)
% 251.94/36.24
% 251.94/36.24 [18356] CLOSURE : q(Y7_504_3)
% 251.94/36.24
% 251.94/36.24 [40103] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [41275] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [41276] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [41275] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [41276] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [532] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [541] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [541] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [1771] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [1771] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [15986] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [15986] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [15987] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [15987] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [15988] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [15989] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [15988] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [15989] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [17444] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [17444] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [18250] r(Y5_753_2)
% 251.94/36.24
% 251.94/36.24 [18250] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [18742] (q(skolem_X66) <=> q(Y7_526_3))
% 251.94/36.24
% 251.94/36.24 [18742] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_526_3))
% 251.94/36.24 -> [18743] ~q(skolem_X66), ~q(Y7_526_3)
% 251.94/36.24 -> [18744] q(skolem_X66), q(Y7_526_3)
% 251.94/36.24
% 251.94/36.24 [18744] CLOSURE : q(Y7_526_3)
% 251.94/36.24
% 251.94/36.24 [19794] BETA_NOT_EQUIV : ~(r(X10_252_4) <=> r(skolem_Y1111(X10_252_4)))
% 251.94/36.24 -> [42128] ~r(X10_252_4), r(skolem_Y1111(X10_252_4))
% 251.94/36.24 -> [42129] r(X10_252_4), ~r(skolem_Y1111(X10_252_4))
% 251.94/36.24
% 251.94/36.24 [42128] CLOSURE : ~r(X10_252_4)
% 251.94/36.24
% 251.94/36.24 [42129] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [42334] s(Y9_691_5)
% 251.94/36.24
% 251.94/36.24 [42334] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [42354] ~s(X12_701_6)
% 251.94/36.24
% 251.94/36.24 [42354] CLOSURE : ~s(X12_701_6)
% 251.94/36.24
% 251.94/36.24 [268] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [319] ~s(skolem_Y99)
% 251.94/36.24
% 251.94/36.24 [319] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24 -> [320] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [321] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24
% 251.94/36.24 [320] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [441] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [442] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [442] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [447] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [447] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [448] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [448] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [4940] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [4941] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [4940] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [5823] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [5824] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [5823] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [11154] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [11154] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [11157] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [11157] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [11160] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [11160] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [11161] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [11162] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [11162] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [11161] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [29898] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [29898] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [29906] r(Y5_1035_2)
% 251.94/36.24
% 251.94/36.24 [29906] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [29919] (q(skolem_X66) <=> q(Y7_955_3))
% 251.94/36.24
% 251.94/36.24 [29919] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_955_3))
% 251.94/36.24 -> [29920] ~q(skolem_X66), ~q(Y7_955_3)
% 251.94/36.24 -> [29921] q(skolem_X66), q(Y7_955_3)
% 251.94/36.24
% 251.94/36.24 [29921] CLOSURE : q(Y7_955_3)
% 251.94/36.24
% 251.94/36.24 [29920] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [29945] ~! [Y11_11] : ((r(X10_663_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [29945] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_663_4) <=> r(Y11_11)))
% 251.94/36.24 -> [29946] ~(r(X10_663_4) <=> r(skolem_Y1111(X10_663_4)))
% 251.94/36.24
% 251.94/36.24 [29946] BETA_NOT_EQUIV : ~(r(X10_663_4) <=> r(skolem_Y1111(X10_663_4)))
% 251.94/36.24 -> [29947] ~r(X10_663_4), r(skolem_Y1111(X10_663_4))
% 251.94/36.24 -> [29948] r(X10_663_4), ~r(skolem_Y1111(X10_663_4))
% 251.94/36.24
% 251.94/36.24 [29947] CLOSURE : ~r(X10_663_4)
% 251.94/36.24
% 251.94/36.24 [29948] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [30039] ~r(X8_727_5)
% 251.94/36.24
% 251.94/36.24 [30039] CLOSURE : ~r(X8_727_5)
% 251.94/36.24
% 251.94/36.24 [5824] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [5835] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [5835] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [12064] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [12064] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [12066] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [12066] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [12067] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [12068] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [12068] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [12067] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [33302] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [33302] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [33402] r(Y5_1098_2)
% 251.94/36.24
% 251.94/36.24 [33402] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [33442] (q(skolem_X66) <=> q(Y7_1084_3))
% 251.94/36.24
% 251.94/36.24 [33442] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1084_3))
% 251.94/36.24 -> [33443] ~q(skolem_X66), ~q(Y7_1084_3)
% 251.94/36.24 -> [33444] q(skolem_X66), q(Y7_1084_3)
% 251.94/36.24
% 251.94/36.24 [33444] CLOSURE : q(Y7_1084_3)
% 251.94/36.24
% 251.94/36.24 [33501] BETA_NOT_EQUIV : ~(r(X10_761_4) <=> r(skolem_Y1111(X10_761_4)))
% 251.94/36.24 -> [33674] ~r(X10_761_4), r(skolem_Y1111(X10_761_4))
% 251.94/36.24 -> [33675] r(X10_761_4), ~r(skolem_Y1111(X10_761_4))
% 251.94/36.24
% 251.94/36.24 [33674] CLOSURE : ~r(X10_761_4)
% 251.94/36.24
% 251.94/36.24 [33675] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [33700] ~r(X8_870_5)
% 251.94/36.24
% 251.94/36.24 [33700] CLOSURE : ~r(X8_870_5)
% 251.94/36.24
% 251.94/36.24 [4941] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [4953] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [4953] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [4954] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [4955] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [4955] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [4958] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [4958] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [11636] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [11636] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [13091] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [13091] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [13092] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [13092] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [13093] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [13094] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [13093] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [13094] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [32354] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [32354] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [32393] r(Y5_1078_2)
% 251.94/36.24
% 251.94/36.24 [32393] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [32441] (q(skolem_X66) <=> q(Y7_1052_3))
% 251.94/36.24
% 251.94/36.24 [32441] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1052_3))
% 251.94/36.24 -> [32442] ~q(skolem_X66), ~q(Y7_1052_3)
% 251.94/36.24 -> [32443] q(skolem_X66), q(Y7_1052_3)
% 251.94/36.24
% 251.94/36.24 [32443] CLOSURE : q(Y7_1052_3)
% 251.94/36.24
% 251.94/36.24 [32442] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [32542] ~! [Y11_11] : ((r(X10_734_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [32542] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_734_4) <=> r(Y11_11)))
% 251.94/36.24 -> [32543] ~(r(X10_734_4) <=> r(skolem_Y1111(X10_734_4)))
% 251.94/36.24
% 251.94/36.24 [32543] BETA_NOT_EQUIV : ~(r(X10_734_4) <=> r(skolem_Y1111(X10_734_4)))
% 251.94/36.24 -> [32544] ~r(X10_734_4), r(skolem_Y1111(X10_734_4))
% 251.94/36.24 -> [32545] r(X10_734_4), ~r(skolem_Y1111(X10_734_4))
% 251.94/36.24
% 251.94/36.24 [32544] CLOSURE : ~r(X10_734_4)
% 251.94/36.24
% 251.94/36.24 [32545] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [32690] ~r(X8_822_5)
% 251.94/36.24
% 251.94/36.24 [32690] CLOSURE : ~r(X8_822_5)
% 251.94/36.24
% 251.94/36.24 [4954] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [5837] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [5837] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [5840] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [5840] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [5841] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [5842] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [5842] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [5841] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [12684] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [12684] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [13417] r(skolem_Y1111(X10_943_4))
% 251.94/36.24
% 251.94/36.24 [13417] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [14308] (q(skolem_X66) <=> q(Y7_372_3))
% 251.94/36.24
% 251.94/36.24 [14308] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_372_3))
% 251.94/36.24 -> [14309] ~q(skolem_X66), ~q(Y7_372_3)
% 251.94/36.24 -> [14310] q(skolem_X66), q(Y7_372_3)
% 251.94/36.24
% 251.94/36.24 [14310] CLOSURE : q(Y7_372_3)
% 251.94/36.24
% 251.94/36.24 [38109] BETA_NOT_EQUIV : ~(r(X10_943_4) <=> r(skolem_Y1111(X10_943_4)))
% 251.94/36.24 -> [38321] ~r(X10_943_4), r(skolem_Y1111(X10_943_4))
% 251.94/36.24 -> [38322] r(X10_943_4), ~r(skolem_Y1111(X10_943_4))
% 251.94/36.24
% 251.94/36.24 [38322] CLOSURE : ~r(skolem_Y1111(X10_943_4))
% 251.94/36.24
% 251.94/36.24 [38321] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [38438] ~r(X8_1125_5)
% 251.94/36.24
% 251.94/36.24 [38438] CLOSURE : ~r(X8_1125_5)
% 251.94/36.24
% 251.94/36.24 [441] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [13741] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [13742] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [13741] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14144] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14145] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14144] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14548] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14548] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14549] ~! [Y3_3] : ((p(X2_585_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14549] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_585_0) <=> p(Y3_3)))
% 251.94/36.24 -> [14550] ~(p(X2_585_0) <=> p(skolem_Y33(X2_585_0)))
% 251.94/36.24
% 251.94/36.24 [14550] BETA_NOT_EQUIV : ~(p(X2_585_0) <=> p(skolem_Y33(X2_585_0)))
% 251.94/36.24 -> [14551] ~p(X2_585_0), p(skolem_Y33(X2_585_0))
% 251.94/36.24 -> [14552] p(X2_585_0), ~p(skolem_Y33(X2_585_0))
% 251.94/36.24
% 251.94/36.24 [14552] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [14958] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [14958] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [14959] r(Y5_590_2)
% 251.94/36.24
% 251.94/36.24 [14959] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [15665] (q(skolem_X66) <=> q(Y7_407_3))
% 251.94/36.24
% 251.94/36.24 [15665] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_407_3))
% 251.94/36.24 -> [15666] ~q(skolem_X66), ~q(Y7_407_3)
% 251.94/36.24 -> [15667] q(skolem_X66), q(Y7_407_3)
% 251.94/36.24
% 251.94/36.24 [15667] CLOSURE : q(Y7_407_3)
% 251.94/36.24
% 251.94/36.24 [15666] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [17447] ~! [Y11_11] : ((r(X10_177_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [17447] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_177_4) <=> r(Y11_11)))
% 251.94/36.24 -> [17448] ~(r(X10_177_4) <=> r(skolem_Y1111(X10_177_4)))
% 251.94/36.24
% 251.94/36.24 [17448] BETA_NOT_EQUIV : ~(r(X10_177_4) <=> r(skolem_Y1111(X10_177_4)))
% 251.94/36.24 -> [17449] ~r(X10_177_4), r(skolem_Y1111(X10_177_4))
% 251.94/36.24 -> [17450] r(X10_177_4), ~r(skolem_Y1111(X10_177_4))
% 251.94/36.24
% 251.94/36.24 [17449] CLOSURE : ~r(X10_177_4)
% 251.94/36.24
% 251.94/36.24 [17450] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [20975] ~r(X8_243_5)
% 251.94/36.24
% 251.94/36.24 [20975] CLOSURE : ~r(X8_243_5)
% 251.94/36.24
% 251.94/36.24 [14551] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15224] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [15224] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15225] r(Y5_608_2)
% 251.94/36.24
% 251.94/36.24 [15225] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [16010] (q(skolem_X66) <=> q(Y7_418_3))
% 251.94/36.24
% 251.94/36.24 [16010] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_418_3))
% 251.94/36.24 -> [16011] ~q(skolem_X66), ~q(Y7_418_3)
% 251.94/36.24 -> [16012] q(skolem_X66), q(Y7_418_3)
% 251.94/36.24
% 251.94/36.24 [16012] CLOSURE : q(Y7_418_3)
% 251.94/36.24
% 251.94/36.24 [16011] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [17851] ~! [Y11_11] : ((r(X10_191_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [17851] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_191_4) <=> r(Y11_11)))
% 251.94/36.24 -> [17852] ~(r(X10_191_4) <=> r(skolem_Y1111(X10_191_4)))
% 251.94/36.24
% 251.94/36.24 [17852] BETA_NOT_EQUIV : ~(r(X10_191_4) <=> r(skolem_Y1111(X10_191_4)))
% 251.94/36.24 -> [17853] ~r(X10_191_4), r(skolem_Y1111(X10_191_4))
% 251.94/36.24 -> [17854] r(X10_191_4), ~r(skolem_Y1111(X10_191_4))
% 251.94/36.24
% 251.94/36.24 [17853] CLOSURE : ~r(X10_191_4)
% 251.94/36.24
% 251.94/36.24 [17854] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [21327] ~r(X8_259_5)
% 251.94/36.24
% 251.94/36.24 [21327] CLOSURE : ~r(X8_259_5)
% 251.94/36.24
% 251.94/36.24 [14145] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14148] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14148] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14149] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14149] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [14150] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [14150] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [14151] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [14152] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [14151] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14152] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [14974] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [14974] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [14975] r(Y5_591_2)
% 251.94/36.24
% 251.94/36.24 [14975] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [15668] (q(skolem_X66) <=> q(Y7_408_3))
% 251.94/36.24
% 251.94/36.24 [15668] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_408_3))
% 251.94/36.24 -> [15669] ~q(skolem_X66), ~q(Y7_408_3)
% 251.94/36.24 -> [15670] q(skolem_X66), q(Y7_408_3)
% 251.94/36.24
% 251.94/36.24 [15670] CLOSURE : q(Y7_408_3)
% 251.94/36.24
% 251.94/36.24 [15669] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [17453] ~! [Y11_11] : ((r(X10_178_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [17453] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_178_4) <=> r(Y11_11)))
% 251.94/36.24 -> [17456] ~(r(X10_178_4) <=> r(skolem_Y1111(X10_178_4)))
% 251.94/36.24
% 251.94/36.24 [17456] BETA_NOT_EQUIV : ~(r(X10_178_4) <=> r(skolem_Y1111(X10_178_4)))
% 251.94/36.24 -> [17457] ~r(X10_178_4), r(skolem_Y1111(X10_178_4))
% 251.94/36.24 -> [17458] r(X10_178_4), ~r(skolem_Y1111(X10_178_4))
% 251.94/36.24
% 251.94/36.24 [17457] CLOSURE : ~r(X10_178_4)
% 251.94/36.24
% 251.94/36.24 [17458] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [21328] ~r(X8_260_5)
% 251.94/36.24
% 251.94/36.24 [21328] CLOSURE : ~r(X8_260_5)
% 251.94/36.24
% 251.94/36.24 [13742] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [13743] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [13743] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [13744] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [13745] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [13744] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14165] ~! [Y3_3] : ((p(X2_569_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14165] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_569_0) <=> p(Y3_3)))
% 251.94/36.24 -> [14166] ~(p(X2_569_0) <=> p(skolem_Y33(X2_569_0)))
% 251.94/36.24
% 251.94/36.24 [14166] BETA_NOT_EQUIV : ~(p(X2_569_0) <=> p(skolem_Y33(X2_569_0)))
% 251.94/36.24 -> [14167] ~p(X2_569_0), p(skolem_Y33(X2_569_0))
% 251.94/36.24 -> [14168] p(X2_569_0), ~p(skolem_Y33(X2_569_0))
% 251.94/36.24
% 251.94/36.24 [14168] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [14564] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [14564] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [14565] r(skolem_Y1111(X10_182_4))
% 251.94/36.24
% 251.94/36.24 [14565] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [15451] (q(skolem_X66) <=> q(Y7_403_3))
% 251.94/36.24
% 251.94/36.24 [15451] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_403_3))
% 251.94/36.24 -> [15453] ~q(skolem_X66), ~q(Y7_403_3)
% 251.94/36.24 -> [15454] q(skolem_X66), q(Y7_403_3)
% 251.94/36.24
% 251.94/36.24 [15454] CLOSURE : q(Y7_403_3)
% 251.94/36.24
% 251.94/36.24 [17530] BETA_NOT_EQUIV : ~(r(X10_182_4) <=> r(skolem_Y1111(X10_182_4)))
% 251.94/36.24 -> [25567] ~r(X10_182_4), r(skolem_Y1111(X10_182_4))
% 251.94/36.24 -> [25568] r(X10_182_4), ~r(skolem_Y1111(X10_182_4))
% 251.94/36.24
% 251.94/36.24 [25568] CLOSURE : ~r(skolem_Y1111(X10_182_4))
% 251.94/36.24
% 251.94/36.24 [25567] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [26303] ~r(X8_530_5)
% 251.94/36.24
% 251.94/36.24 [26303] CLOSURE : ~r(X8_530_5)
% 251.94/36.24
% 251.94/36.24 [14167] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [14979] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [14979] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [14983] r(skolem_Y1111(X10_170_4))
% 251.94/36.24
% 251.94/36.24 [14983] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [15680] (q(skolem_X66) <=> q(Y7_409_3))
% 251.94/36.24
% 251.94/36.24 [15680] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_409_3))
% 251.94/36.24 -> [15683] ~q(skolem_X66), ~q(Y7_409_3)
% 251.94/36.24 -> [15684] q(skolem_X66), q(Y7_409_3)
% 251.94/36.24
% 251.94/36.24 [15683] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [17155] ~! [Y11_11] : ((r(X10_170_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [17155] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_170_4) <=> r(Y11_11)))
% 251.94/36.24 -> [17156] ~(r(X10_170_4) <=> r(skolem_Y1111(X10_170_4)))
% 251.94/36.24
% 251.94/36.24 [17156] BETA_NOT_EQUIV : ~(r(X10_170_4) <=> r(skolem_Y1111(X10_170_4)))
% 251.94/36.24 -> [17157] ~r(X10_170_4), r(skolem_Y1111(X10_170_4))
% 251.94/36.24 -> [17158] r(X10_170_4), ~r(skolem_Y1111(X10_170_4))
% 251.94/36.24
% 251.94/36.24 [17158] CLOSURE : ~r(skolem_Y1111(X10_170_4))
% 251.94/36.24
% 251.94/36.24 [17157] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [20902] ~r(X8_241_5)
% 251.94/36.24
% 251.94/36.24 [20902] CLOSURE : ~r(X8_241_5)
% 251.94/36.24
% 251.94/36.24 [15684] CLOSURE : q(Y7_409_3)
% 251.94/36.24
% 251.94/36.24 [13745] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [13752] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [13752] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [13753] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [13753] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [13754] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [13754] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [13755] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [13755] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [13756] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [13757] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [13756] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [13757] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [14576] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [14576] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [14577] r(skolem_Y1111(X10_171_4))
% 251.94/36.24
% 251.94/36.24 [14577] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [15456] (q(skolem_X66) <=> q(Y7_404_3))
% 251.94/36.24
% 251.94/36.24 [15456] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_404_3))
% 251.94/36.24 -> [15457] ~q(skolem_X66), ~q(Y7_404_3)
% 251.94/36.24 -> [15458] q(skolem_X66), q(Y7_404_3)
% 251.94/36.24
% 251.94/36.24 [15458] CLOSURE : q(Y7_404_3)
% 251.94/36.24
% 251.94/36.24 [17165] BETA_NOT_EQUIV : ~(r(X10_171_4) <=> r(skolem_Y1111(X10_171_4)))
% 251.94/36.24 -> [42370] ~r(X10_171_4), r(skolem_Y1111(X10_171_4))
% 251.94/36.24 -> [42371] r(X10_171_4), ~r(skolem_Y1111(X10_171_4))
% 251.94/36.24
% 251.94/36.24 [42371] CLOSURE : ~r(skolem_Y1111(X10_171_4))
% 251.94/36.24
% 251.94/36.24 [42370] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [42492] ~r(X8_1368_5)
% 251.94/36.24
% 251.94/36.24 [42492] CLOSURE : ~r(X8_1368_5)
% 251.94/36.24
% 251.94/36.24 [321] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [335] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [336] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [335] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [509] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [509] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [511] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [512] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [511] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [779] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [780] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [779] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [1508] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [1508] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [1509] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [1509] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [1510] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [1511] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [1511] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [1510] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [2688] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [2688] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [2689] r(Y5_34_2)
% 251.94/36.24
% 251.94/36.24 [2689] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [3266] (q(skolem_X66) <=> q(Y7_40_3))
% 251.94/36.24
% 251.94/36.24 [3266] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_40_3))
% 251.94/36.24 -> [3267] ~q(skolem_X66), ~q(Y7_40_3)
% 251.94/36.24 -> [3268] q(skolem_X66), q(Y7_40_3)
% 251.94/36.24
% 251.94/36.24 [3268] CLOSURE : q(Y7_40_3)
% 251.94/36.24
% 251.94/36.24 [3267] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [4145] ~! [Y11_11] : ((r(X10_10_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [4145] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_10_4) <=> r(Y11_11)))
% 251.94/36.24 -> [4146] ~(r(X10_10_4) <=> r(skolem_Y1111(X10_10_4)))
% 251.94/36.24
% 251.94/36.24 [4146] BETA_NOT_EQUIV : ~(r(X10_10_4) <=> r(skolem_Y1111(X10_10_4)))
% 251.94/36.24 -> [4147] ~r(X10_10_4), r(skolem_Y1111(X10_10_4))
% 251.94/36.24 -> [4148] r(X10_10_4), ~r(skolem_Y1111(X10_10_4))
% 251.94/36.24
% 251.94/36.24 [4147] CLOSURE : ~r(X10_10_4)
% 251.94/36.24
% 251.94/36.24 [4148] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [5368] ~r(X8_21_5)
% 251.94/36.24
% 251.94/36.24 [5368] CLOSURE : ~r(X8_21_5)
% 251.94/36.24
% 251.94/36.24 [780] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [1106] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [1106] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [1518] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [1518] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [1521] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [1521] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [1522] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [1522] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [1523] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [1524] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [1524] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [1523] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [3924] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [3924] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [3928] r(Y5_98_2)
% 251.94/36.24
% 251.94/36.24 [3928] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [4264] (q(skolem_X66) <=> q(Y7_68_3))
% 251.94/36.24
% 251.94/36.24 [4264] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_68_3))
% 251.94/36.24 -> [4267] ~q(skolem_X66), ~q(Y7_68_3)
% 251.94/36.24 -> [4268] q(skolem_X66), q(Y7_68_3)
% 251.94/36.24
% 251.94/36.24 [4268] CLOSURE : q(Y7_68_3)
% 251.94/36.24
% 251.94/36.24 [4267] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [4690] ~! [Y11_11] : ((r(X10_14_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [4690] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_14_4) <=> r(Y11_11)))
% 251.94/36.24 -> [4691] ~(r(X10_14_4) <=> r(skolem_Y1111(X10_14_4)))
% 251.94/36.24
% 251.94/36.24 [4691] BETA_NOT_EQUIV : ~(r(X10_14_4) <=> r(skolem_Y1111(X10_14_4)))
% 251.94/36.24 -> [4694] ~r(X10_14_4), r(skolem_Y1111(X10_14_4))
% 251.94/36.24 -> [4695] r(X10_14_4), ~r(skolem_Y1111(X10_14_4))
% 251.94/36.24
% 251.94/36.24 [4694] CLOSURE : ~r(X10_14_4)
% 251.94/36.24
% 251.94/36.24 [4695] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [5884] ~r(X8_23_5)
% 251.94/36.24
% 251.94/36.24 [5884] CLOSURE : ~r(X8_23_5)
% 251.94/36.24
% 251.94/36.24 [512] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [522] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [522] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [525] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [526] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [526] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [536] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [536] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [801] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [801] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [802] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [802] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [803] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [804] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [804] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [803] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [10796] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [10796] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [10797] r(Y5_390_2)
% 251.94/36.24
% 251.94/36.24 [10797] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [12436] (q(skolem_X66) <=> q(Y7_308_3))
% 251.94/36.24
% 251.94/36.24 [12436] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_308_3))
% 251.94/36.24 -> [12437] ~q(skolem_X66), ~q(Y7_308_3)
% 251.94/36.24 -> [12438] q(skolem_X66), q(Y7_308_3)
% 251.94/36.24
% 251.94/36.24 [12438] CLOSURE : q(Y7_308_3)
% 251.94/36.24
% 251.94/36.24 [12437] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [14396] ~! [Y11_11] : ((r(X10_114_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [14396] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_114_4) <=> r(Y11_11)))
% 251.94/36.24 -> [14397] ~(r(X10_114_4) <=> r(skolem_Y1111(X10_114_4)))
% 251.94/36.24
% 251.94/36.24 [14397] BETA_NOT_EQUIV : ~(r(X10_114_4) <=> r(skolem_Y1111(X10_114_4)))
% 251.94/36.24 -> [14398] ~r(X10_114_4), r(skolem_Y1111(X10_114_4))
% 251.94/36.24 -> [14399] r(X10_114_4), ~r(skolem_Y1111(X10_114_4))
% 251.94/36.24
% 251.94/36.24 [14398] CLOSURE : ~r(X10_114_4)
% 251.94/36.24
% 251.94/36.24 [14399] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [37869] ~r(X8_1078_5)
% 251.94/36.24
% 251.94/36.24 [37869] CLOSURE : ~r(X8_1078_5)
% 251.94/36.24
% 251.94/36.24 [525] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [784] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [784] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [788] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [788] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [790] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [790] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [792] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [793] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [793] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [792] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [1784] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [1784] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [1785] r(Y5_16_2)
% 251.94/36.24
% 251.94/36.24 [1785] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [9847] (q(skolem_X66) <=> q(Y7_200_3))
% 251.94/36.24
% 251.94/36.24 [9847] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_200_3))
% 251.94/36.24 -> [9848] ~q(skolem_X66), ~q(Y7_200_3)
% 251.94/36.24 -> [9849] q(skolem_X66), q(Y7_200_3)
% 251.94/36.24
% 251.94/36.24 [9849] CLOSURE : q(Y7_200_3)
% 251.94/36.24
% 251.94/36.24 [11820] BETA_NOT_EQUIV : ~(r(X10_80_4) <=> r(skolem_Y1111(X10_80_4)))
% 251.94/36.24 -> [39346] ~r(X10_80_4), r(skolem_Y1111(X10_80_4))
% 251.94/36.24 -> [39347] r(X10_80_4), ~r(skolem_Y1111(X10_80_4))
% 251.94/36.24
% 251.94/36.24 [39346] CLOSURE : ~r(X10_80_4)
% 251.94/36.24
% 251.94/36.24 [39347] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [39432] ~r(X8_1187_5)
% 251.94/36.24
% 251.94/36.24 [39432] CLOSURE : ~r(X8_1187_5)
% 251.94/36.24
% 251.94/36.24 [336] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [341] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [341] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [344] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [345] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [344] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [4211] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [4212] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [4211] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [5159] ~! [Y3_3] : ((p(X2_185_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [5159] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_185_0) <=> p(Y3_3)))
% 251.94/36.24 -> [5160] ~(p(X2_185_0) <=> p(skolem_Y33(X2_185_0)))
% 251.94/36.24
% 251.94/36.24 [5160] BETA_NOT_EQUIV : ~(p(X2_185_0) <=> p(skolem_Y33(X2_185_0)))
% 251.94/36.24 -> [5162] ~p(X2_185_0), p(skolem_Y33(X2_185_0))
% 251.94/36.24 -> [5163] p(X2_185_0), ~p(skolem_Y33(X2_185_0))
% 251.94/36.24
% 251.94/36.24 [5163] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [21513] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [21513] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [29717] r(Y5_1030_2)
% 251.94/36.24
% 251.94/36.24 [29717] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [29759] (q(skolem_X66) <=> q(Y7_951_3))
% 251.94/36.24
% 251.94/36.24 [29759] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_951_3))
% 251.94/36.24 -> [29760] ~q(skolem_X66), ~q(Y7_951_3)
% 251.94/36.24 -> [29761] q(skolem_X66), q(Y7_951_3)
% 251.94/36.24
% 251.94/36.24 [29761] CLOSURE : q(Y7_951_3)
% 251.94/36.24
% 251.94/36.24 [29760] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [29781] ~! [Y11_11] : ((r(X10_654_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [29781] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_654_4) <=> r(Y11_11)))
% 251.94/36.24 -> [29782] ~(r(X10_654_4) <=> r(skolem_Y1111(X10_654_4)))
% 251.94/36.24
% 251.94/36.24 [29782] BETA_NOT_EQUIV : ~(r(X10_654_4) <=> r(skolem_Y1111(X10_654_4)))
% 251.94/36.24 -> [29783] ~r(X10_654_4), r(skolem_Y1111(X10_654_4))
% 251.94/36.24 -> [29784] r(X10_654_4), ~r(skolem_Y1111(X10_654_4))
% 251.94/36.24
% 251.94/36.24 [29783] CLOSURE : ~r(X10_654_4)
% 251.94/36.24
% 251.94/36.24 [29784] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [29809] ~r(X8_718_5)
% 251.94/36.24
% 251.94/36.24 [29809] CLOSURE : ~r(X8_718_5)
% 251.94/36.24
% 251.94/36.24 [5162] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [11993] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [11993] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [30157] r(Y5_1045_2)
% 251.94/36.24
% 251.94/36.24 [30157] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [30235] (q(skolem_X66) <=> q(Y7_971_3))
% 251.94/36.24
% 251.94/36.24 [30235] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_971_3))
% 251.94/36.24 -> [30236] ~q(skolem_X66), ~q(Y7_971_3)
% 251.94/36.24 -> [30237] q(skolem_X66), q(Y7_971_3)
% 251.94/36.24
% 251.94/36.24 [30237] CLOSURE : q(Y7_971_3)
% 251.94/36.24
% 251.94/36.24 [30236] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [30380] ~! [Y11_11] : ((r(X10_681_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [30380] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_681_4) <=> r(Y11_11)))
% 251.94/36.24 -> [30383] ~(r(X10_681_4) <=> r(skolem_Y1111(X10_681_4)))
% 251.94/36.24
% 251.94/36.24 [30383] BETA_NOT_EQUIV : ~(r(X10_681_4) <=> r(skolem_Y1111(X10_681_4)))
% 251.94/36.24 -> [30384] ~r(X10_681_4), r(skolem_Y1111(X10_681_4))
% 251.94/36.24 -> [30385] r(X10_681_4), ~r(skolem_Y1111(X10_681_4))
% 251.94/36.24
% 251.94/36.24 [30384] CLOSURE : ~r(X10_681_4)
% 251.94/36.24
% 251.94/36.24 [30385] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [30465] ~r(X8_742_5)
% 251.94/36.24
% 251.94/36.24 [30465] CLOSURE : ~r(X8_742_5)
% 251.94/36.24
% 251.94/36.24 [4212] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [4216] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [4216] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [5801] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [5801] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [11399] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [11399] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [11400] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [11400] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [11401] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [11402] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [11401] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [11402] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [30283] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [30283] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [30361] r(Y5_1048_2)
% 251.94/36.24
% 251.94/36.24 [30361] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [30423] (q(skolem_X66) <=> q(Y7_984_3))
% 251.94/36.24
% 251.94/36.24 [30423] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_984_3))
% 251.94/36.24 -> [30424] ~q(skolem_X66), ~q(Y7_984_3)
% 251.94/36.24 -> [30425] q(skolem_X66), q(Y7_984_3)
% 251.94/36.24
% 251.94/36.24 [30425] CLOSURE : q(Y7_984_3)
% 251.94/36.24
% 251.94/36.24 [30507] BETA_NOT_EQUIV : ~(r(X10_691_4) <=> r(skolem_Y1111(X10_691_4)))
% 251.94/36.24 -> [30955] ~r(X10_691_4), r(skolem_Y1111(X10_691_4))
% 251.94/36.24 -> [30956] r(X10_691_4), ~r(skolem_Y1111(X10_691_4))
% 251.94/36.24
% 251.94/36.24 [30955] CLOSURE : ~r(X10_691_4)
% 251.94/36.24
% 251.94/36.24 [30956] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [31019] ~r(X8_756_5)
% 251.94/36.24
% 251.94/36.24 [31019] CLOSURE : ~r(X8_756_5)
% 251.94/36.24
% 251.94/36.24 [345] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [360] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [360] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [361] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [362] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [362] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [366] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [366] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [797] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [797] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [798] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [798] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [799] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [800] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [799] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [800] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [3025] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [3025] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [5346] r(Y5_143_2)
% 251.94/36.24
% 251.94/36.24 [5346] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [7044] (q(skolem_X66) <=> q(Y7_124_3))
% 251.94/36.24
% 251.94/36.24 [7044] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_124_3))
% 251.94/36.24 -> [7045] ~q(skolem_X66), ~q(Y7_124_3)
% 251.94/36.24 -> [7046] q(skolem_X66), q(Y7_124_3)
% 251.94/36.24
% 251.94/36.24 [7046] CLOSURE : q(Y7_124_3)
% 251.94/36.24
% 251.94/36.24 [7045] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [19457] ~! [Y11_11] : ((r(X10_240_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [19457] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_240_4) <=> r(Y11_11)))
% 251.94/36.24 -> [19459] ~(r(X10_240_4) <=> r(skolem_Y1111(X10_240_4)))
% 251.94/36.24
% 251.94/36.24 [19459] BETA_NOT_EQUIV : ~(r(X10_240_4) <=> r(skolem_Y1111(X10_240_4)))
% 251.94/36.24 -> [19460] ~r(X10_240_4), r(skolem_Y1111(X10_240_4))
% 251.94/36.24 -> [19461] r(X10_240_4), ~r(skolem_Y1111(X10_240_4))
% 251.94/36.24
% 251.94/36.24 [19460] CLOSURE : ~r(X10_240_4)
% 251.94/36.24
% 251.94/36.24 [19461] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [40318] ~r(X8_1225_5)
% 251.94/36.24
% 251.94/36.24 [40318] CLOSURE : ~r(X8_1225_5)
% 251.94/36.24
% 251.94/36.24 [361] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [4986] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [4986] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [4987] ~! [Y3_3] : ((p(X2_178_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [4987] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_178_0) <=> p(Y3_3)))
% 251.94/36.24 -> [4988] ~(p(X2_178_0) <=> p(skolem_Y33(X2_178_0)))
% 251.94/36.24
% 251.94/36.24 [4988] BETA_NOT_EQUIV : ~(p(X2_178_0) <=> p(skolem_Y33(X2_178_0)))
% 251.94/36.24 -> [4989] ~p(X2_178_0), p(skolem_Y33(X2_178_0))
% 251.94/36.24 -> [4990] p(X2_178_0), ~p(skolem_Y33(X2_178_0))
% 251.94/36.24
% 251.94/36.24 [4990] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [22834] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [22834] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [23149] r(skolem_Y1111(X10_408_4))
% 251.94/36.24
% 251.94/36.24 [23149] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [23388] (q(skolem_X66) <=> q(Y7_745_3))
% 251.94/36.24
% 251.94/36.24 [23388] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_745_3))
% 251.94/36.24 -> [23389] ~q(skolem_X66), ~q(Y7_745_3)
% 251.94/36.24 -> [23390] q(skolem_X66), q(Y7_745_3)
% 251.94/36.24
% 251.94/36.24 [23390] CLOSURE : q(Y7_745_3)
% 251.94/36.24
% 251.94/36.24 [23820] BETA_NOT_EQUIV : ~(r(X10_408_4) <=> r(skolem_Y1111(X10_408_4)))
% 251.94/36.24 -> [25326] ~r(X10_408_4), r(skolem_Y1111(X10_408_4))
% 251.94/36.24 -> [25327] r(X10_408_4), ~r(skolem_Y1111(X10_408_4))
% 251.94/36.24
% 251.94/36.24 [25327] CLOSURE : ~r(skolem_Y1111(X10_408_4))
% 251.94/36.24
% 251.94/36.24 [25326] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [25826] ~r(X8_509_5)
% 251.94/36.24
% 251.94/36.24 [25826] CLOSURE : ~r(X8_509_5)
% 251.94/36.24
% 251.94/36.24 [4989] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [17139] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [17139] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [18213] r(Y5_750_2)
% 251.94/36.24
% 251.94/36.24 [18213] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [19360] (q(skolem_X66) <=> q(Y7_556_3))
% 251.94/36.24
% 251.94/36.24 [19360] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_556_3))
% 251.94/36.24 -> [19361] ~q(skolem_X66), ~q(Y7_556_3)
% 251.94/36.24 -> [19362] q(skolem_X66), q(Y7_556_3)
% 251.94/36.24
% 251.94/36.24 [19362] CLOSURE : q(Y7_556_3)
% 251.94/36.24
% 251.94/36.24 [20139] BETA_NOT_EQUIV : ~(r(X10_264_4) <=> r(skolem_Y1111(X10_264_4)))
% 251.94/36.24 -> [42329] ~r(X10_264_4), r(skolem_Y1111(X10_264_4))
% 251.94/36.24 -> [42330] r(X10_264_4), ~r(skolem_Y1111(X10_264_4))
% 251.94/36.24
% 251.94/36.24 [42329] CLOSURE : ~r(X10_264_4)
% 251.94/36.24
% 251.94/36.24 [42330] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [42702] ~r(X8_1380_5)
% 251.94/36.24
% 251.94/36.24 [42702] CLOSURE : ~r(X8_1380_5)
% 251.94/36.24
% 251.94/36.24 [26] BETA_NOT_EQUIV : ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.94/36.24 -> [45] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.24 -> [46] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.24
% 251.94/36.24 [45] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.24 -> [1240] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24 -> [1241] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24
% 251.94/36.24 [1240] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.24 -> [8119] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [8120] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.24
% 251.94/36.24 [8119] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [13701] ~s(skolem_Y99)
% 251.94/36.24
% 251.94/36.24 [13701] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24 -> [13702] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [13703] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24
% 251.94/36.24 [13702] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [14053] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [14054] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [14053] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [14371] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14372] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [14372] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [14373] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [14373] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14374] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14375] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14374] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14720] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14720] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14721] ~! [Y3_3] : ((p(X2_597_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14721] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_597_0) <=> p(Y3_3)))
% 251.94/36.24 -> [14722] ~(p(X2_597_0) <=> p(skolem_Y33(X2_597_0)))
% 251.94/36.24
% 251.94/36.24 [14722] BETA_NOT_EQUIV : ~(p(X2_597_0) <=> p(skolem_Y33(X2_597_0)))
% 251.94/36.24 -> [14723] ~p(X2_597_0), p(skolem_Y33(X2_597_0))
% 251.94/36.24 -> [14724] p(X2_597_0), ~p(skolem_Y33(X2_597_0))
% 251.94/36.24
% 251.94/36.24 [14724] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15145] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [15145] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15146] r(Y5_604_2)
% 251.94/36.24
% 251.94/36.24 [15146] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [16136] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [16136] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [16137] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [16137] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [16139] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [16140] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16139] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16140] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14723] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15482] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [15482] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15483] r(Y5_620_2)
% 251.94/36.24
% 251.94/36.24 [15483] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [16517] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [16517] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [16520] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [16520] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [16522] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [16523] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16522] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16523] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14375] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14381] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14381] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14382] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14382] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [14383] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [14383] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [14384] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [14385] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [14384] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14385] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15165] ~q(X6_663_3)
% 251.94/36.24
% 251.94/36.24 [15165] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15166] r(skolem_Y1111(X10_392_4))
% 251.94/36.24
% 251.94/36.24 [15166] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [22206] ~! [Y7_7] : ((q(X6_663_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [22206] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_663_3) <=> q(Y7_7)))
% 251.94/36.24 -> [22207] ~(q(X6_663_3) <=> q(skolem_Y77(X6_663_3)))
% 251.94/36.24
% 251.94/36.24 [22207] BETA_NOT_EQUIV : ~(q(X6_663_3) <=> q(skolem_Y77(X6_663_3)))
% 251.94/36.24 -> [22208] ~q(X6_663_3), q(skolem_Y77(X6_663_3))
% 251.94/36.24 -> [22209] q(X6_663_3), ~q(skolem_Y77(X6_663_3))
% 251.94/36.24
% 251.94/36.24 [22209] CLOSURE : q(X6_663_3)
% 251.94/36.24
% 251.94/36.24 [22208] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [23509] ~! [Y11_11] : ((r(X10_392_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [23509] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_392_4) <=> r(Y11_11)))
% 251.94/36.24 -> [23510] ~(r(X10_392_4) <=> r(skolem_Y1111(X10_392_4)))
% 251.94/36.24
% 251.94/36.24 [23510] BETA_NOT_EQUIV : ~(r(X10_392_4) <=> r(skolem_Y1111(X10_392_4)))
% 251.94/36.24 -> [23511] ~r(X10_392_4), r(skolem_Y1111(X10_392_4))
% 251.94/36.24 -> [23512] r(X10_392_4), ~r(skolem_Y1111(X10_392_4))
% 251.94/36.24
% 251.94/36.24 [23512] CLOSURE : ~r(skolem_Y1111(X10_392_4))
% 251.94/36.24
% 251.94/36.24 [23511] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [24294] ~r(X8_414_5)
% 251.94/36.24
% 251.94/36.24 [24294] CLOSURE : ~r(X8_414_5)
% 251.94/36.24
% 251.94/36.24 [14371] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14701] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14702] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14702] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14703] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14703] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14704] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14704] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14705] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14705] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [14706] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [14706] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [14707] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [14708] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [14707] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14708] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15475] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [15475] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15476] r(Y5_619_2)
% 251.94/36.24
% 251.94/36.24 [15476] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [16499] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [16499] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [16500] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [16500] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [16501] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [16502] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16501] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16502] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14701] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [15140] ~! [Y3_3] : ((p(X2_620_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [15140] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_620_0) <=> p(Y3_3)))
% 251.94/36.24 -> [15141] ~(p(X2_620_0) <=> p(skolem_Y33(X2_620_0)))
% 251.94/36.24
% 251.94/36.24 [15141] BETA_NOT_EQUIV : ~(p(X2_620_0) <=> p(skolem_Y33(X2_620_0)))
% 251.94/36.24 -> [15142] ~p(X2_620_0), p(skolem_Y33(X2_620_0))
% 251.94/36.24 -> [15143] p(X2_620_0), ~p(skolem_Y33(X2_620_0))
% 251.94/36.24
% 251.94/36.24 [15142] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15768] ~q(X6_475_3)
% 251.94/36.24
% 251.94/36.24 [15768] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15769] r(Y5_634_2)
% 251.94/36.24
% 251.94/36.24 [15769] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [16906] ~! [Y7_7] : ((q(X6_475_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [16906] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_475_3) <=> q(Y7_7)))
% 251.94/36.24 -> [16907] ~(q(X6_475_3) <=> q(skolem_Y77(X6_475_3)))
% 251.94/36.24
% 251.94/36.24 [16907] BETA_NOT_EQUIV : ~(q(X6_475_3) <=> q(skolem_Y77(X6_475_3)))
% 251.94/36.24 -> [16908] ~q(X6_475_3), q(skolem_Y77(X6_475_3))
% 251.94/36.24 -> [16909] q(X6_475_3), ~q(skolem_Y77(X6_475_3))
% 251.94/36.24
% 251.94/36.24 [16909] CLOSURE : q(X6_475_3)
% 251.94/36.24
% 251.94/36.24 [16908] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [19893] ~! [Y11_11] : ((r(X10_256_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [19893] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_256_4) <=> r(Y11_11)))
% 251.94/36.24 -> [19894] ~(r(X10_256_4) <=> r(skolem_Y1111(X10_256_4)))
% 251.94/36.24
% 251.94/36.24 [19894] BETA_NOT_EQUIV : ~(r(X10_256_4) <=> r(skolem_Y1111(X10_256_4)))
% 251.94/36.24 -> [19895] ~r(X10_256_4), r(skolem_Y1111(X10_256_4))
% 251.94/36.24 -> [19896] r(X10_256_4), ~r(skolem_Y1111(X10_256_4))
% 251.94/36.24
% 251.94/36.24 [19895] CLOSURE : ~r(X10_256_4)
% 251.94/36.24
% 251.94/36.24 [19896] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [37185] ~r(X8_1023_5)
% 251.94/36.24
% 251.94/36.24 [37185] CLOSURE : ~r(X8_1023_5)
% 251.94/36.24
% 251.94/36.24 [15143] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15469] ~q(X6_476_3)
% 251.94/36.24
% 251.94/36.24 [15469] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15470] r(Y5_618_2)
% 251.94/36.24
% 251.94/36.24 [15470] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [16919] ~! [Y7_7] : ((q(X6_476_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [16919] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_476_3) <=> q(Y7_7)))
% 251.94/36.24 -> [16920] ~(q(X6_476_3) <=> q(skolem_Y77(X6_476_3)))
% 251.94/36.24
% 251.94/36.24 [16920] BETA_NOT_EQUIV : ~(q(X6_476_3) <=> q(skolem_Y77(X6_476_3)))
% 251.94/36.24 -> [16921] ~q(X6_476_3), q(skolem_Y77(X6_476_3))
% 251.94/36.24 -> [16922] q(X6_476_3), ~q(skolem_Y77(X6_476_3))
% 251.94/36.24
% 251.94/36.24 [16922] CLOSURE : q(X6_476_3)
% 251.94/36.24
% 251.94/36.24 [16921] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [19904] ~! [Y11_11] : ((r(X10_257_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [19904] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_257_4) <=> r(Y11_11)))
% 251.94/36.24 -> [19905] ~(r(X10_257_4) <=> r(skolem_Y1111(X10_257_4)))
% 251.94/36.24
% 251.94/36.24 [19905] BETA_NOT_EQUIV : ~(r(X10_257_4) <=> r(skolem_Y1111(X10_257_4)))
% 251.94/36.24 -> [19906] ~r(X10_257_4), r(skolem_Y1111(X10_257_4))
% 251.94/36.24 -> [19907] r(X10_257_4), ~r(skolem_Y1111(X10_257_4))
% 251.94/36.24
% 251.94/36.24 [19906] CLOSURE : ~r(X10_257_4)
% 251.94/36.24
% 251.94/36.24 [19907] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [38876] ~r(X8_1143_5)
% 251.94/36.24
% 251.94/36.24 [38876] CLOSURE : ~r(X8_1143_5)
% 251.94/36.24
% 251.94/36.24 [14054] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [14057] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [14057] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [14058] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14058] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [14059] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14060] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [14059] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14400] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14401] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14400] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14734] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14734] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [14735] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [14735] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [14736] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [14737] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [14737] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14736] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [22417] ~q(X6_700_3)
% 251.94/36.24
% 251.94/36.24 [22417] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [22726] r(skolem_Y1111(X10_412_4))
% 251.94/36.24
% 251.94/36.24 [22726] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [22994] ~! [Y7_7] : ((q(X6_700_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [22994] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_700_3) <=> q(Y7_7)))
% 251.94/36.24 -> [22995] ~(q(X6_700_3) <=> q(skolem_Y77(X6_700_3)))
% 251.94/36.24
% 251.94/36.24 [22995] BETA_NOT_EQUIV : ~(q(X6_700_3) <=> q(skolem_Y77(X6_700_3)))
% 251.94/36.24 -> [22996] ~q(X6_700_3), q(skolem_Y77(X6_700_3))
% 251.94/36.24 -> [22997] q(X6_700_3), ~q(skolem_Y77(X6_700_3))
% 251.94/36.24
% 251.94/36.24 [22997] CLOSURE : q(X6_700_3)
% 251.94/36.24
% 251.94/36.24 [22996] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [23885] ~! [Y11_11] : ((r(X10_412_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [23885] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_412_4) <=> r(Y11_11)))
% 251.94/36.24 -> [23886] ~(r(X10_412_4) <=> r(skolem_Y1111(X10_412_4)))
% 251.94/36.24
% 251.94/36.24 [23886] BETA_NOT_EQUIV : ~(r(X10_412_4) <=> r(skolem_Y1111(X10_412_4)))
% 251.94/36.24 -> [23887] ~r(X10_412_4), r(skolem_Y1111(X10_412_4))
% 251.94/36.24 -> [23888] r(X10_412_4), ~r(skolem_Y1111(X10_412_4))
% 251.94/36.24
% 251.94/36.24 [23888] CLOSURE : ~r(skolem_Y1111(X10_412_4))
% 251.94/36.24
% 251.94/36.24 [23887] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [24688] ~r(X8_434_5)
% 251.94/36.24
% 251.94/36.24 [24688] CLOSURE : ~r(X8_434_5)
% 251.94/36.24
% 251.94/36.24 [14401] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14402] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14402] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [15488] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [15488] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [16552] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [16552] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [16553] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [16553] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [16555] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [16556] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [16555] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [16556] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [39216] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39216] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [39225] r(Y5_1259_2)
% 251.94/36.24
% 251.94/36.24 [39225] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39259] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39259] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [39260] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [39260] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [39261] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [39262] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39261] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39262] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14060] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [14066] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [14066] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14067] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14068] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14067] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14403] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14403] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14404] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14404] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [14405] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [14405] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [14406] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [14407] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [14407] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14406] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [16564] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16564] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [38884] r(Y5_1251_2)
% 251.94/36.24
% 251.94/36.24 [38884] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39130] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39130] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [39131] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [39131] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [39132] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [39133] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39132] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39133] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14068] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14070] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14070] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [15188] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [15188] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [15189] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [15189] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [15190] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [15191] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [15191] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [15190] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [38925] ~q(X6_1197_3)
% 251.94/36.24
% 251.94/36.24 [38925] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [39075] r(skolem_Y1111(X10_1005_4))
% 251.94/36.24
% 251.94/36.24 [39075] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39090] ~! [Y7_7] : ((q(X6_1197_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39090] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1197_3) <=> q(Y7_7)))
% 251.94/36.24 -> [39091] ~(q(X6_1197_3) <=> q(skolem_Y77(X6_1197_3)))
% 251.94/36.24
% 251.94/36.24 [39091] BETA_NOT_EQUIV : ~(q(X6_1197_3) <=> q(skolem_Y77(X6_1197_3)))
% 251.94/36.24 -> [39092] ~q(X6_1197_3), q(skolem_Y77(X6_1197_3))
% 251.94/36.24 -> [39093] q(X6_1197_3), ~q(skolem_Y77(X6_1197_3))
% 251.94/36.24
% 251.94/36.24 [39093] CLOSURE : q(X6_1197_3)
% 251.94/36.24
% 251.94/36.24 [39092] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [39339] ~! [Y11_11] : ((r(X10_1005_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [39339] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1005_4) <=> r(Y11_11)))
% 251.94/36.24 -> [39340] ~(r(X10_1005_4) <=> r(skolem_Y1111(X10_1005_4)))
% 251.94/36.24
% 251.94/36.24 [39340] BETA_NOT_EQUIV : ~(r(X10_1005_4) <=> r(skolem_Y1111(X10_1005_4)))
% 251.94/36.24 -> [39341] ~r(X10_1005_4), r(skolem_Y1111(X10_1005_4))
% 251.94/36.24 -> [39342] r(X10_1005_4), ~r(skolem_Y1111(X10_1005_4))
% 251.94/36.24
% 251.94/36.24 [39342] CLOSURE : ~r(skolem_Y1111(X10_1005_4))
% 251.94/36.24
% 251.94/36.24 [39341] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [39459] ~r(X8_1191_5)
% 251.94/36.24
% 251.94/36.24 [39459] CLOSURE : ~r(X8_1191_5)
% 251.94/36.24
% 251.94/36.24 [13703] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [13708] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [13709] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [13708] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [14071] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14071] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [14072] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14073] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [14072] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14415] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14416] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14416] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14417] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14417] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14763] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14763] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [14764] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [14764] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [14765] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [14766] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [14766] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14765] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [17326] ~q(X6_1189_3)
% 251.94/36.24
% 251.94/36.24 [17326] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [17327] r(Y5_697_2)
% 251.94/36.24
% 251.94/36.24 [17327] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [38936] ~! [Y7_7] : ((q(X6_1189_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [38936] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1189_3) <=> q(Y7_7)))
% 251.94/36.24 -> [38937] ~(q(X6_1189_3) <=> q(skolem_Y77(X6_1189_3)))
% 251.94/36.24
% 251.94/36.24 [38937] BETA_NOT_EQUIV : ~(q(X6_1189_3) <=> q(skolem_Y77(X6_1189_3)))
% 251.94/36.24 -> [38938] ~q(X6_1189_3), q(skolem_Y77(X6_1189_3))
% 251.94/36.24 -> [38939] q(X6_1189_3), ~q(skolem_Y77(X6_1189_3))
% 251.94/36.24
% 251.94/36.24 [38939] CLOSURE : q(X6_1189_3)
% 251.94/36.24
% 251.94/36.24 [38938] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [39061] ~! [Y11_11] : ((r(X10_988_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [39061] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_988_4) <=> r(Y11_11)))
% 251.94/36.24 -> [39062] ~(r(X10_988_4) <=> r(skolem_Y1111(X10_988_4)))
% 251.94/36.24
% 251.94/36.24 [39062] BETA_NOT_EQUIV : ~(r(X10_988_4) <=> r(skolem_Y1111(X10_988_4)))
% 251.94/36.24 -> [39063] ~r(X10_988_4), r(skolem_Y1111(X10_988_4))
% 251.94/36.24 -> [39064] r(X10_988_4), ~r(skolem_Y1111(X10_988_4))
% 251.94/36.24
% 251.94/36.24 [39063] CLOSURE : ~r(X10_988_4)
% 251.94/36.24
% 251.94/36.24 [39064] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [39144] ~r(X8_1161_5)
% 251.94/36.24
% 251.94/36.24 [39144] CLOSURE : ~r(X8_1161_5)
% 251.94/36.24
% 251.94/36.24 [14415] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14749] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14749] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14751] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14751] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [14754] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [14754] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [14755] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [14756] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [14756] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14755] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15788] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [15788] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15789] r(Y5_638_2)
% 251.94/36.24
% 251.94/36.24 [15789] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [16956] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [16956] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [16957] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [16957] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [16958] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [16959] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16958] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16959] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14073] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [14074] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [14074] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14075] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14076] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14076] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14081] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14081] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14426] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14426] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14427] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14427] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [14429] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [14429] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [14431] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [14432] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [14432] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14431] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [17336] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [17336] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [17337] r(Y5_699_2)
% 251.94/36.24
% 251.94/36.24 [17337] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [38993] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [38993] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [38994] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [38994] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [38995] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [38996] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [38995] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [38996] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14075] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14421] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14421] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [14422] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [14422] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [14423] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [14424] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [14424] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14423] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15205] ~q(X6_438_3)
% 251.94/36.24
% 251.94/36.24 [15205] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15206] r(skolem_Y1111(X10_995_4))
% 251.94/36.24
% 251.94/36.24 [15206] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [16177] ~! [Y7_7] : ((q(X6_438_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [16177] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_438_3) <=> q(Y7_7)))
% 251.94/36.24 -> [16178] ~(q(X6_438_3) <=> q(skolem_Y77(X6_438_3)))
% 251.94/36.24
% 251.94/36.24 [16178] BETA_NOT_EQUIV : ~(q(X6_438_3) <=> q(skolem_Y77(X6_438_3)))
% 251.94/36.24 -> [16179] ~q(X6_438_3), q(skolem_Y77(X6_438_3))
% 251.94/36.24 -> [16180] q(X6_438_3), ~q(skolem_Y77(X6_438_3))
% 251.94/36.24
% 251.94/36.24 [16180] CLOSURE : q(X6_438_3)
% 251.94/36.24
% 251.94/36.24 [16179] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [39178] ~! [Y11_11] : ((r(X10_995_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [39178] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_995_4) <=> r(Y11_11)))
% 251.94/36.24 -> [39179] ~(r(X10_995_4) <=> r(skolem_Y1111(X10_995_4)))
% 251.94/36.24
% 251.94/36.24 [39179] BETA_NOT_EQUIV : ~(r(X10_995_4) <=> r(skolem_Y1111(X10_995_4)))
% 251.94/36.24 -> [39180] ~r(X10_995_4), r(skolem_Y1111(X10_995_4))
% 251.94/36.24 -> [39181] r(X10_995_4), ~r(skolem_Y1111(X10_995_4))
% 251.94/36.24
% 251.94/36.24 [39181] CLOSURE : ~r(skolem_Y1111(X10_995_4))
% 251.94/36.24
% 251.94/36.24 [39180] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [39359] ~r(X8_1183_5)
% 251.94/36.24
% 251.94/36.24 [39359] CLOSURE : ~r(X8_1183_5)
% 251.94/36.24
% 251.94/36.24 [13709] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [13710] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [13710] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [13711] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [13712] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [13711] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14089] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14090] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14090] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14094] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14094] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14778] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14778] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [14780] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [14780] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [14783] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [14784] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [14783] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14784] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [16198] ~q(X6_712_3)
% 251.94/36.24
% 251.94/36.24 [16198] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [17353] r(skolem_Y1111(X10_417_4))
% 251.94/36.24
% 251.94/36.24 [17353] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [23297] ~! [Y7_7] : ((q(X6_712_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [23297] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_712_3) <=> q(Y7_7)))
% 251.94/36.24 -> [23298] ~(q(X6_712_3) <=> q(skolem_Y77(X6_712_3)))
% 251.94/36.24
% 251.94/36.24 [23298] BETA_NOT_EQUIV : ~(q(X6_712_3) <=> q(skolem_Y77(X6_712_3)))
% 251.94/36.24 -> [23299] ~q(X6_712_3), q(skolem_Y77(X6_712_3))
% 251.94/36.24 -> [23300] q(X6_712_3), ~q(skolem_Y77(X6_712_3))
% 251.94/36.24
% 251.94/36.24 [23300] CLOSURE : q(X6_712_3)
% 251.94/36.24
% 251.94/36.24 [23299] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [24073] ~! [Y11_11] : ((r(X10_417_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [24073] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_417_4) <=> r(Y11_11)))
% 251.94/36.24 -> [24074] ~(r(X10_417_4) <=> r(skolem_Y1111(X10_417_4)))
% 251.94/36.24
% 251.94/36.24 [24074] BETA_NOT_EQUIV : ~(r(X10_417_4) <=> r(skolem_Y1111(X10_417_4)))
% 251.94/36.24 -> [24075] ~r(X10_417_4), r(skolem_Y1111(X10_417_4))
% 251.94/36.24 -> [24076] r(X10_417_4), ~r(skolem_Y1111(X10_417_4))
% 251.94/36.24
% 251.94/36.24 [24076] CLOSURE : ~r(skolem_Y1111(X10_417_4))
% 251.94/36.24
% 251.94/36.24 [24075] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [24838] ~r(X8_448_5)
% 251.94/36.24
% 251.94/36.24 [24838] CLOSURE : ~r(X8_448_5)
% 251.94/36.24
% 251.94/36.24 [14089] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14441] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14441] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14442] ~! [Y3_3] : ((p(X2_582_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14442] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_582_0) <=> p(Y3_3)))
% 251.94/36.24 -> [14443] ~(p(X2_582_0) <=> p(skolem_Y33(X2_582_0)))
% 251.94/36.24
% 251.94/36.24 [14443] BETA_NOT_EQUIV : ~(p(X2_582_0) <=> p(skolem_Y33(X2_582_0)))
% 251.94/36.24 -> [14444] ~p(X2_582_0), p(skolem_Y33(X2_582_0))
% 251.94/36.24 -> [14445] p(X2_582_0), ~p(skolem_Y33(X2_582_0))
% 251.94/36.24
% 251.94/36.24 [14444] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [16189] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [16189] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [17348] r(Y5_700_2)
% 251.94/36.24
% 251.94/36.24 [17348] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39071] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39071] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [39072] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [39072] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [39073] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [39074] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39073] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39074] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14445] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15809] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [15809] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [16996] r(Y5_681_2)
% 251.94/36.24
% 251.94/36.24 [16996] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39121] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39121] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [39249] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [39249] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [39361] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [39362] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39361] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39362] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [13712] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [13713] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [13713] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [13714] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [13715] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [13715] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [13716] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [13716] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14794] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14794] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [15826] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [15826] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [15828] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [15828] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [15829] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [15830] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [15829] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [15830] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [17375] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [17375] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [39122] r(Y5_1255_2)
% 251.94/36.24
% 251.94/36.24 [39122] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39184] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39184] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [39185] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [39185] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [39186] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [39187] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39186] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39187] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [13714] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14098] ~! [Y3_3] : ((p(X2_567_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14098] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_567_0) <=> p(Y3_3)))
% 251.94/36.24 -> [14099] ~(p(X2_567_0) <=> p(skolem_Y33(X2_567_0)))
% 251.94/36.24
% 251.94/36.24 [14099] BETA_NOT_EQUIV : ~(p(X2_567_0) <=> p(skolem_Y33(X2_567_0)))
% 251.94/36.24 -> [14100] ~p(X2_567_0), p(skolem_Y33(X2_567_0))
% 251.94/36.24 -> [14101] p(X2_567_0), ~p(skolem_Y33(X2_567_0))
% 251.94/36.24
% 251.94/36.24 [14100] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15818] ~q(X6_1193_3)
% 251.94/36.24
% 251.94/36.24 [15818] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [17006] r(skolem_Y1111(X10_1011_4))
% 251.94/36.24
% 251.94/36.24 [17006] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39015] ~! [Y7_7] : ((q(X6_1193_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39015] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1193_3) <=> q(Y7_7)))
% 251.94/36.24 -> [39016] ~(q(X6_1193_3) <=> q(skolem_Y77(X6_1193_3)))
% 251.94/36.24
% 251.94/36.24 [39016] BETA_NOT_EQUIV : ~(q(X6_1193_3) <=> q(skolem_Y77(X6_1193_3)))
% 251.94/36.24 -> [39017] ~q(X6_1193_3), q(skolem_Y77(X6_1193_3))
% 251.94/36.24 -> [39018] q(X6_1193_3), ~q(skolem_Y77(X6_1193_3))
% 251.94/36.24
% 251.94/36.24 [39018] CLOSURE : q(X6_1193_3)
% 251.94/36.24
% 251.94/36.24 [39017] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [39447] ~! [Y11_11] : ((r(X10_1011_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [39447] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1011_4) <=> r(Y11_11)))
% 251.94/36.24 -> [39448] ~(r(X10_1011_4) <=> r(skolem_Y1111(X10_1011_4)))
% 251.94/36.24
% 251.94/36.24 [39448] BETA_NOT_EQUIV : ~(r(X10_1011_4) <=> r(skolem_Y1111(X10_1011_4)))
% 251.94/36.24 -> [39449] ~r(X10_1011_4), r(skolem_Y1111(X10_1011_4))
% 251.94/36.24 -> [39450] r(X10_1011_4), ~r(skolem_Y1111(X10_1011_4))
% 251.94/36.24
% 251.94/36.24 [39450] CLOSURE : ~r(skolem_Y1111(X10_1011_4))
% 251.94/36.24
% 251.94/36.24 [39449] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [39548] ~r(X8_1196_5)
% 251.94/36.24
% 251.94/36.24 [39548] CLOSURE : ~r(X8_1196_5)
% 251.94/36.24
% 251.94/36.24 [14101] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15505] ~q(X6_1194_3)
% 251.94/36.24
% 251.94/36.24 [15505] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [16604] r(Y5_661_2)
% 251.94/36.24
% 251.94/36.24 [16604] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39051] ~! [Y7_7] : ((q(X6_1194_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39051] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1194_3) <=> q(Y7_7)))
% 251.94/36.24 -> [39052] ~(q(X6_1194_3) <=> q(skolem_Y77(X6_1194_3)))
% 251.94/36.24
% 251.94/36.24 [39052] BETA_NOT_EQUIV : ~(q(X6_1194_3) <=> q(skolem_Y77(X6_1194_3)))
% 251.94/36.24 -> [39053] ~q(X6_1194_3), q(skolem_Y77(X6_1194_3))
% 251.94/36.24 -> [39054] q(X6_1194_3), ~q(skolem_Y77(X6_1194_3))
% 251.94/36.24
% 251.94/36.24 [39054] CLOSURE : q(X6_1194_3)
% 251.94/36.24
% 251.94/36.24 [39053] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [39405] ~! [Y11_11] : ((r(X10_1008_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [39405] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1008_4) <=> r(Y11_11)))
% 251.94/36.24 -> [39406] ~(r(X10_1008_4) <=> r(skolem_Y1111(X10_1008_4)))
% 251.94/36.24
% 251.94/36.24 [39406] BETA_NOT_EQUIV : ~(r(X10_1008_4) <=> r(skolem_Y1111(X10_1008_4)))
% 251.94/36.24 -> [39407] ~r(X10_1008_4), r(skolem_Y1111(X10_1008_4))
% 251.94/36.24 -> [39408] r(X10_1008_4), ~r(skolem_Y1111(X10_1008_4))
% 251.94/36.24
% 251.94/36.24 [39407] CLOSURE : ~r(X10_1008_4)
% 251.94/36.24
% 251.94/36.24 [39408] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [39969] ~r(X8_1211_5)
% 251.94/36.24
% 251.94/36.24 [39969] CLOSURE : ~r(X8_1211_5)
% 251.94/36.24
% 251.94/36.24 [8120] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [8121] r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [8121] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24 -> [8123] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [8124] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24
% 251.94/36.24 [8124] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [8130] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [8131] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [8130] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [13729] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [13729] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [13730] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [13731] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [13730] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14199] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14200] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14199] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14625] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14625] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14626] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14626] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [14627] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [14627] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [14628] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [14629] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [14628] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [22624] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [22624] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [22878] r(Y5_924_2)
% 251.94/36.24
% 251.94/36.24 [22878] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [23068] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [23068] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [23069] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [23069] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [23070] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [23071] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [23070] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [23071] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14629] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14200] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14202] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14202] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [15067] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [15067] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [15068] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [15068] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [15069] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [15070] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [15069] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [15070] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [35346] ~q(X6_1065_3)
% 251.94/36.24
% 251.94/36.24 [35346] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [35353] r(Y5_1160_2)
% 251.94/36.24
% 251.94/36.24 [35353] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [35365] ~! [Y7_7] : ((q(X6_1065_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [35365] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1065_3) <=> q(Y7_7)))
% 251.94/36.24 -> [35366] ~(q(X6_1065_3) <=> q(skolem_Y77(X6_1065_3)))
% 251.94/36.24
% 251.94/36.24 [35366] BETA_NOT_EQUIV : ~(q(X6_1065_3) <=> q(skolem_Y77(X6_1065_3)))
% 251.94/36.24 -> [35367] ~q(X6_1065_3), q(skolem_Y77(X6_1065_3))
% 251.94/36.24 -> [35368] q(X6_1065_3), ~q(skolem_Y77(X6_1065_3))
% 251.94/36.24
% 251.94/36.24 [35368] CLOSURE : q(X6_1065_3)
% 251.94/36.24
% 251.94/36.24 [35367] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [35384] ~! [Y11_11] : ((r(X10_853_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [35384] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_853_4) <=> r(Y11_11)))
% 251.94/36.24 -> [35385] ~(r(X10_853_4) <=> r(skolem_Y1111(X10_853_4)))
% 251.94/36.24
% 251.94/36.24 [35385] BETA_NOT_EQUIV : ~(r(X10_853_4) <=> r(skolem_Y1111(X10_853_4)))
% 251.94/36.24 -> [35386] ~r(X10_853_4), r(skolem_Y1111(X10_853_4))
% 251.94/36.24 -> [35387] r(X10_853_4), ~r(skolem_Y1111(X10_853_4))
% 251.94/36.24
% 251.94/36.24 [35386] CLOSURE : ~r(X10_853_4)
% 251.94/36.24
% 251.94/36.24 [35387] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [35416] s(Y9_496_5)
% 251.94/36.24
% 251.94/36.24 [35416] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [35419] ~s(X12_517_6)
% 251.94/36.24
% 251.94/36.24 [35419] CLOSURE : ~s(X12_517_6)
% 251.94/36.24
% 251.94/36.24 [13731] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [13733] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [13733] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [13734] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [13735] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [13734] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14206] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14206] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [14207] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [14207] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [14208] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [14209] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [14208] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [22332] ~q(X6_710_3)
% 251.94/36.24
% 251.94/36.24 [22332] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [22796] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [22796] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [23198] ~! [Y7_7] : ((q(X6_710_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [23198] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_710_3) <=> q(Y7_7)))
% 251.94/36.24 -> [23199] ~(q(X6_710_3) <=> q(skolem_Y77(X6_710_3)))
% 251.94/36.24
% 251.94/36.24 [23199] BETA_NOT_EQUIV : ~(q(X6_710_3) <=> q(skolem_Y77(X6_710_3)))
% 251.94/36.24 -> [23200] ~q(X6_710_3), q(skolem_Y77(X6_710_3))
% 251.94/36.24 -> [23201] q(X6_710_3), ~q(skolem_Y77(X6_710_3))
% 251.94/36.24
% 251.94/36.24 [23201] CLOSURE : q(X6_710_3)
% 251.94/36.24
% 251.94/36.24 [23200] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [24744] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [24744] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24 -> [24747] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24
% 251.94/36.24 [24747] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [24748] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [24749] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [24748] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [24749] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [14209] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [13735] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [13736] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [13736] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14654] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14654] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [35370] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [35370] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [35371] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [35371] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [35372] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [35373] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [35373] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [35372] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [35427] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [35427] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [35454] r(Y5_1161_2)
% 251.94/36.24
% 251.94/36.24 [35454] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [35472] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [35472] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [35473] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [35473] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [35474] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [35475] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [35474] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [35475] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8131] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [8134] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [8134] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [14246] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14247] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [14246] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14670] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14671] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14671] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14672] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14672] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [15471] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [15471] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [15472] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [15472] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [15473] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [15474] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [15473] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [15474] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [16758] ~q(X6_697_3)
% 251.94/36.24
% 251.94/36.24 [16758] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [22698] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [22698] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [22938] ~! [Y7_7] : ((q(X6_697_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [22938] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_697_3) <=> q(Y7_7)))
% 251.94/36.24 -> [22939] ~(q(X6_697_3) <=> q(skolem_Y77(X6_697_3)))
% 251.94/36.24
% 251.94/36.24 [22939] BETA_NOT_EQUIV : ~(q(X6_697_3) <=> q(skolem_Y77(X6_697_3)))
% 251.94/36.24 -> [22940] ~q(X6_697_3), q(skolem_Y77(X6_697_3))
% 251.94/36.24 -> [22941] q(X6_697_3), ~q(skolem_Y77(X6_697_3))
% 251.94/36.24
% 251.94/36.24 [22941] CLOSURE : q(X6_697_3)
% 251.94/36.24
% 251.94/36.24 [22940] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [23840] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [23840] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24 -> [23841] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24
% 251.94/36.24 [23841] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [23842] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [23843] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [23843] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [23842] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [14670] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [15066] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [15066] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [16265] ~! [Y3_3] : ((p(X2_672_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [16265] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_672_0) <=> p(Y3_3)))
% 251.94/36.24 -> [16266] ~(p(X2_672_0) <=> p(skolem_Y33(X2_672_0)))
% 251.94/36.24
% 251.94/36.24 [16266] BETA_NOT_EQUIV : ~(p(X2_672_0) <=> p(skolem_Y33(X2_672_0)))
% 251.94/36.24 -> [16267] ~p(X2_672_0), p(skolem_Y33(X2_672_0))
% 251.94/36.24 -> [16268] p(X2_672_0), ~p(skolem_Y33(X2_672_0))
% 251.94/36.24
% 251.94/36.24 [16267] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [38661] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [38661] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [38673] r(Y5_1239_2)
% 251.94/36.24
% 251.94/36.24 [38673] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [38688] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [38688] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [38689] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [38689] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [38690] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [38691] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [38690] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [38691] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [16268] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [38731] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [38731] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [38787] r(Y5_1245_2)
% 251.94/36.24
% 251.94/36.24 [38787] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [38821] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [38821] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [38823] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [38823] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [38825] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [38826] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [38825] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [38826] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14247] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [14250] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [14250] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14251] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14252] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14252] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14256] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14256] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [15080] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [15080] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [16779] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [16779] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [16780] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [16780] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [16781] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [16782] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [16781] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [16782] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [22876] ~q(X6_706_3)
% 251.94/36.24
% 251.94/36.24 [22876] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [23006] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [23006] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [23097] ~! [Y7_7] : ((q(X6_706_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [23097] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_706_3) <=> q(Y7_7)))
% 251.94/36.24 -> [23098] ~(q(X6_706_3) <=> q(skolem_Y77(X6_706_3)))
% 251.94/36.24
% 251.94/36.24 [23098] BETA_NOT_EQUIV : ~(q(X6_706_3) <=> q(skolem_Y77(X6_706_3)))
% 251.94/36.24 -> [23099] ~q(X6_706_3), q(skolem_Y77(X6_706_3))
% 251.94/36.24 -> [23100] q(X6_706_3), ~q(skolem_Y77(X6_706_3))
% 251.94/36.24
% 251.94/36.24 [23100] CLOSURE : q(X6_706_3)
% 251.94/36.24
% 251.94/36.24 [23099] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [23523] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [23523] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24 -> [23524] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24
% 251.94/36.24 [23524] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [23525] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [23526] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [23525] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [23526] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [14251] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14674] ~! [Y3_3] : ((p(X2_594_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14674] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_594_0) <=> p(Y3_3)))
% 251.94/36.24 -> [14675] ~(p(X2_594_0) <=> p(skolem_Y33(X2_594_0)))
% 251.94/36.24
% 251.94/36.24 [14675] BETA_NOT_EQUIV : ~(p(X2_594_0) <=> p(skolem_Y33(X2_594_0)))
% 251.94/36.24 -> [14676] ~p(X2_594_0), p(skolem_Y33(X2_594_0))
% 251.94/36.24 -> [14677] p(X2_594_0), ~p(skolem_Y33(X2_594_0))
% 251.94/36.24
% 251.94/36.24 [14676] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [16276] ~q(X6_1180_3)
% 251.94/36.24
% 251.94/36.24 [16276] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [38725] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [38725] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [38774] ~! [Y7_7] : ((q(X6_1180_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [38774] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1180_3) <=> q(Y7_7)))
% 251.94/36.24 -> [38778] ~(q(X6_1180_3) <=> q(skolem_Y77(X6_1180_3)))
% 251.94/36.24
% 251.94/36.24 [38778] BETA_NOT_EQUIV : ~(q(X6_1180_3) <=> q(skolem_Y77(X6_1180_3)))
% 251.94/36.24 -> [38779] ~q(X6_1180_3), q(skolem_Y77(X6_1180_3))
% 251.94/36.24 -> [38780] q(X6_1180_3), ~q(skolem_Y77(X6_1180_3))
% 251.94/36.24
% 251.94/36.24 [38780] CLOSURE : q(X6_1180_3)
% 251.94/36.24
% 251.94/36.24 [38779] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [39188] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [39188] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24 -> [39189] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24
% 251.94/36.24 [39189] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [39191] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [39192] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [39191] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [39192] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [14677] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15802] ~q(skolem_Y77(X6_1188_3))
% 251.94/36.24
% 251.94/36.24 [15802] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [38788] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [38788] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [38909] ~! [Y7_7] : ((q(X6_1188_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [38909] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1188_3) <=> q(Y7_7)))
% 251.94/36.24 -> [38910] ~(q(X6_1188_3) <=> q(skolem_Y77(X6_1188_3)))
% 251.94/36.24
% 251.94/36.24 [38910] BETA_NOT_EQUIV : ~(q(X6_1188_3) <=> q(skolem_Y77(X6_1188_3)))
% 251.94/36.24 -> [38929] ~q(X6_1188_3), q(skolem_Y77(X6_1188_3))
% 251.94/36.24 -> [38930] q(X6_1188_3), ~q(skolem_Y77(X6_1188_3))
% 251.94/36.24
% 251.94/36.24 [38929] CLOSURE : q(skolem_Y77(X6_1188_3))
% 251.94/36.24
% 251.94/36.24 [38930] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [39226] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [39226] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24 -> [39227] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24
% 251.94/36.24 [39227] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [39228] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [39229] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [39228] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [39229] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [8123] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [13724] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [13725] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [13724] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [14131] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14132] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [14131] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14501] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14502] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14502] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14503] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14503] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [15381] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [15381] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [30394] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [30394] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [30395] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [30395] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [30396] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [30397] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [30396] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [30397] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [30442] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [30442] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [30493] r(Y5_1050_2)
% 251.94/36.24
% 251.94/36.24 [30493] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [30561] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [30561] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [30562] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [30562] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [30563] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [30564] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [30563] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [30564] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14501] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14920] ~! [Y3_3] : ((p(X2_611_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14920] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_611_0) <=> p(Y3_3)))
% 251.94/36.24 -> [14921] ~(p(X2_611_0) <=> p(skolem_Y33(X2_611_0)))
% 251.94/36.24
% 251.94/36.24 [14921] BETA_NOT_EQUIV : ~(p(X2_611_0) <=> p(skolem_Y33(X2_611_0)))
% 251.94/36.24 -> [14922] ~p(X2_611_0), p(skolem_Y33(X2_611_0))
% 251.94/36.24 -> [14923] p(X2_611_0), ~p(skolem_Y33(X2_611_0))
% 251.94/36.24
% 251.94/36.24 [14923] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [21571] ~q(X6_788_3)
% 251.94/36.24
% 251.94/36.24 [21571] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [25610] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [25610] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [25648] ~! [Y7_7] : ((q(X6_788_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [25648] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_788_3) <=> q(Y7_7)))
% 251.94/36.24 -> [25649] ~(q(X6_788_3) <=> q(skolem_Y77(X6_788_3)))
% 251.94/36.24
% 251.94/36.24 [25649] BETA_NOT_EQUIV : ~(q(X6_788_3) <=> q(skolem_Y77(X6_788_3)))
% 251.94/36.24 -> [25650] ~q(X6_788_3), q(skolem_Y77(X6_788_3))
% 251.94/36.24 -> [25651] q(X6_788_3), ~q(skolem_Y77(X6_788_3))
% 251.94/36.24
% 251.94/36.24 [25651] CLOSURE : q(X6_788_3)
% 251.94/36.24
% 251.94/36.24 [25650] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [25773] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [25773] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24 -> [25774] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24
% 251.94/36.24 [25774] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [25775] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [25776] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [25776] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [25775] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [14922] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [39790] ~q(X6_1220_3)
% 251.94/36.24
% 251.94/36.24 [39790] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [39823] r(Y5_1278_2)
% 251.94/36.24
% 251.94/36.24 [39823] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39878] ~! [Y7_7] : ((q(X6_1220_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39878] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1220_3) <=> q(Y7_7)))
% 251.94/36.24 -> [39879] ~(q(X6_1220_3) <=> q(skolem_Y77(X6_1220_3)))
% 251.94/36.24
% 251.94/36.24 [39879] BETA_NOT_EQUIV : ~(q(X6_1220_3) <=> q(skolem_Y77(X6_1220_3)))
% 251.94/36.24 -> [39881] ~q(X6_1220_3), q(skolem_Y77(X6_1220_3))
% 251.94/36.24 -> [39882] q(X6_1220_3), ~q(skolem_Y77(X6_1220_3))
% 251.94/36.24
% 251.94/36.24 [39882] CLOSURE : q(X6_1220_3)
% 251.94/36.24
% 251.94/36.24 [39881] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [40071] ~! [Y11_11] : ((r(X10_1040_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [40071] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1040_4) <=> r(Y11_11)))
% 251.94/36.24 -> [40072] ~(r(X10_1040_4) <=> r(skolem_Y1111(X10_1040_4)))
% 251.94/36.24
% 251.94/36.24 [40072] BETA_NOT_EQUIV : ~(r(X10_1040_4) <=> r(skolem_Y1111(X10_1040_4)))
% 251.94/36.24 -> [40073] ~r(X10_1040_4), r(skolem_Y1111(X10_1040_4))
% 251.94/36.24 -> [40074] r(X10_1040_4), ~r(skolem_Y1111(X10_1040_4))
% 251.94/36.24
% 251.94/36.24 [40073] CLOSURE : ~r(X10_1040_4)
% 251.94/36.24
% 251.94/36.24 [40074] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [40199] s(Y9_634_5)
% 251.94/36.24
% 251.94/36.24 [40199] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [40209] ~s(X12_654_6)
% 251.94/36.24
% 251.94/36.24 [40209] CLOSURE : ~s(X12_654_6)
% 251.94/36.24
% 251.94/36.24 [14132] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [14135] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [14135] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [14136] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14137] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [14136] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [14504] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14504] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14505] ~! [Y3_3] : ((p(X2_584_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14505] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_584_0) <=> p(Y3_3)))
% 251.94/36.24 -> [14506] ~(p(X2_584_0) <=> p(skolem_Y33(X2_584_0)))
% 251.94/36.24
% 251.94/36.24 [14506] BETA_NOT_EQUIV : ~(p(X2_584_0) <=> p(skolem_Y33(X2_584_0)))
% 251.94/36.24 -> [14507] ~p(X2_584_0), p(skolem_Y33(X2_584_0))
% 251.94/36.24 -> [14508] p(X2_584_0), ~p(skolem_Y33(X2_584_0))
% 251.94/36.24
% 251.94/36.24 [14507] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [35449] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [35449] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [35460] r(Y5_1163_2)
% 251.94/36.24
% 251.94/36.24 [35460] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [35483] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [35483] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [35484] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [35484] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [35485] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [35486] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [35485] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [35486] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14508] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15569] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [15569] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [16628] r(Y5_662_2)
% 251.94/36.24
% 251.94/36.24 [16628] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [17724] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [17724] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [17725] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [17725] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [17726] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [17727] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [17726] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [17727] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [14137] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [14138] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14138] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [14928] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [14928] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [14929] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [14929] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [14930] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [14931] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [14930] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [14931] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [15577] ~q(X6_513_3)
% 251.94/36.24
% 251.94/36.24 [15577] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [16639] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [16639] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [17731] ~! [Y7_7] : ((q(X6_513_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [17731] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_513_3) <=> q(Y7_7)))
% 251.94/36.24 -> [17732] ~(q(X6_513_3) <=> q(skolem_Y77(X6_513_3)))
% 251.94/36.24
% 251.94/36.24 [17732] BETA_NOT_EQUIV : ~(q(X6_513_3) <=> q(skolem_Y77(X6_513_3)))
% 251.94/36.24 -> [17733] ~q(X6_513_3), q(skolem_Y77(X6_513_3))
% 251.94/36.24 -> [17734] q(X6_513_3), ~q(skolem_Y77(X6_513_3))
% 251.94/36.24
% 251.94/36.24 [17734] CLOSURE : q(X6_513_3)
% 251.94/36.24
% 251.94/36.24 [17733] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [39762] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [39762] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24 -> [39763] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24
% 251.94/36.24 [39763] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [39764] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [39765] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [39764] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [39765] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [13725] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [13726] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [13726] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [14523] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [14523] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [15392] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [15393] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [15392] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [15582] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [15583] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [15583] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [15584] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [15584] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [16269] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [16269] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [17740] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [17740] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [17741] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [17741] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [17742] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [17743] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [17743] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [17742] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [39860] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39860] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [39957] r(Y5_1285_2)
% 251.94/36.24
% 251.94/36.24 [39957] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [40037] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [40037] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [40038] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [40038] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [40039] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [40040] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [40039] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [40040] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [15582] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [15914] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [15914] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [15917] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [15917] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [15918] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [15919] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [15919] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [15918] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [17739] ~q(X6_1211_3)
% 251.94/36.24
% 251.94/36.24 [17739] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [19101] r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [19101] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39460] ~! [Y7_7] : ((q(X6_1211_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39460] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1211_3) <=> q(Y7_7)))
% 251.94/36.24 -> [39461] ~(q(X6_1211_3) <=> q(skolem_Y77(X6_1211_3)))
% 251.94/36.24
% 251.94/36.24 [39461] BETA_NOT_EQUIV : ~(q(X6_1211_3) <=> q(skolem_Y77(X6_1211_3)))
% 251.94/36.24 -> [39462] ~q(X6_1211_3), q(skolem_Y77(X6_1211_3))
% 251.94/36.24 -> [39463] q(X6_1211_3), ~q(skolem_Y77(X6_1211_3))
% 251.94/36.24
% 251.94/36.24 [39463] CLOSURE : q(X6_1211_3)
% 251.94/36.24
% 251.94/36.24 [39462] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [40082] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [40082] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.24 -> [40083] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24
% 251.94/36.24 [40083] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.24 -> [40084] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.24 -> [40085] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [40085] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.24
% 251.94/36.24 [40084] CLOSURE : ~r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [15393] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [15399] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [15399] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [15400] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [15401] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [15400] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [15592] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [15592] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [16648] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [16648] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [16649] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [16649] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [16650] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [16651] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [16651] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [16650] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [18730] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [18730] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [39503] r(Y5_1266_2)
% 251.94/36.24
% 251.94/36.24 [39503] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39597] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39597] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [39598] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [39598] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [39599] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [39600] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39599] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [39600] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [15401] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [15407] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [15407] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [15935] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [15935] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [15936] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [15936] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [15937] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [15938] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [15938] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [15937] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [19111] ~q(X6_1218_3)
% 251.94/36.24
% 251.94/36.24 [19111] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [39549] r(Y5_1267_2)
% 251.94/36.24
% 251.94/36.24 [39549] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [39688] ~! [Y7_7] : ((q(X6_1218_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [39688] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1218_3) <=> q(Y7_7)))
% 251.94/36.24 -> [39689] ~(q(X6_1218_3) <=> q(skolem_Y77(X6_1218_3)))
% 251.94/36.24
% 251.94/36.24 [39689] BETA_NOT_EQUIV : ~(q(X6_1218_3) <=> q(skolem_Y77(X6_1218_3)))
% 251.94/36.24 -> [39690] ~q(X6_1218_3), q(skolem_Y77(X6_1218_3))
% 251.94/36.24 -> [39691] q(X6_1218_3), ~q(skolem_Y77(X6_1218_3))
% 251.94/36.24
% 251.94/36.24 [39691] CLOSURE : q(X6_1218_3)
% 251.94/36.24
% 251.94/36.24 [39690] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [40232] ~! [Y11_11] : ((r(X10_1046_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [40232] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1046_4) <=> r(Y11_11)))
% 251.94/36.24 -> [40233] ~(r(X10_1046_4) <=> r(skolem_Y1111(X10_1046_4)))
% 251.94/36.24
% 251.94/36.24 [40233] BETA_NOT_EQUIV : ~(r(X10_1046_4) <=> r(skolem_Y1111(X10_1046_4)))
% 251.94/36.24 -> [40234] ~r(X10_1046_4), r(skolem_Y1111(X10_1046_4))
% 251.94/36.24 -> [40235] r(X10_1046_4), ~r(skolem_Y1111(X10_1046_4))
% 251.94/36.24
% 251.94/36.24 [40234] CLOSURE : ~r(X10_1046_4)
% 251.94/36.24
% 251.94/36.24 [40235] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [41034] s(skolem_X1414)
% 251.94/36.24
% 251.94/36.24 [41034] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24 -> [41087] (s(skolem_X1414) <=> s(Y15_318_6))
% 251.94/36.24
% 251.94/36.24 [41087] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_318_6))
% 251.94/36.24 -> [41088] ~s(skolem_X1414), ~s(Y15_318_6)
% 251.94/36.24 -> [41089] s(skolem_X1414), s(Y15_318_6)
% 251.94/36.24
% 251.94/36.24 [41089] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [41151] q(Y17_155_7)
% 251.94/36.24
% 251.94/36.24 [41151] CLOSURE : q(Y17_155_7)
% 251.94/36.24
% 251.94/36.24 [41088] CLOSURE : ~s(Y15_318_6)
% 251.94/36.24
% 251.94/36.24 [1241] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [1243] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [1243] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.24 -> [1244] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [1245] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.24
% 251.94/36.24 [1245] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [1256] r(skolem_X88)
% 251.94/36.24
% 251.94/36.24 [1256] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24 -> [1257] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [1258] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24
% 251.94/36.24 [1258] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [1268] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [1269] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [1268] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [7830] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [7830] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [7831] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [7832] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [7831] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [8148] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8149] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [8148] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [8536] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [8536] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [8537] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [8537] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [8538] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [8539] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [8539] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [8538] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [10637] ~q(skolem_Y77(X6_786_3))
% 251.94/36.24
% 251.94/36.24 [10637] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12440] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [12440] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [25589] ~! [Y7_7] : ((q(X6_786_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [25589] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_786_3) <=> q(Y7_7)))
% 251.94/36.24 -> [25590] ~(q(X6_786_3) <=> q(skolem_Y77(X6_786_3)))
% 251.94/36.24
% 251.94/36.24 [25590] BETA_NOT_EQUIV : ~(q(X6_786_3) <=> q(skolem_Y77(X6_786_3)))
% 251.94/36.24 -> [25591] ~q(X6_786_3), q(skolem_Y77(X6_786_3))
% 251.94/36.24 -> [25592] q(X6_786_3), ~q(skolem_Y77(X6_786_3))
% 251.94/36.24
% 251.94/36.24 [25591] CLOSURE : q(skolem_Y77(X6_786_3))
% 251.94/36.24
% 251.94/36.24 [25592] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [26157] (r(skolem_X1010) <=> r(Y11_573_4))
% 251.94/36.24
% 251.94/36.24 [26157] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_573_4))
% 251.94/36.24 -> [26159] ~r(skolem_X1010), ~r(Y11_573_4)
% 251.94/36.24 -> [26160] r(skolem_X1010), r(Y11_573_4)
% 251.94/36.24
% 251.94/36.24 [26159] CLOSURE : ~r(Y11_573_4)
% 251.94/36.24
% 251.94/36.24 [26160] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [26264] s(Y9_285_5)
% 251.94/36.24
% 251.94/36.24 [26264] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [26309] ~s(X12_272_6)
% 251.94/36.24
% 251.94/36.24 [26309] CLOSURE : ~s(X12_272_6)
% 251.94/36.24
% 251.94/36.24 [8149] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [8152] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [8152] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8914] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8914] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [10221] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [10221] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [10222] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [10222] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [10223] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [10224] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [10224] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [10223] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [26050] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [26050] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [26185] r(Y5_984_2)
% 251.94/36.24
% 251.94/36.24 [26185] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [26288] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [26288] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [26289] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [26289] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [26290] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [26291] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [26290] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [26291] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [7832] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [8162] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [8162] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [8163] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8164] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [8163] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8550] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8550] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [8551] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [8551] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [8552] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [8552] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [8553] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [8554] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [8554] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [8553] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [11307] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [11307] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [25513] r(Y5_967_2)
% 251.94/36.24
% 251.94/36.24 [25513] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [25606] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [25606] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [25607] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [25607] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [25608] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [25609] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [25608] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [25609] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8164] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [8169] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [8169] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [8929] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [8929] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [8930] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [8930] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [8931] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [8932] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [8932] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [8931] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [29790] ~q(X6_904_3)
% 251.94/36.24
% 251.94/36.24 [29790] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [29808] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [29808] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [29826] ~! [Y7_7] : ((q(X6_904_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [29826] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_904_3) <=> q(Y7_7)))
% 251.94/36.24 -> [29828] ~(q(X6_904_3) <=> q(skolem_Y77(X6_904_3)))
% 251.94/36.24
% 251.94/36.24 [29828] BETA_NOT_EQUIV : ~(q(X6_904_3) <=> q(skolem_Y77(X6_904_3)))
% 251.94/36.24 -> [29831] ~q(X6_904_3), q(skolem_Y77(X6_904_3))
% 251.94/36.24 -> [29832] q(X6_904_3), ~q(skolem_Y77(X6_904_3))
% 251.94/36.24
% 251.94/36.24 [29832] CLOSURE : q(X6_904_3)
% 251.94/36.24
% 251.94/36.24 [29831] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [29862] (r(skolem_X1010) <=> r(Y11_673_4))
% 251.94/36.24
% 251.94/36.24 [29862] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_673_4))
% 251.94/36.24 -> [29863] ~r(skolem_X1010), ~r(Y11_673_4)
% 251.94/36.24 -> [29864] r(skolem_X1010), r(Y11_673_4)
% 251.94/36.24
% 251.94/36.24 [29863] CLOSURE : ~r(Y11_673_4)
% 251.94/36.24
% 251.94/36.24 [29864] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [29872] s(Y9_366_5)
% 251.94/36.24
% 251.94/36.24 [29872] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [29875] ~s(X12_371_6)
% 251.94/36.24
% 251.94/36.24 [29875] CLOSURE : ~s(X12_371_6)
% 251.94/36.24
% 251.94/36.24 [1269] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [1271] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [1271] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [8085] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [8086] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [8085] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [8370] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8371] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [8370] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [8618] ~! [Y3_3] : ((p(X2_349_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [8618] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_349_0) <=> p(Y3_3)))
% 251.94/36.24 -> [8620] ~(p(X2_349_0) <=> p(skolem_Y33(X2_349_0)))
% 251.94/36.24
% 251.94/36.24 [8620] BETA_NOT_EQUIV : ~(p(X2_349_0) <=> p(skolem_Y33(X2_349_0)))
% 251.94/36.24 -> [8623] ~p(X2_349_0), p(skolem_Y33(X2_349_0))
% 251.94/36.24 -> [8624] p(X2_349_0), ~p(skolem_Y33(X2_349_0))
% 251.94/36.24
% 251.94/36.24 [8623] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [9840] ~q(X6_231_3)
% 251.94/36.24
% 251.94/36.24 [9840] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [10857] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [10857] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [12198] ~! [Y7_7] : ((q(X6_231_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [12198] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_231_3) <=> q(Y7_7)))
% 251.94/36.24 -> [12199] ~(q(X6_231_3) <=> q(skolem_Y77(X6_231_3)))
% 251.94/36.24
% 251.94/36.24 [12199] BETA_NOT_EQUIV : ~(q(X6_231_3) <=> q(skolem_Y77(X6_231_3)))
% 251.94/36.24 -> [12200] ~q(X6_231_3), q(skolem_Y77(X6_231_3))
% 251.94/36.24 -> [12201] q(X6_231_3), ~q(skolem_Y77(X6_231_3))
% 251.94/36.24
% 251.94/36.24 [12201] CLOSURE : q(X6_231_3)
% 251.94/36.24
% 251.94/36.24 [12200] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [34525] (r(skolem_X1010) <=> r(Y11_859_4))
% 251.94/36.24
% 251.94/36.24 [34525] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_859_4))
% 251.94/36.24 -> [34526] ~r(skolem_X1010), ~r(Y11_859_4)
% 251.94/36.24 -> [34527] r(skolem_X1010), r(Y11_859_4)
% 251.94/36.24
% 251.94/36.24 [34526] CLOSURE : ~r(Y11_859_4)
% 251.94/36.24
% 251.94/36.24 [34527] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [34562] s(Y9_468_5)
% 251.94/36.24
% 251.94/36.24 [34562] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [34585] p(Y13_413_6)
% 251.94/36.24
% 251.94/36.24 [34585] CLOSURE : p(Y13_413_6)
% 251.94/36.24
% 251.94/36.24 [8624] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [9537] ~q(X6_232_3)
% 251.94/36.24
% 251.94/36.24 [9537] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [10864] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [10864] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [12203] ~! [Y7_7] : ((q(X6_232_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [12203] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_232_3) <=> q(Y7_7)))
% 251.94/36.24 -> [12204] ~(q(X6_232_3) <=> q(skolem_Y77(X6_232_3)))
% 251.94/36.24
% 251.94/36.24 [12204] BETA_NOT_EQUIV : ~(q(X6_232_3) <=> q(skolem_Y77(X6_232_3)))
% 251.94/36.24 -> [12205] ~q(X6_232_3), q(skolem_Y77(X6_232_3))
% 251.94/36.24 -> [12206] q(X6_232_3), ~q(skolem_Y77(X6_232_3))
% 251.94/36.24
% 251.94/36.24 [12206] CLOSURE : q(X6_232_3)
% 251.94/36.24
% 251.94/36.24 [12205] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [34600] (r(skolem_X1010) <=> r(Y11_861_4))
% 251.94/36.24
% 251.94/36.24 [34600] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_861_4))
% 251.94/36.24 -> [34601] ~r(skolem_X1010), ~r(Y11_861_4)
% 251.94/36.24 -> [34602] r(skolem_X1010), r(Y11_861_4)
% 251.94/36.24
% 251.94/36.24 [34601] CLOSURE : ~r(Y11_861_4)
% 251.94/36.24
% 251.94/36.24 [34602] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [34624] s(Y9_474_5)
% 251.94/36.24
% 251.94/36.24 [34624] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [34632] p(Y13_415_6)
% 251.94/36.24
% 251.94/36.24 [34632] CLOSURE : p(Y13_415_6)
% 251.94/36.24
% 251.94/36.24 [8371] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [8377] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [8377] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8900] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8900] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [9851] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [9851] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [9853] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [9853] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [9855] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [9856] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [9855] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [9856] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [11372] ~q(X6_320_3)
% 251.94/36.24
% 251.94/36.24 [11372] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12619] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [12619] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [13906] ~! [Y7_7] : ((q(X6_320_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [13906] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_320_3) <=> q(Y7_7)))
% 251.94/36.24 -> [13907] ~(q(X6_320_3) <=> q(skolem_Y77(X6_320_3)))
% 251.94/36.24
% 251.94/36.24 [13907] BETA_NOT_EQUIV : ~(q(X6_320_3) <=> q(skolem_Y77(X6_320_3)))
% 251.94/36.24 -> [13910] ~q(X6_320_3), q(skolem_Y77(X6_320_3))
% 251.94/36.24 -> [13911] q(X6_320_3), ~q(skolem_Y77(X6_320_3))
% 251.94/36.24
% 251.94/36.24 [13911] CLOSURE : q(X6_320_3)
% 251.94/36.24
% 251.94/36.24 [13910] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [35056] (r(skolem_X1010) <=> r(Y11_870_4))
% 251.94/36.24
% 251.94/36.24 [35056] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_870_4))
% 251.94/36.24 -> [35057] ~r(skolem_X1010), ~r(Y11_870_4)
% 251.94/36.24 -> [35058] r(skolem_X1010), r(Y11_870_4)
% 251.94/36.24
% 251.94/36.24 [35057] CLOSURE : ~r(Y11_870_4)
% 251.94/36.24
% 251.94/36.24 [35058] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [35079] s(Y9_484_5)
% 251.94/36.24
% 251.94/36.24 [35079] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [35106] p(Y13_423_6)
% 251.94/36.24
% 251.94/36.24 [35106] CLOSURE : p(Y13_423_6)
% 251.94/36.24
% 251.94/36.24 [8086] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [8090] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [8090] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [8094] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8095] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [8094] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8381] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8381] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [9556] ~! [Y3_3] : ((p(X2_400_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [9556] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_400_0) <=> p(Y3_3)))
% 251.94/36.24 -> [9558] ~(p(X2_400_0) <=> p(skolem_Y33(X2_400_0)))
% 251.94/36.24
% 251.94/36.24 [9558] BETA_NOT_EQUIV : ~(p(X2_400_0) <=> p(skolem_Y33(X2_400_0)))
% 251.94/36.24 -> [9562] ~p(X2_400_0), p(skolem_Y33(X2_400_0))
% 251.94/36.24 -> [9563] p(X2_400_0), ~p(skolem_Y33(X2_400_0))
% 251.94/36.24
% 251.94/36.24 [9563] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [10896] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [10896] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12238] r(Y5_462_2)
% 251.94/36.24
% 251.94/36.24 [12238] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [13442] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [13442] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [13443] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [13443] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [13444] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [13445] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13444] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13445] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [9562] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [11376] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [11376] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12620] r(Y5_484_2)
% 251.94/36.24
% 251.94/36.24 [12620] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [13922] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [13922] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [13924] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [13924] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [13927] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [13928] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13927] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13928] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8095] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [8100] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [8100] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [8639] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [8639] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [8640] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [8640] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [8641] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [8642] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [8641] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [8642] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [9572] ~q(X6_216_3)
% 251.94/36.24
% 251.94/36.24 [9572] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [10466] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [10466] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [11810] ~! [Y7_7] : ((q(X6_216_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [11810] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_216_3) <=> q(Y7_7)))
% 251.94/36.24 -> [11811] ~(q(X6_216_3) <=> q(skolem_Y77(X6_216_3)))
% 251.94/36.24
% 251.94/36.24 [11811] BETA_NOT_EQUIV : ~(q(X6_216_3) <=> q(skolem_Y77(X6_216_3)))
% 251.94/36.24 -> [11812] ~q(X6_216_3), q(skolem_Y77(X6_216_3))
% 251.94/36.24 -> [11813] q(X6_216_3), ~q(skolem_Y77(X6_216_3))
% 251.94/36.24
% 251.94/36.24 [11813] CLOSURE : q(X6_216_3)
% 251.94/36.24
% 251.94/36.24 [11812] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [35451] (r(skolem_X1010) <=> r(Y11_889_4))
% 251.94/36.24
% 251.94/36.24 [35451] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_889_4))
% 251.94/36.24 -> [35452] ~r(skolem_X1010), ~r(Y11_889_4)
% 251.94/36.24 -> [35453] r(skolem_X1010), r(Y11_889_4)
% 251.94/36.24
% 251.94/36.24 [35452] CLOSURE : ~r(Y11_889_4)
% 251.94/36.24
% 251.94/36.24 [35453] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [35458] s(Y9_499_5)
% 251.94/36.24
% 251.94/36.24 [35458] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [35467] p(Y13_440_6)
% 251.94/36.24
% 251.94/36.24 [35467] CLOSURE : p(Y13_440_6)
% 251.94/36.24
% 251.94/36.24 [1257] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [7805] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [7806] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [7805] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [8146] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [8147] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [8146] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [8595] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8596] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [8596] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [8598] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [8598] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [9539] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [9539] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [9545] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [9545] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [9546] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [9547] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [9546] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [9547] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [11105] ~q(skolem_Y77(X6_270_3))
% 251.94/36.24
% 251.94/36.24 [11105] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12329] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [12329] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [13111] ~! [Y7_7] : ((q(X6_270_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [13111] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_270_3) <=> q(Y7_7)))
% 251.94/36.24 -> [13113] ~(q(X6_270_3) <=> q(skolem_Y77(X6_270_3)))
% 251.94/36.24
% 251.94/36.24 [13113] BETA_NOT_EQUIV : ~(q(X6_270_3) <=> q(skolem_Y77(X6_270_3)))
% 251.94/36.24 -> [13116] ~q(X6_270_3), q(skolem_Y77(X6_270_3))
% 251.94/36.24 -> [13117] q(X6_270_3), ~q(skolem_Y77(X6_270_3))
% 251.94/36.24
% 251.94/36.24 [13116] CLOSURE : q(skolem_Y77(X6_270_3))
% 251.94/36.24
% 251.94/36.24 [13117] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [22432] (r(skolem_X1010) <=> r(Y11_411_4))
% 251.94/36.24
% 251.94/36.24 [22432] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_411_4))
% 251.94/36.24 -> [22434] ~r(skolem_X1010), ~r(Y11_411_4)
% 251.94/36.24 -> [22435] r(skolem_X1010), r(Y11_411_4)
% 251.94/36.24
% 251.94/36.24 [22434] CLOSURE : ~r(Y11_411_4)
% 251.94/36.24
% 251.94/36.24 [22435] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [22924] s(Y9_164_5)
% 251.94/36.24
% 251.94/36.24 [22924] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [23217] ~s(X12_158_6)
% 251.94/36.24
% 251.94/36.24 [23217] CLOSURE : ~s(X12_158_6)
% 251.94/36.24
% 251.94/36.24 [8595] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [9057] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [9057] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [9060] ~! [Y3_3] : ((p(X2_368_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [9060] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_368_0) <=> p(Y3_3)))
% 251.94/36.24 -> [9061] ~(p(X2_368_0) <=> p(skolem_Y33(X2_368_0)))
% 251.94/36.24
% 251.94/36.24 [9061] BETA_NOT_EQUIV : ~(p(X2_368_0) <=> p(skolem_Y33(X2_368_0)))
% 251.94/36.24 -> [9063] ~p(X2_368_0), p(skolem_Y33(X2_368_0))
% 251.94/36.24 -> [9064] p(X2_368_0), ~p(skolem_Y33(X2_368_0))
% 251.94/36.24
% 251.94/36.24 [9063] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [11724] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [11724] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12621] r(Y5_485_2)
% 251.94/36.24
% 251.94/36.24 [12621] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [13339] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [13339] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [13340] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [13340] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [13341] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [13342] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13341] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13342] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [9064] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [11098] ~q(X6_269_3)
% 251.94/36.24
% 251.94/36.24 [11098] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12321] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [12321] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [13101] ~! [Y7_7] : ((q(X6_269_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [13101] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_269_3) <=> q(Y7_7)))
% 251.94/36.24 -> [13102] ~(q(X6_269_3) <=> q(skolem_Y77(X6_269_3)))
% 251.94/36.24
% 251.94/36.24 [13102] BETA_NOT_EQUIV : ~(q(X6_269_3) <=> q(skolem_Y77(X6_269_3)))
% 251.94/36.24 -> [13103] ~q(X6_269_3), q(skolem_Y77(X6_269_3))
% 251.94/36.24 -> [13104] q(X6_269_3), ~q(skolem_Y77(X6_269_3))
% 251.94/36.24
% 251.94/36.24 [13104] CLOSURE : q(X6_269_3)
% 251.94/36.24
% 251.94/36.24 [13103] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [22921] (r(skolem_X1010) <=> r(Y11_437_4))
% 251.94/36.24
% 251.94/36.24 [22921] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_437_4))
% 251.94/36.24 -> [22922] ~r(skolem_X1010), ~r(Y11_437_4)
% 251.94/36.24 -> [22923] r(skolem_X1010), r(Y11_437_4)
% 251.94/36.24
% 251.94/36.24 [22922] CLOSURE : ~r(Y11_437_4)
% 251.94/36.24
% 251.94/36.24 [22923] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [23289] s(Y9_175_5)
% 251.94/36.24
% 251.94/36.24 [23289] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [23527] ~s(X12_170_6)
% 251.94/36.24
% 251.94/36.24 [23527] CLOSURE : ~s(X12_170_6)
% 251.94/36.24
% 251.94/36.24 [8147] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [8151] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [8151] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [8153] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8154] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [8154] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [8161] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [8161] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [9083] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [9083] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [10483] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [10483] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [10484] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [10484] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [10486] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [10487] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [10486] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [10487] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [12344] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [12344] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [13144] r(Y5_512_2)
% 251.94/36.24
% 251.94/36.24 [13144] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [13889] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [13889] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [13890] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [13890] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [13892] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [13893] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13892] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13893] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8153] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [8604] ~! [Y3_3] : ((p(X2_347_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [8604] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_347_0) <=> p(Y3_3)))
% 251.94/36.24 -> [8605] ~(p(X2_347_0) <=> p(skolem_Y33(X2_347_0)))
% 251.94/36.24
% 251.94/36.24 [8605] BETA_NOT_EQUIV : ~(p(X2_347_0) <=> p(skolem_Y33(X2_347_0)))
% 251.94/36.24 -> [8606] ~p(X2_347_0), p(skolem_Y33(X2_347_0))
% 251.94/36.24 -> [8607] p(X2_347_0), ~p(skolem_Y33(X2_347_0))
% 251.94/36.24
% 251.94/36.24 [8607] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [10024] ~q(X6_247_3)
% 251.94/36.24
% 251.94/36.24 [10024] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [11730] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [11730] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [12639] ~! [Y7_7] : ((q(X6_247_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [12639] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_247_3) <=> q(Y7_7)))
% 251.94/36.24 -> [12640] ~(q(X6_247_3) <=> q(skolem_Y77(X6_247_3)))
% 251.94/36.24
% 251.94/36.24 [12640] BETA_NOT_EQUIV : ~(q(X6_247_3) <=> q(skolem_Y77(X6_247_3)))
% 251.94/36.24 -> [12641] ~q(X6_247_3), q(skolem_Y77(X6_247_3))
% 251.94/36.24 -> [12642] q(X6_247_3), ~q(skolem_Y77(X6_247_3))
% 251.94/36.24
% 251.94/36.24 [12642] CLOSURE : q(X6_247_3)
% 251.94/36.24
% 251.94/36.24 [12641] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [36995] (r(skolem_X1010) <=> r(Y11_960_4))
% 251.94/36.24
% 251.94/36.24 [36995] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_960_4))
% 251.94/36.24 -> [36996] ~r(skolem_X1010), ~r(Y11_960_4)
% 251.94/36.24 -> [36997] r(skolem_X1010), r(Y11_960_4)
% 251.94/36.24
% 251.94/36.24 [36996] CLOSURE : ~r(Y11_960_4)
% 251.94/36.24
% 251.94/36.24 [36997] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [37074] s(Y9_553_5)
% 251.94/36.24
% 251.94/36.24 [37074] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [37119] ~s(X12_565_6)
% 251.94/36.24
% 251.94/36.24 [37119] CLOSURE : ~s(X12_565_6)
% 251.94/36.24
% 251.94/36.24 [8606] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [10474] ~q(X6_260_3)
% 251.94/36.24
% 251.94/36.24 [10474] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12060] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [12060] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [12893] ~! [Y7_7] : ((q(X6_260_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [12893] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_260_3) <=> q(Y7_7)))
% 251.94/36.24 -> [12894] ~(q(X6_260_3) <=> q(skolem_Y77(X6_260_3)))
% 251.94/36.24
% 251.94/36.24 [12894] BETA_NOT_EQUIV : ~(q(X6_260_3) <=> q(skolem_Y77(X6_260_3)))
% 251.94/36.24 -> [12895] ~q(X6_260_3), q(skolem_Y77(X6_260_3))
% 251.94/36.24 -> [12896] q(X6_260_3), ~q(skolem_Y77(X6_260_3))
% 251.94/36.24
% 251.94/36.24 [12896] CLOSURE : q(X6_260_3)
% 251.94/36.24
% 251.94/36.24 [12895] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [37101] (r(skolem_X1010) <=> r(Y11_968_4))
% 251.94/36.24
% 251.94/36.24 [37101] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_968_4))
% 251.94/36.24 -> [37104] ~r(skolem_X1010), ~r(Y11_968_4)
% 251.94/36.24 -> [37105] r(skolem_X1010), r(Y11_968_4)
% 251.94/36.24
% 251.94/36.24 [37104] CLOSURE : ~r(Y11_968_4)
% 251.94/36.24
% 251.94/36.24 [37105] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [37214] s(Y9_558_5)
% 251.94/36.24
% 251.94/36.24 [37214] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [37270] ~s(X12_570_6)
% 251.94/36.24
% 251.94/36.24 [37270] CLOSURE : ~s(X12_570_6)
% 251.94/36.24
% 251.94/36.24 [7806] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [7809] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [7809] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [8632] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [8632] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [10035] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [10036] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [10035] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [10495] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [10496] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [10496] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [10500] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [10500] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [11738] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [11738] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [11739] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [11739] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [11740] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [11741] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [11741] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [11740] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [14269] ~q(X6_452_3)
% 251.94/36.24
% 251.94/36.24 [14269] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [15302] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [15302] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [16446] ~! [Y7_7] : ((q(X6_452_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [16446] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_452_3) <=> q(Y7_7)))
% 251.94/36.24 -> [16447] ~(q(X6_452_3) <=> q(skolem_Y77(X6_452_3)))
% 251.94/36.24
% 251.94/36.24 [16447] BETA_NOT_EQUIV : ~(q(X6_452_3) <=> q(skolem_Y77(X6_452_3)))
% 251.94/36.24 -> [16448] ~q(X6_452_3), q(skolem_Y77(X6_452_3))
% 251.94/36.24 -> [16449] q(X6_452_3), ~q(skolem_Y77(X6_452_3))
% 251.94/36.24
% 251.94/36.24 [16449] CLOSURE : q(X6_452_3)
% 251.94/36.24
% 251.94/36.24 [16448] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [37197] (r(skolem_X1010) <=> r(Y11_977_4))
% 251.94/36.24
% 251.94/36.24 [37197] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_977_4))
% 251.94/36.24 -> [37198] ~r(skolem_X1010), ~r(Y11_977_4)
% 251.94/36.24 -> [37199] r(skolem_X1010), r(Y11_977_4)
% 251.94/36.24
% 251.94/36.24 [37198] CLOSURE : ~r(Y11_977_4)
% 251.94/36.24
% 251.94/36.24 [37199] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [37209] s(skolem_Y1515(skolem_X1212))
% 251.94/36.24
% 251.94/36.24 [37209] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [37225] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [37225] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.24 -> [37226] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.24
% 251.94/36.24 [37226] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.24 -> [37227] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.24 -> [37228] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.24
% 251.94/36.24 [37228] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.24
% 251.94/36.24 [37227] CLOSURE : ~s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [10495] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [11123] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [11123] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [12347] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [12347] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [12348] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [12348] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [12349] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [12350] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [12350] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [12349] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [13901] ~q(X6_449_3)
% 251.94/36.24
% 251.94/36.24 [13901] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [14898] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [14898] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [16426] ~! [Y7_7] : ((q(X6_449_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [16426] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_449_3) <=> q(Y7_7)))
% 251.94/36.24 -> [16429] ~(q(X6_449_3) <=> q(skolem_Y77(X6_449_3)))
% 251.94/36.24
% 251.94/36.24 [16429] BETA_NOT_EQUIV : ~(q(X6_449_3) <=> q(skolem_Y77(X6_449_3)))
% 251.94/36.24 -> [16430] ~q(X6_449_3), q(skolem_Y77(X6_449_3))
% 251.94/36.24 -> [16431] q(X6_449_3), ~q(skolem_Y77(X6_449_3))
% 251.94/36.24
% 251.94/36.24 [16431] CLOSURE : q(X6_449_3)
% 251.94/36.24
% 251.94/36.24 [16430] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [37272] (r(skolem_X1010) <=> r(Y11_982_4))
% 251.94/36.24
% 251.94/36.24 [37272] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_982_4))
% 251.94/36.24 -> [37273] ~r(skolem_X1010), ~r(Y11_982_4)
% 251.94/36.24 -> [37274] r(skolem_X1010), r(Y11_982_4)
% 251.94/36.24
% 251.94/36.24 [37273] CLOSURE : ~r(Y11_982_4)
% 251.94/36.24
% 251.94/36.24 [37274] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [37575] s(skolem_Y1515(skolem_X1212))
% 251.94/36.24
% 251.94/36.24 [37575] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [37584] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [37584] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.24 -> [37585] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.24
% 251.94/36.24 [37585] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.24 -> [37586] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.24 -> [37587] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.24
% 251.94/36.24 [37587] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.24
% 251.94/36.24 [37586] CLOSURE : ~s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [10036] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [10046] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [10046] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [10047] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [10048] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [10047] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [10503] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [10503] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [10504] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [10504] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [10505] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [10506] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [10506] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [10505] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [12654] ~q(skolem_Y77(X6_345_3))
% 251.94/36.24
% 251.94/36.24 [12654] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [13364] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [13364] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [14272] ~! [Y7_7] : ((q(X6_345_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [14272] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_345_3) <=> q(Y7_7)))
% 251.94/36.24 -> [14273] ~(q(X6_345_3) <=> q(skolem_Y77(X6_345_3)))
% 251.94/36.24
% 251.94/36.24 [14273] BETA_NOT_EQUIV : ~(q(X6_345_3) <=> q(skolem_Y77(X6_345_3)))
% 251.94/36.24 -> [14274] ~q(X6_345_3), q(skolem_Y77(X6_345_3))
% 251.94/36.24 -> [14275] q(X6_345_3), ~q(skolem_Y77(X6_345_3))
% 251.94/36.24
% 251.94/36.24 [14274] CLOSURE : q(skolem_Y77(X6_345_3))
% 251.94/36.24
% 251.94/36.24 [14275] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [37210] (r(skolem_X1010) <=> r(Y11_979_4))
% 251.94/36.24
% 251.94/36.24 [37210] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_979_4))
% 251.94/36.24 -> [37211] ~r(skolem_X1010), ~r(Y11_979_4)
% 251.94/36.24 -> [37212] r(skolem_X1010), r(Y11_979_4)
% 251.94/36.24
% 251.94/36.24 [37211] CLOSURE : ~r(Y11_979_4)
% 251.94/36.24
% 251.94/36.24 [37212] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [37229] s(skolem_X1414)
% 251.94/36.24
% 251.94/36.24 [37229] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24 -> [37239] (s(skolem_X1414) <=> s(Y15_255_6))
% 251.94/36.24
% 251.94/36.24 [37239] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_255_6))
% 251.94/36.24 -> [37240] ~s(skolem_X1414), ~s(Y15_255_6)
% 251.94/36.24 -> [37241] s(skolem_X1414), s(Y15_255_6)
% 251.94/36.24
% 251.94/36.24 [37240] CLOSURE : ~s(Y15_255_6)
% 251.94/36.24
% 251.94/36.24 [37241] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [37259] ~p(X16_163_7)
% 251.94/36.24
% 251.94/36.24 [37259] CLOSURE : ~p(X16_163_7)
% 251.94/36.24
% 251.94/36.24 [10048] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [10053] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [10053] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [11139] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [11139] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [12382] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [12382] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [12383] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [12383] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [12384] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [12385] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [12385] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [12384] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [36998] ~q(X6_1128_3)
% 251.94/36.24
% 251.94/36.24 [36998] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [37080] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [37080] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [37134] ~! [Y7_7] : ((q(X6_1128_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [37134] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1128_3) <=> q(Y7_7)))
% 251.94/36.24 -> [37135] ~(q(X6_1128_3) <=> q(skolem_Y77(X6_1128_3)))
% 251.94/36.24
% 251.94/36.24 [37135] BETA_NOT_EQUIV : ~(q(X6_1128_3) <=> q(skolem_Y77(X6_1128_3)))
% 251.94/36.24 -> [37136] ~q(X6_1128_3), q(skolem_Y77(X6_1128_3))
% 251.94/36.24 -> [37137] q(X6_1128_3), ~q(skolem_Y77(X6_1128_3))
% 251.94/36.24
% 251.94/36.24 [37137] CLOSURE : q(X6_1128_3)
% 251.94/36.24
% 251.94/36.24 [37136] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [37469] (r(skolem_X1010) <=> r(Y11_994_4))
% 251.94/36.24
% 251.94/36.24 [37469] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_994_4))
% 251.94/36.24 -> [37470] ~r(skolem_X1010), ~r(Y11_994_4)
% 251.94/36.24 -> [37471] r(skolem_X1010), r(Y11_994_4)
% 251.94/36.24
% 251.94/36.24 [37470] CLOSURE : ~r(Y11_994_4)
% 251.94/36.24
% 251.94/36.24 [37471] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [37522] s(skolem_X1414)
% 251.94/36.24
% 251.94/36.24 [37522] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24 -> [37577] (s(skolem_X1414) <=> s(Y15_259_6))
% 251.94/36.24
% 251.94/36.24 [37577] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_259_6))
% 251.94/36.24 -> [37578] ~s(skolem_X1414), ~s(Y15_259_6)
% 251.94/36.24 -> [37579] s(skolem_X1414), s(Y15_259_6)
% 251.94/36.24
% 251.94/36.24 [37578] CLOSURE : ~s(Y15_259_6)
% 251.94/36.24
% 251.94/36.24 [37579] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [37661] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24
% 251.94/36.24 [37661] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [37662] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [37662] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [37663] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [37663] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [37664] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [37665] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [37664] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [37665] : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [37763] ~? [X4_4] : (q(X4_4))
% 251.94/36.24
% 251.94/36.24 [37763] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [37766] ~q(X4_1244_1)
% 251.94/36.24
% 251.94/36.24 [37766] CLOSURE : ~q(X4_1244_1)
% 251.94/36.24
% 251.94/36.24 [1244] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [2100] ~s(skolem_Y99)
% 251.94/36.24
% 251.94/36.24 [2100] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24 -> [2101] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [2102] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24
% 251.94/36.24 [2101] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [2750] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [2751] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [2750] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [3614] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [3615] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [3614] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [4061] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [4062] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [4061] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [4762] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [4762] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [4763] ~! [Y3_3] : ((p(X2_169_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [4763] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_169_0) <=> p(Y3_3)))
% 251.94/36.24 -> [4764] ~(p(X2_169_0) <=> p(skolem_Y33(X2_169_0)))
% 251.94/36.24
% 251.94/36.24 [4764] BETA_NOT_EQUIV : ~(p(X2_169_0) <=> p(skolem_Y33(X2_169_0)))
% 251.94/36.24 -> [4765] ~p(X2_169_0), p(skolem_Y33(X2_169_0))
% 251.94/36.24 -> [4766] p(X2_169_0), ~p(skolem_Y33(X2_169_0))
% 251.94/36.24
% 251.94/36.24 [4765] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [5964] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [5964] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [5965] r(Y5_157_2)
% 251.94/36.24
% 251.94/36.24 [5965] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [28528] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [28528] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [28530] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [28530] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [28531] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [28532] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [28531] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [28532] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [4766] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [5263] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [5263] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [5264] r(Y5_140_2)
% 251.94/36.24
% 251.94/36.24 [5264] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [28567] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [28567] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [28568] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [28568] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [28571] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [28572] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [28571] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [28572] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [4062] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [4065] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [4065] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [4067] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [4067] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [4068] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [4068] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [4069] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [4070] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [4069] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [4070] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [5273] ~q(X6_196_3)
% 251.94/36.24
% 251.94/36.24 [5273] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [5278] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [5278] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [11224] ~! [Y7_7] : ((q(X6_196_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [11224] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_196_3) <=> q(Y7_7)))
% 251.94/36.24 -> [11225] ~(q(X6_196_3) <=> q(skolem_Y77(X6_196_3)))
% 251.94/36.24
% 251.94/36.24 [11225] BETA_NOT_EQUIV : ~(q(X6_196_3) <=> q(skolem_Y77(X6_196_3)))
% 251.94/36.24 -> [11228] ~q(X6_196_3), q(skolem_Y77(X6_196_3))
% 251.94/36.24 -> [11229] q(X6_196_3), ~q(skolem_Y77(X6_196_3))
% 251.94/36.24
% 251.94/36.24 [11229] CLOSURE : q(X6_196_3)
% 251.94/36.24
% 251.94/36.24 [11228] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [35342] (r(skolem_X1010) <=> r(Y11_884_4))
% 251.94/36.24
% 251.94/36.24 [35342] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_884_4))
% 251.94/36.24 -> [35343] ~r(skolem_X1010), ~r(Y11_884_4)
% 251.94/36.24 -> [35344] r(skolem_X1010), r(Y11_884_4)
% 251.94/36.24
% 251.94/36.24 [35343] CLOSURE : ~r(Y11_884_4)
% 251.94/36.24
% 251.94/36.24 [35344] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [35348] ~r(X8_933_5)
% 251.94/36.24
% 251.94/36.24 [35348] CLOSURE : ~r(X8_933_5)
% 251.94/36.24
% 251.94/36.24 [3615] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [3616] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [3616] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [3617] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [3618] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [3617] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [4076] ~! [Y3_3] : ((p(X2_142_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [4076] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_142_0) <=> p(Y3_3)))
% 251.94/36.24 -> [4077] ~(p(X2_142_0) <=> p(skolem_Y33(X2_142_0)))
% 251.94/36.24
% 251.94/36.24 [4077] BETA_NOT_EQUIV : ~(p(X2_142_0) <=> p(skolem_Y33(X2_142_0)))
% 251.94/36.24 -> [4078] ~p(X2_142_0), p(skolem_Y33(X2_142_0))
% 251.94/36.24 -> [4079] p(X2_142_0), ~p(skolem_Y33(X2_142_0))
% 251.94/36.24
% 251.94/36.24 [4079] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [4790] ~q(skolem_Y77(X6_79_3))
% 251.94/36.24
% 251.94/36.24 [4790] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [4791] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [4791] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [6585] ~! [Y7_7] : ((q(X6_79_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [6585] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_79_3) <=> q(Y7_7)))
% 251.94/36.24 -> [6586] ~(q(X6_79_3) <=> q(skolem_Y77(X6_79_3)))
% 251.94/36.24
% 251.94/36.24 [6586] BETA_NOT_EQUIV : ~(q(X6_79_3) <=> q(skolem_Y77(X6_79_3)))
% 251.94/36.24 -> [6588] ~q(X6_79_3), q(skolem_Y77(X6_79_3))
% 251.94/36.24 -> [6589] q(X6_79_3), ~q(skolem_Y77(X6_79_3))
% 251.94/36.24
% 251.94/36.24 [6588] CLOSURE : q(skolem_Y77(X6_79_3))
% 251.94/36.24
% 251.94/36.24 [6589] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [28971] (r(skolem_X1010) <=> r(Y11_645_4))
% 251.94/36.24
% 251.94/36.24 [28971] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_645_4))
% 251.94/36.24 -> [28972] ~r(skolem_X1010), ~r(Y11_645_4)
% 251.94/36.24 -> [28973] r(skolem_X1010), r(Y11_645_4)
% 251.94/36.24
% 251.94/36.24 [28972] CLOSURE : ~r(Y11_645_4)
% 251.94/36.24
% 251.94/36.24 [28973] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [28991] ~r(X8_687_5)
% 251.94/36.24
% 251.94/36.24 [28991] CLOSURE : ~r(X8_687_5)
% 251.94/36.24
% 251.94/36.24 [4078] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [5289] ~q(X6_184_3)
% 251.94/36.24
% 251.94/36.24 [5289] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [5293] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [5293] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [10824] ~! [Y7_7] : ((q(X6_184_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [10824] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_184_3) <=> q(Y7_7)))
% 251.94/36.24 -> [10825] ~(q(X6_184_3) <=> q(skolem_Y77(X6_184_3)))
% 251.94/36.24
% 251.94/36.24 [10825] BETA_NOT_EQUIV : ~(q(X6_184_3) <=> q(skolem_Y77(X6_184_3)))
% 251.94/36.24 -> [10826] ~q(X6_184_3), q(skolem_Y77(X6_184_3))
% 251.94/36.24 -> [10827] q(X6_184_3), ~q(skolem_Y77(X6_184_3))
% 251.94/36.24
% 251.94/36.24 [10827] CLOSURE : q(X6_184_3)
% 251.94/36.24
% 251.94/36.24 [10826] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [35358] (r(skolem_X1010) <=> r(Y11_885_4))
% 251.94/36.24
% 251.94/36.24 [35358] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_885_4))
% 251.94/36.24 -> [35359] ~r(skolem_X1010), ~r(Y11_885_4)
% 251.94/36.24 -> [35360] r(skolem_X1010), r(Y11_885_4)
% 251.94/36.24
% 251.94/36.24 [35359] CLOSURE : ~r(Y11_885_4)
% 251.94/36.24
% 251.94/36.24 [35360] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [35378] ~r(X8_935_5)
% 251.94/36.24
% 251.94/36.24 [35378] CLOSURE : ~r(X8_935_5)
% 251.94/36.24
% 251.94/36.24 [3618] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [3620] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [3620] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [3621] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [3621] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [3622] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [3622] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [3623] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [3623] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [3624] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [3625] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [3624] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [3625] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [12309] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [12309] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12311] r(Y5_467_2)
% 251.94/36.24
% 251.94/36.24 [12311] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [13379] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [13379] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [13381] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [13381] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [13382] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [13383] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13382] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [13383] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [2751] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [2754] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [2754] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [2755] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [2755] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [2759] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [2760] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [2759] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [3633] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [3634] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [3634] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [3635] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [3635] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [10083] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [10083] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [10084] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [10084] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [10085] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [10086] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [10086] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [10085] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [22751] ~q(X6_722_3)
% 251.94/36.24
% 251.94/36.24 [22751] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [23188] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [23188] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [23459] ~! [Y7_7] : ((q(X6_722_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [23459] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_722_3) <=> q(Y7_7)))
% 251.94/36.24 -> [23460] ~(q(X6_722_3) <=> q(skolem_Y77(X6_722_3)))
% 251.94/36.24
% 251.94/36.24 [23460] BETA_NOT_EQUIV : ~(q(X6_722_3) <=> q(skolem_Y77(X6_722_3)))
% 251.94/36.24 -> [23461] ~q(X6_722_3), q(skolem_Y77(X6_722_3))
% 251.94/36.24 -> [23462] q(X6_722_3), ~q(skolem_Y77(X6_722_3))
% 251.94/36.24
% 251.94/36.24 [23462] CLOSURE : q(X6_722_3)
% 251.94/36.24
% 251.94/36.24 [23461] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [25001] (r(skolem_X1010) <=> r(Y11_534_4))
% 251.94/36.24
% 251.94/36.24 [25001] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_534_4))
% 251.94/36.24 -> [25002] ~r(skolem_X1010), ~r(Y11_534_4)
% 251.94/36.24 -> [25003] r(skolem_X1010), r(Y11_534_4)
% 251.94/36.24
% 251.94/36.24 [25002] CLOSURE : ~r(Y11_534_4)
% 251.94/36.24
% 251.94/36.24 [25003] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [25295] ~r(X8_481_5)
% 251.94/36.24
% 251.94/36.24 [25295] CLOSURE : ~r(X8_481_5)
% 251.94/36.24
% 251.94/36.24 [3633] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [7525] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [7525] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [7526] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [7526] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [7527] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [7527] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [7528] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [7529] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [7529] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [7528] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [10011] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [10011] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [16473] r(Y5_656_2)
% 251.94/36.24
% 251.94/36.24 [16473] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [17662] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [17662] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [17664] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [17664] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [17665] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [17666] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [17665] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [17666] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [2760] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [2763] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [2763] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [2764] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [2765] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [2764] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [3643] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [3643] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [3644] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [3644] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [3645] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [3646] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [3646] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [3645] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [10549] ~q(X6_917_3)
% 251.94/36.24
% 251.94/36.24 [10549] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12065] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [12065] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [30759] ~! [Y7_7] : ((q(X6_917_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [30759] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_917_3) <=> q(Y7_7)))
% 251.94/36.24 -> [30760] ~(q(X6_917_3) <=> q(skolem_Y77(X6_917_3)))
% 251.94/36.24
% 251.94/36.24 [30760] BETA_NOT_EQUIV : ~(q(X6_917_3) <=> q(skolem_Y77(X6_917_3)))
% 251.94/36.24 -> [30761] ~q(X6_917_3), q(skolem_Y77(X6_917_3))
% 251.94/36.24 -> [30762] q(X6_917_3), ~q(skolem_Y77(X6_917_3))
% 251.94/36.24
% 251.94/36.24 [30762] CLOSURE : q(X6_917_3)
% 251.94/36.24
% 251.94/36.24 [30761] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [30941] (r(skolem_X1010) <=> r(Y11_699_4))
% 251.94/36.24
% 251.94/36.24 [30941] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_699_4))
% 251.94/36.24 -> [30942] ~r(skolem_X1010), ~r(Y11_699_4)
% 251.94/36.24 -> [30943] r(skolem_X1010), r(Y11_699_4)
% 251.94/36.24
% 251.94/36.24 [30942] CLOSURE : ~r(Y11_699_4)
% 251.94/36.24
% 251.94/36.24 [30943] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [30972] ~r(X8_752_5)
% 251.94/36.24
% 251.94/36.24 [30972] CLOSURE : ~r(X8_752_5)
% 251.94/36.24
% 251.94/36.24 [2765] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [2772] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [2772] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [5030] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [5030] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [17265] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [17265] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [17266] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [17266] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [17267] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [17268] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [17268] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [17267] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [40580] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [40580] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [40673] r(Y5_1299_2)
% 251.94/36.24
% 251.94/36.24 [40673] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [40760] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [40760] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [40761] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [40761] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [40762] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [40763] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [40762] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [40763] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [2102] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [2107] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [2108] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [2107] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [2776] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [2776] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [2777] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [2778] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [2778] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [2784] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [2784] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [2785] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [2786] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [2786] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [2793] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [2793] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [3677] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [3677] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [3678] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [3678] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [3679] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [3680] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [3680] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [3679] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [17979] ~q(skolem_Y77(X6_545_3))
% 251.94/36.24
% 251.94/36.24 [17979] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [17980] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [17980] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [18481] ~! [Y7_7] : ((q(X6_545_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [18481] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_545_3) <=> q(Y7_7)))
% 251.94/36.24 -> [18482] ~(q(X6_545_3) <=> q(skolem_Y77(X6_545_3)))
% 251.94/36.24
% 251.94/36.24 [18482] BETA_NOT_EQUIV : ~(q(X6_545_3) <=> q(skolem_Y77(X6_545_3)))
% 251.94/36.24 -> [18483] ~q(X6_545_3), q(skolem_Y77(X6_545_3))
% 251.94/36.24 -> [18484] q(X6_545_3), ~q(skolem_Y77(X6_545_3))
% 251.94/36.24
% 251.94/36.24 [18483] CLOSURE : q(skolem_Y77(X6_545_3))
% 251.94/36.24
% 251.94/36.24 [18484] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [35122] (r(skolem_X1010) <=> r(Y11_873_4))
% 251.94/36.24
% 251.94/36.24 [35122] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_873_4))
% 251.94/36.24 -> [35124] ~r(skolem_X1010), ~r(Y11_873_4)
% 251.94/36.24 -> [35125] r(skolem_X1010), r(Y11_873_4)
% 251.94/36.24
% 251.94/36.24 [35125] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [35157] ~r(X8_918_5)
% 251.94/36.24
% 251.94/36.24 [35157] CLOSURE : ~r(X8_918_5)
% 251.94/36.24
% 251.94/36.24 [35124] CLOSURE : ~r(Y11_873_4)
% 251.94/36.24
% 251.94/36.24 [2785] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [3660] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [3660] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [3661] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [3661] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [3662] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [3662] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [3663] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [3664] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [3664] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [3663] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [5651] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [5651] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [5654] r(Y5_154_2)
% 251.94/36.24
% 251.94/36.24 [5654] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [17965] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [17965] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [17966] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [17966] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [17967] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [17968] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [17967] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [17968] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [2777] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [3657] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [3658] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [3657] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [4112] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [4112] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [4113] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [4113] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [4114] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [4115] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [4115] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [4114] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [5626] ~q(X6_492_3)
% 251.94/36.24
% 251.94/36.24 [5626] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [5627] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [5627] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [17403] ~! [Y7_7] : ((q(X6_492_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [17403] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_492_3) <=> q(Y7_7)))
% 251.94/36.24 -> [17404] ~(q(X6_492_3) <=> q(skolem_Y77(X6_492_3)))
% 251.94/36.24
% 251.94/36.24 [17404] BETA_NOT_EQUIV : ~(q(X6_492_3) <=> q(skolem_Y77(X6_492_3)))
% 251.94/36.24 -> [17405] ~q(X6_492_3), q(skolem_Y77(X6_492_3))
% 251.94/36.24 -> [17406] q(X6_492_3), ~q(skolem_Y77(X6_492_3))
% 251.94/36.24
% 251.94/36.24 [17406] CLOSURE : q(X6_492_3)
% 251.94/36.24
% 251.94/36.24 [17405] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [32684] (r(skolem_X1010) <=> r(Y11_795_4))
% 251.94/36.24
% 251.94/36.24 [32684] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_795_4))
% 251.94/36.24 -> [32685] ~r(skolem_X1010), ~r(Y11_795_4)
% 251.94/36.24 -> [32686] r(skolem_X1010), r(Y11_795_4)
% 251.94/36.24
% 251.94/36.24 [32685] CLOSURE : ~r(Y11_795_4)
% 251.94/36.24
% 251.94/36.24 [32686] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [32733] ~r(X8_826_5)
% 251.94/36.24
% 251.94/36.24 [32733] CLOSURE : ~r(X8_826_5)
% 251.94/36.24
% 251.94/36.24 [3658] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [3659] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [3659] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [4120] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [4120] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [4121] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [4121] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [4122] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [4122] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [4123] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [4124] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [4124] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [4123] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [18757] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [18757] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [18758] r(Y5_779_2)
% 251.94/36.24
% 251.94/36.24 [18758] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [19619] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [19619] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [19620] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [19620] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [19621] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [19622] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [19621] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [19622] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [2108] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [2111] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [2111] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [2112] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [2113] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [2112] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [2796] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [2797] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [2797] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [2800] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [2800] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [4144] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [4144] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [6334] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [6334] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [6335] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [6335] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [6336] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [6337] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [6337] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [21980] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [21980] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [26039] r(Y5_979_2)
% 251.94/36.24
% 251.94/36.24 [26039] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [26057] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [26057] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [26058] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [26058] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [26059] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [26060] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [26059] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [26060] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [6336] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [2796] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [3686] ~! [Y3_3] : ((p(X2_129_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [3686] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_129_0) <=> p(Y3_3)))
% 251.94/36.24 -> [3687] ~(p(X2_129_0) <=> p(skolem_Y33(X2_129_0)))
% 251.94/36.24
% 251.94/36.24 [3687] BETA_NOT_EQUIV : ~(p(X2_129_0) <=> p(skolem_Y33(X2_129_0)))
% 251.94/36.24 -> [3688] ~p(X2_129_0), p(skolem_Y33(X2_129_0))
% 251.94/36.24 -> [3689] p(X2_129_0), ~p(skolem_Y33(X2_129_0))
% 251.94/36.24
% 251.94/36.24 [3689] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [6332] ~q(X6_579_3)
% 251.94/36.24
% 251.94/36.24 [6332] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [18255] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [18255] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [19383] ~! [Y7_7] : ((q(X6_579_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [19383] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_579_3) <=> q(Y7_7)))
% 251.94/36.24 -> [19384] ~(q(X6_579_3) <=> q(skolem_Y77(X6_579_3)))
% 251.94/36.24
% 251.94/36.24 [19384] BETA_NOT_EQUIV : ~(q(X6_579_3) <=> q(skolem_Y77(X6_579_3)))
% 251.94/36.24 -> [19385] ~q(X6_579_3), q(skolem_Y77(X6_579_3))
% 251.94/36.24 -> [19386] q(X6_579_3), ~q(skolem_Y77(X6_579_3))
% 251.94/36.24
% 251.94/36.24 [19386] CLOSURE : q(X6_579_3)
% 251.94/36.24
% 251.94/36.24 [19385] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [23128] (r(skolem_X1010) <=> r(Y11_443_4))
% 251.94/36.24
% 251.94/36.24 [23128] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_443_4))
% 251.94/36.24 -> [23129] ~r(skolem_X1010), ~r(Y11_443_4)
% 251.94/36.24 -> [23130] r(skolem_X1010), r(Y11_443_4)
% 251.94/36.24
% 251.94/36.24 [23129] CLOSURE : ~r(Y11_443_4)
% 251.94/36.24
% 251.94/36.24 [23130] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [23741] ~r(X8_367_5)
% 251.94/36.24
% 251.94/36.24 [23741] CLOSURE : ~r(X8_367_5)
% 251.94/36.24
% 251.94/36.24 [3688] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [17528] ~q(X6_570_3)
% 251.94/36.24
% 251.94/36.24 [17528] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [18290] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [18290] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [19136] ~! [Y7_7] : ((q(X6_570_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [19136] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_570_3) <=> q(Y7_7)))
% 251.94/36.24 -> [19137] ~(q(X6_570_3) <=> q(skolem_Y77(X6_570_3)))
% 251.94/36.24
% 251.94/36.24 [19137] BETA_NOT_EQUIV : ~(q(X6_570_3) <=> q(skolem_Y77(X6_570_3)))
% 251.94/36.24 -> [19138] ~q(X6_570_3), q(skolem_Y77(X6_570_3))
% 251.94/36.24 -> [19139] q(X6_570_3), ~q(skolem_Y77(X6_570_3))
% 251.94/36.24
% 251.94/36.24 [19139] CLOSURE : q(X6_570_3)
% 251.94/36.24
% 251.94/36.24 [19138] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [40062] (r(skolem_X1010) <=> r(Y11_1106_4))
% 251.94/36.24
% 251.94/36.24 [40062] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1106_4))
% 251.94/36.24 -> [40063] ~r(skolem_X1010), ~r(Y11_1106_4)
% 251.94/36.24 -> [40064] r(skolem_X1010), r(Y11_1106_4)
% 251.94/36.24
% 251.94/36.24 [40063] CLOSURE : ~r(Y11_1106_4)
% 251.94/36.24
% 251.94/36.24 [40064] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [40200] ~r(X8_1221_5)
% 251.94/36.24
% 251.94/36.24 [40200] CLOSURE : ~r(X8_1221_5)
% 251.94/36.24
% 251.94/36.24 [2113] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [2119] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [2119] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [2121] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [2122] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [2122] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [2127] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [2127] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [3702] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [3702] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [3703] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [3703] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [3704] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [3705] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [3704] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [3705] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [6353] ~q(X6_574_3)
% 251.94/36.24
% 251.94/36.24 [6353] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [18538] r(skolem_X1010)
% 251.94/36.24
% 251.94/36.24 [18538] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [19240] ~! [Y7_7] : ((q(X6_574_3) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [19240] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_574_3) <=> q(Y7_7)))
% 251.94/36.24 -> [19241] ~(q(X6_574_3) <=> q(skolem_Y77(X6_574_3)))
% 251.94/36.24
% 251.94/36.24 [19241] BETA_NOT_EQUIV : ~(q(X6_574_3) <=> q(skolem_Y77(X6_574_3)))
% 251.94/36.24 -> [19242] ~q(X6_574_3), q(skolem_Y77(X6_574_3))
% 251.94/36.24 -> [19243] q(X6_574_3), ~q(skolem_Y77(X6_574_3))
% 251.94/36.24
% 251.94/36.24 [19243] CLOSURE : q(X6_574_3)
% 251.94/36.24
% 251.94/36.24 [19242] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.24 -> [35113] (r(skolem_X1010) <=> r(Y11_872_4))
% 251.94/36.24
% 251.94/36.24 [35113] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_872_4))
% 251.94/36.24 -> [35114] ~r(skolem_X1010), ~r(Y11_872_4)
% 251.94/36.24 -> [35115] r(skolem_X1010), r(Y11_872_4)
% 251.94/36.24
% 251.94/36.24 [35114] CLOSURE : ~r(Y11_872_4)
% 251.94/36.24
% 251.94/36.24 [35115] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [35120] ~r(X8_917_5)
% 251.94/36.24
% 251.94/36.24 [35120] CLOSURE : ~r(X8_917_5)
% 251.94/36.24
% 251.94/36.24 [2121] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [2803] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [2803] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [2805] ~! [Y3_3] : ((p(X2_96_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [2805] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_96_0) <=> p(Y3_3)))
% 251.94/36.24 -> [2809] ~(p(X2_96_0) <=> p(skolem_Y33(X2_96_0)))
% 251.94/36.24
% 251.94/36.24 [2809] BETA_NOT_EQUIV : ~(p(X2_96_0) <=> p(skolem_Y33(X2_96_0)))
% 251.94/36.24 -> [2810] ~p(X2_96_0), p(skolem_Y33(X2_96_0))
% 251.94/36.24 -> [2811] p(X2_96_0), ~p(skolem_Y33(X2_96_0))
% 251.94/36.24
% 251.94/36.24 [2811] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [5699] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [5699] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [18302] r(Y5_759_2)
% 251.94/36.24
% 251.94/36.24 [18302] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [18814] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [18814] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [18815] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [18815] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [18817] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [18818] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [18817] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [18818] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [2810] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [6345] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [6345] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [18741] r(Y5_778_2)
% 251.94/36.24
% 251.94/36.24 [18741] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [19592] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [19592] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.24 -> [19593] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24
% 251.94/36.24 [19593] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.24 -> [19594] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.24 -> [19595] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [19594] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.24
% 251.94/36.24 [19595] CLOSURE : q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [46] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.24 -> [61] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24
% 251.94/36.24 [61] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.24 -> [64] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24 -> [65] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24
% 251.94/36.24 [64] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.24 -> [563] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.24 -> [564] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.24
% 251.94/36.24 [563] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.24 -> [7017] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [7018] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24
% 251.94/36.24 [7017] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.24 -> [7148] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [7149] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24
% 251.94/36.24 [7149] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.24 -> [7150] s(skolem_X1212)
% 251.94/36.24
% 251.94/36.24 [7150] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.24 -> [7151] ~p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [7151] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [7152] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [7153] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [7152] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [7366] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [7367] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [7366] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [7701] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [7701] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [7703] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [7703] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [7704] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [7705] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [7705] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [7704] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [9461] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [9461] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [10393] r(Y5_367_2)
% 251.94/36.24
% 251.94/36.24 [10393] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [11546] (q(skolem_X66) <=> q(Y7_263_3))
% 251.94/36.24
% 251.94/36.24 [11546] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_263_3))
% 251.94/36.24 -> [11549] ~q(skolem_X66), ~q(Y7_263_3)
% 251.94/36.24 -> [11550] q(skolem_X66), q(Y7_263_3)
% 251.94/36.24
% 251.94/36.24 [11550] CLOSURE : q(Y7_263_3)
% 251.94/36.24
% 251.94/36.24 [13856] BETA_NOT_EQUIV : ~(r(X10_111_4) <=> r(skolem_Y1111(X10_111_4)))
% 251.94/36.24 -> [25065] ~r(X10_111_4), r(skolem_Y1111(X10_111_4))
% 251.94/36.24 -> [25066] r(X10_111_4), ~r(skolem_Y1111(X10_111_4))
% 251.94/36.24
% 251.94/36.24 [25065] CLOSURE : ~r(X10_111_4)
% 251.94/36.24
% 251.94/36.24 [25066] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [26125] ~r(X8_525_5)
% 251.94/36.24
% 251.94/36.24 [26125] CLOSURE : ~r(X8_525_5)
% 251.94/36.24
% 251.94/36.24 [7367] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [7368] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [7368] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [8052] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [8052] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [9084] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [9084] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [9085] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [9085] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [9086] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [9087] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [9087] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [9086] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [34211] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [34211] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [34245] r(skolem_Y1111(X10_803_4))
% 251.94/36.24
% 251.94/36.24 [34245] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [34290] (q(skolem_X66) <=> q(Y7_1114_3))
% 251.94/36.24
% 251.94/36.24 [34290] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1114_3))
% 251.94/36.24 -> [34291] ~q(skolem_X66), ~q(Y7_1114_3)
% 251.94/36.24 -> [34292] q(skolem_X66), q(Y7_1114_3)
% 251.94/36.24
% 251.94/36.24 [34292] CLOSURE : q(Y7_1114_3)
% 251.94/36.24
% 251.94/36.24 [34323] BETA_NOT_EQUIV : ~(r(X10_803_4) <=> r(skolem_Y1111(X10_803_4)))
% 251.94/36.24 -> [34473] ~r(X10_803_4), r(skolem_Y1111(X10_803_4))
% 251.94/36.24 -> [34474] r(X10_803_4), ~r(skolem_Y1111(X10_803_4))
% 251.94/36.24
% 251.94/36.24 [34474] CLOSURE : ~r(skolem_Y1111(X10_803_4))
% 251.94/36.24
% 251.94/36.24 [34473] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [34496] ~r(X8_898_5)
% 251.94/36.24
% 251.94/36.24 [34496] CLOSURE : ~r(X8_898_5)
% 251.94/36.24
% 251.94/36.24 [7153] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [7155] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [7155] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [7156] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [7157] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [7157] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [7158] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [7158] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [7733] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [7733] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [7734] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [7734] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [7735] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [7736] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [7736] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [7735] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [10663] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [10663] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [12465] r(skolem_Y1111(X10_334_4))
% 251.94/36.24
% 251.94/36.24 [12465] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [13879] (q(skolem_X66) <=> q(Y7_362_3))
% 251.94/36.24
% 251.94/36.24 [13879] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_362_3))
% 251.94/36.24 -> [13882] ~q(skolem_X66), ~q(Y7_362_3)
% 251.94/36.24 -> [13883] q(skolem_X66), q(Y7_362_3)
% 251.94/36.24
% 251.94/36.24 [13882] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [22520] ~! [Y11_11] : ((r(X10_334_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [22520] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_334_4) <=> r(Y11_11)))
% 251.94/36.24 -> [22522] ~(r(X10_334_4) <=> r(skolem_Y1111(X10_334_4)))
% 251.94/36.24
% 251.94/36.24 [22522] BETA_NOT_EQUIV : ~(r(X10_334_4) <=> r(skolem_Y1111(X10_334_4)))
% 251.94/36.24 -> [22523] ~r(X10_334_4), r(skolem_Y1111(X10_334_4))
% 251.94/36.24 -> [22524] r(X10_334_4), ~r(skolem_Y1111(X10_334_4))
% 251.94/36.24
% 251.94/36.24 [22524] CLOSURE : ~r(skolem_Y1111(X10_334_4))
% 251.94/36.24
% 251.94/36.24 [22523] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [23711] ~r(X8_362_5)
% 251.94/36.24
% 251.94/36.24 [23711] CLOSURE : ~r(X8_362_5)
% 251.94/36.24
% 251.94/36.24 [13883] CLOSURE : q(Y7_362_3)
% 251.94/36.24
% 251.94/36.24 [7156] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [7369] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [7369] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [7372] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [7372] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.24 -> [7373] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24
% 251.94/36.24 [7373] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.24 -> [7374] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.24 -> [7375] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.24
% 251.94/36.24 [7375] CLOSURE : p(skolem_Y1313)
% 251.94/36.24
% 251.94/36.24 [7374] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [9464] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [9464] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [10396] r(skolem_Y1111(X10_800_4))
% 251.94/36.24
% 251.94/36.24 [10396] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [11579] (q(skolem_X66) <=> q(Y7_267_3))
% 251.94/36.24
% 251.94/36.24 [11579] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_267_3))
% 251.94/36.24 -> [11583] ~q(skolem_X66), ~q(Y7_267_3)
% 251.94/36.24 -> [11584] q(skolem_X66), q(Y7_267_3)
% 251.94/36.24
% 251.94/36.24 [11584] CLOSURE : q(Y7_267_3)
% 251.94/36.24
% 251.94/36.24 [34270] BETA_NOT_EQUIV : ~(r(X10_800_4) <=> r(skolem_Y1111(X10_800_4)))
% 251.94/36.24 -> [34667] ~r(X10_800_4), r(skolem_Y1111(X10_800_4))
% 251.94/36.24 -> [34668] r(X10_800_4), ~r(skolem_Y1111(X10_800_4))
% 251.94/36.24
% 251.94/36.24 [34668] CLOSURE : ~r(skolem_Y1111(X10_800_4))
% 251.94/36.24
% 251.94/36.24 [34667] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [34756] ~r(X8_913_5)
% 251.94/36.24
% 251.94/36.24 [34756] CLOSURE : ~r(X8_913_5)
% 251.94/36.24
% 251.94/36.24 [7148] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.24 -> [7342] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [7343] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24
% 251.94/36.24 [7343] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.24 -> [7347] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.24
% 251.94/36.24 [7347] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [7348] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [7349] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [7348] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [7680] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [7680] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [7681] ~! [Y3_3] : ((p(X2_291_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [7681] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_291_0) <=> p(Y3_3)))
% 251.94/36.24 -> [7682] ~(p(X2_291_0) <=> p(skolem_Y33(X2_291_0)))
% 251.94/36.24
% 251.94/36.24 [7682] BETA_NOT_EQUIV : ~(p(X2_291_0) <=> p(skolem_Y33(X2_291_0)))
% 251.94/36.24 -> [7683] ~p(X2_291_0), p(skolem_Y33(X2_291_0))
% 251.94/36.24 -> [7684] p(X2_291_0), ~p(skolem_Y33(X2_291_0))
% 251.94/36.24
% 251.94/36.24 [7684] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [8038] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [8038] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [8040] r(Y5_224_2)
% 251.94/36.24
% 251.94/36.24 [8040] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [9056] (q(skolem_X66) <=> q(Y7_173_3))
% 251.94/36.24
% 251.94/36.24 [9056] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_173_3))
% 251.94/36.24 -> [9058] ~q(skolem_X66), ~q(Y7_173_3)
% 251.94/36.24 -> [9059] q(skolem_X66), q(Y7_173_3)
% 251.94/36.24
% 251.94/36.24 [9059] CLOSURE : q(Y7_173_3)
% 251.94/36.24
% 251.94/36.24 [9058] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [10618] ~! [Y11_11] : ((r(X10_61_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [10618] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_61_4) <=> r(Y11_11)))
% 251.94/36.24 -> [10620] ~(r(X10_61_4) <=> r(skolem_Y1111(X10_61_4)))
% 251.94/36.24
% 251.94/36.24 [10620] BETA_NOT_EQUIV : ~(r(X10_61_4) <=> r(skolem_Y1111(X10_61_4)))
% 251.94/36.24 -> [10623] ~r(X10_61_4), r(skolem_Y1111(X10_61_4))
% 251.94/36.24 -> [10624] r(X10_61_4), ~r(skolem_Y1111(X10_61_4))
% 251.94/36.24
% 251.94/36.24 [10623] CLOSURE : ~r(X10_61_4)
% 251.94/36.24
% 251.94/36.24 [10624] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [22745] ~r(X8_308_5)
% 251.94/36.24
% 251.94/36.24 [22745] CLOSURE : ~r(X8_308_5)
% 251.94/36.24
% 251.94/36.24 [7683] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [8391] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [8391] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [8392] r(Y5_239_2)
% 251.94/36.24
% 251.94/36.24 [8392] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [9441] (q(skolem_X66) <=> q(Y7_184_3))
% 251.94/36.24
% 251.94/36.24 [9441] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_184_3))
% 251.94/36.24 -> [9443] ~q(skolem_X66), ~q(Y7_184_3)
% 251.94/36.24 -> [9444] q(skolem_X66), q(Y7_184_3)
% 251.94/36.24
% 251.94/36.24 [9444] CLOSURE : q(Y7_184_3)
% 251.94/36.24
% 251.94/36.24 [9443] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [11088] ~! [Y11_11] : ((r(X10_67_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [11088] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_67_4) <=> r(Y11_11)))
% 251.94/36.24 -> [11089] ~(r(X10_67_4) <=> r(skolem_Y1111(X10_67_4)))
% 251.94/36.24
% 251.94/36.24 [11089] BETA_NOT_EQUIV : ~(r(X10_67_4) <=> r(skolem_Y1111(X10_67_4)))
% 251.94/36.24 -> [11091] ~r(X10_67_4), r(skolem_Y1111(X10_67_4))
% 251.94/36.24 -> [11092] r(X10_67_4), ~r(skolem_Y1111(X10_67_4))
% 251.94/36.24
% 251.94/36.24 [11091] CLOSURE : ~r(X10_67_4)
% 251.94/36.24
% 251.94/36.24 [11092] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [22795] ~r(X8_310_5)
% 251.94/36.24
% 251.94/36.24 [22795] CLOSURE : ~r(X8_310_5)
% 251.94/36.24
% 251.94/36.24 [7349] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [7351] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [7351] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [7355] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [7355] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [7356] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [7356] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24 -> [7357] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.24 -> [7358] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.24
% 251.94/36.24 [7357] CLOSURE : ~p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [7358] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [7696] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [7696] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [7697] r(Y5_211_2)
% 251.94/36.24
% 251.94/36.24 [7697] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [8721] (q(skolem_X66) <=> q(Y7_160_3))
% 251.94/36.24
% 251.94/36.24 [8721] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_160_3))
% 251.94/36.24 -> [8722] ~q(skolem_X66), ~q(Y7_160_3)
% 251.94/36.24 -> [8723] q(skolem_X66), q(Y7_160_3)
% 251.94/36.24
% 251.94/36.24 [8723] CLOSURE : q(Y7_160_3)
% 251.94/36.24
% 251.94/36.24 [10385] BETA_NOT_EQUIV : ~(r(X10_54_4) <=> r(skolem_Y1111(X10_54_4)))
% 251.94/36.24 -> [23871] ~r(X10_54_4), r(skolem_Y1111(X10_54_4))
% 251.94/36.24 -> [23872] r(X10_54_4), ~r(skolem_Y1111(X10_54_4))
% 251.94/36.24
% 251.94/36.24 [23871] CLOSURE : ~r(X10_54_4)
% 251.94/36.24
% 251.94/36.24 [23872] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [24940] ~r(X8_457_5)
% 251.94/36.24
% 251.94/36.24 [24940] CLOSURE : ~r(X8_457_5)
% 251.94/36.24
% 251.94/36.24 [7342] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.24 -> [7656] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [7657] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24
% 251.94/36.24 [7656] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [8020] ~! [Y3_3] : ((p(X2_315_0) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [8020] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_315_0) <=> p(Y3_3)))
% 251.94/36.24 -> [8021] ~(p(X2_315_0) <=> p(skolem_Y33(X2_315_0)))
% 251.94/36.24
% 251.94/36.24 [8021] BETA_NOT_EQUIV : ~(p(X2_315_0) <=> p(skolem_Y33(X2_315_0)))
% 251.94/36.24 -> [8022] ~p(X2_315_0), p(skolem_Y33(X2_315_0))
% 251.94/36.24 -> [8023] p(X2_315_0), ~p(skolem_Y33(X2_315_0))
% 251.94/36.24
% 251.94/36.24 [8023] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [8027] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [8027] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [8028] r(Y5_222_2)
% 251.94/36.24
% 251.94/36.24 [8028] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [9028] (q(skolem_X66) <=> q(Y7_171_3))
% 251.94/36.24
% 251.94/36.24 [9028] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_171_3))
% 251.94/36.24 -> [9029] ~q(skolem_X66), ~q(Y7_171_3)
% 251.94/36.24 -> [9030] q(skolem_X66), q(Y7_171_3)
% 251.94/36.24
% 251.94/36.24 [9030] CLOSURE : q(Y7_171_3)
% 251.94/36.24
% 251.94/36.24 [9029] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.24 -> [10586] ~! [Y11_11] : ((r(X10_60_4) <=> r(Y11_11)))
% 251.94/36.24
% 251.94/36.24 [10586] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_60_4) <=> r(Y11_11)))
% 251.94/36.24 -> [10587] ~(r(X10_60_4) <=> r(skolem_Y1111(X10_60_4)))
% 251.94/36.24
% 251.94/36.24 [10587] BETA_NOT_EQUIV : ~(r(X10_60_4) <=> r(skolem_Y1111(X10_60_4)))
% 251.94/36.24 -> [10591] ~r(X10_60_4), r(skolem_Y1111(X10_60_4))
% 251.94/36.24 -> [10592] r(X10_60_4), ~r(skolem_Y1111(X10_60_4))
% 251.94/36.24
% 251.94/36.24 [10591] CLOSURE : ~r(X10_60_4)
% 251.94/36.24
% 251.94/36.24 [10592] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [22436] ~r(X8_290_5)
% 251.94/36.24
% 251.94/36.24 [22436] CLOSURE : ~r(X8_290_5)
% 251.94/36.24
% 251.94/36.24 [8022] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.24 -> [8368] ~q(skolem_X66)
% 251.94/36.24
% 251.94/36.24 [8368] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.24 -> [8369] r(skolem_Y1111(X10_74_4))
% 251.94/36.24
% 251.94/36.24 [8369] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.24 -> [9405] (q(skolem_X66) <=> q(Y7_182_3))
% 251.94/36.24
% 251.94/36.24 [9405] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_182_3))
% 251.94/36.24 -> [9408] ~q(skolem_X66), ~q(Y7_182_3)
% 251.94/36.24 -> [9409] q(skolem_X66), q(Y7_182_3)
% 251.94/36.24
% 251.94/36.24 [9409] CLOSURE : q(Y7_182_3)
% 251.94/36.24
% 251.94/36.24 [11457] BETA_NOT_EQUIV : ~(r(X10_74_4) <=> r(skolem_Y1111(X10_74_4)))
% 251.94/36.24 -> [38054] ~r(X10_74_4), r(skolem_Y1111(X10_74_4))
% 251.94/36.24 -> [38055] r(X10_74_4), ~r(skolem_Y1111(X10_74_4))
% 251.94/36.24
% 251.94/36.24 [38055] CLOSURE : ~r(skolem_Y1111(X10_74_4))
% 251.94/36.24
% 251.94/36.24 [38054] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.24 -> [38303] ~r(X8_1114_5)
% 251.94/36.24
% 251.94/36.24 [38303] CLOSURE : ~r(X8_1114_5)
% 251.94/36.24
% 251.94/36.24 [7657] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.24 -> [7664] p(skolem_X1616)
% 251.94/36.24
% 251.94/36.24 [7664] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.24 -> [7667] ~q(skolem_Y1717)
% 251.94/36.24
% 251.94/36.24 [7667] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.24 -> [7668] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24
% 251.94/36.24 [7668] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.24 -> [7669] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.24
% 251.94/36.24 [7669] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [7670] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [7671] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [7670] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [7671] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [8383] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [8383] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [8385] r(Y5_238_2)
% 251.94/36.25
% 251.94/36.25 [8385] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [9423] (q(skolem_X66) <=> q(Y7_183_3))
% 251.94/36.25
% 251.94/36.25 [9423] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_183_3))
% 251.94/36.25 -> [9424] ~q(skolem_X66), ~q(Y7_183_3)
% 251.94/36.25 -> [9425] q(skolem_X66), q(Y7_183_3)
% 251.94/36.25
% 251.94/36.25 [9425] CLOSURE : q(Y7_183_3)
% 251.94/36.25
% 251.94/36.25 [9424] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [11070] ~! [Y11_11] : ((r(X10_66_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [11070] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_66_4) <=> r(Y11_11)))
% 251.94/36.25 -> [11071] ~(r(X10_66_4) <=> r(skolem_Y1111(X10_66_4)))
% 251.94/36.25
% 251.94/36.25 [11071] BETA_NOT_EQUIV : ~(r(X10_66_4) <=> r(skolem_Y1111(X10_66_4)))
% 251.94/36.25 -> [11075] ~r(X10_66_4), r(skolem_Y1111(X10_66_4))
% 251.94/36.25 -> [11076] r(X10_66_4), ~r(skolem_Y1111(X10_66_4))
% 251.94/36.25
% 251.94/36.25 [11075] CLOSURE : ~r(X10_66_4)
% 251.94/36.25
% 251.94/36.25 [11076] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [38812] ~r(X8_1140_5)
% 251.94/36.25
% 251.94/36.25 [38812] CLOSURE : ~r(X8_1140_5)
% 251.94/36.25
% 251.94/36.25 [7018] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [7023] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [7024] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [7024] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [7025] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [7025] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [7026] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [7027] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [7027] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [7033] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [7033] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [7034] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7035] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [7035] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [7040] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [7040] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7440] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [7440] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [8484] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [8484] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [8485] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [8485] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [8486] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [8487] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [8486] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [8487] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9860] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9860] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [10812] r(Y5_391_2)
% 251.94/36.25
% 251.94/36.25 [10812] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [12056] (q(skolem_X66) <=> q(Y7_293_3))
% 251.94/36.25
% 251.94/36.25 [12056] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_293_3))
% 251.94/36.25 -> [12058] ~q(skolem_X66), ~q(Y7_293_3)
% 251.94/36.25 -> [12059] q(skolem_X66), q(Y7_293_3)
% 251.94/36.25
% 251.94/36.25 [12059] CLOSURE : q(Y7_293_3)
% 251.94/36.25
% 251.94/36.25 [12058] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [32125] ~! [Y11_11] : ((r(X10_724_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [32125] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_724_4) <=> r(Y11_11)))
% 251.94/36.25 -> [32126] ~(r(X10_724_4) <=> r(skolem_Y1111(X10_724_4)))
% 251.94/36.25
% 251.94/36.25 [32126] BETA_NOT_EQUIV : ~(r(X10_724_4) <=> r(skolem_Y1111(X10_724_4)))
% 251.94/36.25 -> [32127] ~r(X10_724_4), r(skolem_Y1111(X10_724_4))
% 251.94/36.25 -> [32128] r(X10_724_4), ~r(skolem_Y1111(X10_724_4))
% 251.94/36.25
% 251.94/36.25 [32127] CLOSURE : ~r(X10_724_4)
% 251.94/36.25
% 251.94/36.25 [32128] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [32462] ~r(X8_810_5)
% 251.94/36.25
% 251.94/36.25 [32462] CLOSURE : ~r(X8_810_5)
% 251.94/36.25
% 251.94/36.25 [7034] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [7204] ~! [Y3_3] : ((p(X2_271_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [7204] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_271_0) <=> p(Y3_3)))
% 251.94/36.25 -> [7205] ~(p(X2_271_0) <=> p(skolem_Y33(X2_271_0)))
% 251.94/36.25
% 251.94/36.25 [7205] BETA_NOT_EQUIV : ~(p(X2_271_0) <=> p(skolem_Y33(X2_271_0)))
% 251.94/36.25 -> [7206] ~p(X2_271_0), p(skolem_Y33(X2_271_0))
% 251.94/36.25 -> [7207] p(X2_271_0), ~p(skolem_Y33(X2_271_0))
% 251.94/36.25
% 251.94/36.25 [7207] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [8141] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [8141] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [9180] r(Y5_272_2)
% 251.94/36.25
% 251.94/36.25 [9180] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [10166] (q(skolem_X66) <=> q(Y7_210_3))
% 251.94/36.25
% 251.94/36.25 [10166] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_210_3))
% 251.94/36.25 -> [10167] ~q(skolem_X66), ~q(Y7_210_3)
% 251.94/36.25 -> [10168] q(skolem_X66), q(Y7_210_3)
% 251.94/36.25
% 251.94/36.25 [10168] CLOSURE : q(Y7_210_3)
% 251.94/36.25
% 251.94/36.25 [10167] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [12044] ~! [Y11_11] : ((r(X10_86_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [12044] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_86_4) <=> r(Y11_11)))
% 251.94/36.25 -> [12047] ~(r(X10_86_4) <=> r(skolem_Y1111(X10_86_4)))
% 251.94/36.25
% 251.94/36.25 [12047] BETA_NOT_EQUIV : ~(r(X10_86_4) <=> r(skolem_Y1111(X10_86_4)))
% 251.94/36.25 -> [12048] ~r(X10_86_4), r(skolem_Y1111(X10_86_4))
% 251.94/36.25 -> [12049] r(X10_86_4), ~r(skolem_Y1111(X10_86_4))
% 251.94/36.25
% 251.94/36.25 [12048] CLOSURE : ~r(X10_86_4)
% 251.94/36.25
% 251.94/36.25 [12049] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [32384] ~r(X8_806_5)
% 251.94/36.25
% 251.94/36.25 [32384] CLOSURE : ~r(X8_806_5)
% 251.94/36.25
% 251.94/36.25 [7206] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [8479] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [8479] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [9500] r(skolem_Y1111(X10_93_4))
% 251.94/36.25
% 251.94/36.25 [9500] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [10426] (q(skolem_X66) <=> q(Y7_222_3))
% 251.94/36.25
% 251.94/36.25 [10426] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_222_3))
% 251.94/36.25 -> [10428] ~q(skolem_X66), ~q(Y7_222_3)
% 251.94/36.25 -> [10429] q(skolem_X66), q(Y7_222_3)
% 251.94/36.25
% 251.94/36.25 [10429] CLOSURE : q(Y7_222_3)
% 251.94/36.25
% 251.94/36.25 [12530] BETA_NOT_EQUIV : ~(r(X10_93_4) <=> r(skolem_Y1111(X10_93_4)))
% 251.94/36.25 -> [32616] ~r(X10_93_4), r(skolem_Y1111(X10_93_4))
% 251.94/36.25 -> [32617] r(X10_93_4), ~r(skolem_Y1111(X10_93_4))
% 251.94/36.25
% 251.94/36.25 [32617] CLOSURE : ~r(skolem_Y1111(X10_93_4))
% 251.94/36.25
% 251.94/36.25 [32616] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [32919] ~r(X8_835_5)
% 251.94/36.25
% 251.94/36.25 [32919] CLOSURE : ~r(X8_835_5)
% 251.94/36.25
% 251.94/36.25 [7026] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [7195] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7196] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [7195] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7426] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [7426] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [7427] ~! [Y3_3] : ((p(X2_279_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [7427] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_279_0) <=> p(Y3_3)))
% 251.94/36.25 -> [7428] ~(p(X2_279_0) <=> p(skolem_Y33(X2_279_0)))
% 251.94/36.25
% 251.94/36.25 [7428] BETA_NOT_EQUIV : ~(p(X2_279_0) <=> p(skolem_Y33(X2_279_0)))
% 251.94/36.25 -> [7429] ~p(X2_279_0), p(skolem_Y33(X2_279_0))
% 251.94/36.25 -> [7430] p(X2_279_0), ~p(skolem_Y33(X2_279_0))
% 251.94/36.25
% 251.94/36.25 [7429] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9161] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9161] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [10138] r(Y5_350_2)
% 251.94/36.25
% 251.94/36.25 [10138] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [11193] (q(skolem_X66) <=> q(Y7_249_3))
% 251.94/36.25
% 251.94/36.25 [11193] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_249_3))
% 251.94/36.25 -> [11194] ~q(skolem_X66), ~q(Y7_249_3)
% 251.94/36.25 -> [11195] q(skolem_X66), q(Y7_249_3)
% 251.94/36.25
% 251.94/36.25 [11195] CLOSURE : q(Y7_249_3)
% 251.94/36.25
% 251.94/36.25 [11194] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [13413] ~! [Y11_11] : ((r(X10_107_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [13413] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_107_4) <=> r(Y11_11)))
% 251.94/36.25 -> [13414] ~(r(X10_107_4) <=> r(skolem_Y1111(X10_107_4)))
% 251.94/36.25
% 251.94/36.25 [13414] BETA_NOT_EQUIV : ~(r(X10_107_4) <=> r(skolem_Y1111(X10_107_4)))
% 251.94/36.25 -> [13415] ~r(X10_107_4), r(skolem_Y1111(X10_107_4))
% 251.94/36.25 -> [13416] r(X10_107_4), ~r(skolem_Y1111(X10_107_4))
% 251.94/36.25
% 251.94/36.25 [13415] CLOSURE : ~r(X10_107_4)
% 251.94/36.25
% 251.94/36.25 [13416] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [35039] ~r(X8_916_5)
% 251.94/36.25
% 251.94/36.25 [35039] CLOSURE : ~r(X8_916_5)
% 251.94/36.25
% 251.94/36.25 [7430] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [8767] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [8767] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [9828] r(Y5_321_2)
% 251.94/36.25
% 251.94/36.25 [9828] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [10752] (q(skolem_X66) <=> q(Y7_233_3))
% 251.94/36.25
% 251.94/36.25 [10752] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_233_3))
% 251.94/36.25 -> [10756] ~q(skolem_X66), ~q(Y7_233_3)
% 251.94/36.25 -> [10757] q(skolem_X66), q(Y7_233_3)
% 251.94/36.25
% 251.94/36.25 [10757] CLOSURE : q(Y7_233_3)
% 251.94/36.25
% 251.94/36.25 [12990] BETA_NOT_EQUIV : ~(r(X10_100_4) <=> r(skolem_Y1111(X10_100_4)))
% 251.94/36.25 -> [35205] ~r(X10_100_4), r(skolem_Y1111(X10_100_4))
% 251.94/36.25 -> [35206] r(X10_100_4), ~r(skolem_Y1111(X10_100_4))
% 251.94/36.25
% 251.94/36.25 [35205] CLOSURE : ~r(X10_100_4)
% 251.94/36.25
% 251.94/36.25 [35206] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [35219] ~r(X8_920_5)
% 251.94/36.25
% 251.94/36.25 [35219] CLOSURE : ~r(X8_920_5)
% 251.94/36.25
% 251.94/36.25 [7196] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [7433] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [7433] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [8109] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [8109] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [8110] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [8110] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [8111] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [8112] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [8111] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [8112] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9169] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9169] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [10146] r(Y5_353_2)
% 251.94/36.25
% 251.94/36.25 [10146] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [11203] (q(skolem_X66) <=> q(Y7_250_3))
% 251.94/36.25
% 251.94/36.25 [11203] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_250_3))
% 251.94/36.25 -> [11205] ~q(skolem_X66), ~q(Y7_250_3)
% 251.94/36.25 -> [11206] q(skolem_X66), q(Y7_250_3)
% 251.94/36.25
% 251.94/36.25 [11206] CLOSURE : q(Y7_250_3)
% 251.94/36.25
% 251.94/36.25 [13439] BETA_NOT_EQUIV : ~(r(X10_108_4) <=> r(skolem_Y1111(X10_108_4)))
% 251.94/36.25 -> [35260] ~r(X10_108_4), r(skolem_Y1111(X10_108_4))
% 251.94/36.25 -> [35261] r(X10_108_4), ~r(skolem_Y1111(X10_108_4))
% 251.94/36.25
% 251.94/36.25 [35260] CLOSURE : ~r(X10_108_4)
% 251.94/36.25
% 251.94/36.25 [35261] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [35284] ~r(X8_927_5)
% 251.94/36.25
% 251.94/36.25 [35284] CLOSURE : ~r(X8_927_5)
% 251.94/36.25
% 251.94/36.25 [7023] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [7160] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7160] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [7161] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [7162] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [7161] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [7386] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7387] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [7386] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7743] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [7743] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [7744] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [7744] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [7745] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [7745] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [7746] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [7747] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [7747] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7746] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [8737] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [8737] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [8738] r(Y5_257_2)
% 251.94/36.25
% 251.94/36.25 [8738] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [9789] (q(skolem_X66) <=> q(Y7_198_3))
% 251.94/36.25
% 251.94/36.25 [9789] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_198_3))
% 251.94/36.25 -> [9790] ~q(skolem_X66), ~q(Y7_198_3)
% 251.94/36.25 -> [9791] q(skolem_X66), q(Y7_198_3)
% 251.94/36.25
% 251.94/36.25 [9791] CLOSURE : q(Y7_198_3)
% 251.94/36.25
% 251.94/36.25 [9790] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [11599] ~! [Y11_11] : ((r(X10_77_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [11599] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_77_4) <=> r(Y11_11)))
% 251.94/36.25 -> [11600] ~(r(X10_77_4) <=> r(skolem_Y1111(X10_77_4)))
% 251.94/36.25
% 251.94/36.25 [11600] BETA_NOT_EQUIV : ~(r(X10_77_4) <=> r(skolem_Y1111(X10_77_4)))
% 251.94/36.25 -> [11601] ~r(X10_77_4), r(skolem_Y1111(X10_77_4))
% 251.94/36.25 -> [11602] r(X10_77_4), ~r(skolem_Y1111(X10_77_4))
% 251.94/36.25
% 251.94/36.25 [11601] CLOSURE : ~r(X10_77_4)
% 251.94/36.25
% 251.94/36.25 [11602] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [23143] ~r(X8_323_5)
% 251.94/36.25
% 251.94/36.25 [23143] CLOSURE : ~r(X8_323_5)
% 251.94/36.25
% 251.94/36.25 [7387] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [7390] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [7390] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [7392] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [7392] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [7393] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [7393] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [7394] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [7395] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [7395] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7394] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9480] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9480] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [9481] r(Y5_293_2)
% 251.94/36.25
% 251.94/36.25 [9481] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [10709] (q(skolem_X66) <=> q(Y7_230_3))
% 251.94/36.25
% 251.94/36.25 [10709] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_230_3))
% 251.94/36.25 -> [10713] ~q(skolem_X66), ~q(Y7_230_3)
% 251.94/36.25 -> [10714] q(skolem_X66), q(Y7_230_3)
% 251.94/36.25
% 251.94/36.25 [10714] CLOSURE : q(Y7_230_3)
% 251.94/36.25
% 251.94/36.25 [10713] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [12958] ~! [Y11_11] : ((r(X10_98_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [12958] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_98_4) <=> r(Y11_11)))
% 251.94/36.25 -> [12959] ~(r(X10_98_4) <=> r(skolem_Y1111(X10_98_4)))
% 251.94/36.25
% 251.94/36.25 [12959] BETA_NOT_EQUIV : ~(r(X10_98_4) <=> r(skolem_Y1111(X10_98_4)))
% 251.94/36.25 -> [12960] ~r(X10_98_4), r(skolem_Y1111(X10_98_4))
% 251.94/36.25 -> [12961] r(X10_98_4), ~r(skolem_Y1111(X10_98_4))
% 251.94/36.25
% 251.94/36.25 [12960] CLOSURE : ~r(X10_98_4)
% 251.94/36.25
% 251.94/36.25 [12961] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [34591] ~r(X8_905_5)
% 251.94/36.25
% 251.94/36.25 [34591] CLOSURE : ~r(X8_905_5)
% 251.94/36.25
% 251.94/36.25 [7162] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [7165] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [7165] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [7166] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7167] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [7166] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [7408] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [7408] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [7409] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [7409] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [7410] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [7411] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [7411] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7410] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [8091] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [8091] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [8096] r(Y5_229_2)
% 251.94/36.25
% 251.94/36.25 [8096] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [9136] (q(skolem_X66) <=> q(Y7_175_3))
% 251.94/36.25
% 251.94/36.25 [9136] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_175_3))
% 251.94/36.25 -> [9137] ~q(skolem_X66), ~q(Y7_175_3)
% 251.94/36.25 -> [9138] q(skolem_X66), q(Y7_175_3)
% 251.94/36.25
% 251.94/36.25 [9138] CLOSURE : q(Y7_175_3)
% 251.94/36.25
% 251.94/36.25 [19541] BETA_NOT_EQUIV : ~(r(X10_59_4) <=> r(skolem_Y1111(X10_59_4)))
% 251.94/36.25 -> [35643] ~r(X10_59_4), r(skolem_Y1111(X10_59_4))
% 251.94/36.25 -> [35644] r(X10_59_4), ~r(skolem_Y1111(X10_59_4))
% 251.94/36.25
% 251.94/36.25 [35643] CLOSURE : ~r(X10_59_4)
% 251.94/36.25
% 251.94/36.25 [35644] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [35663] ~r(X8_949_5)
% 251.94/36.25
% 251.94/36.25 [35663] CLOSURE : ~r(X8_949_5)
% 251.94/36.25
% 251.94/36.25 [7167] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [7172] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [7172] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7174] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [7174] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [7178] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [7178] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [7179] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [7179] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [7181] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [7182] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [7182] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7181] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9811] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9811] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [9813] r(Y5_320_2)
% 251.94/36.25
% 251.94/36.25 [9813] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [10731] (q(skolem_X66) <=> q(Y7_232_3))
% 251.94/36.25
% 251.94/36.25 [10731] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_232_3))
% 251.94/36.25 -> [10732] ~q(skolem_X66), ~q(Y7_232_3)
% 251.94/36.25 -> [10733] q(skolem_X66), q(Y7_232_3)
% 251.94/36.25
% 251.94/36.25 [10733] CLOSURE : q(Y7_232_3)
% 251.94/36.25
% 251.94/36.25 [10732] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [12970] ~! [Y11_11] : ((r(X10_99_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [12970] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_99_4) <=> r(Y11_11)))
% 251.94/36.25 -> [12971] ~(r(X10_99_4) <=> r(skolem_Y1111(X10_99_4)))
% 251.94/36.25
% 251.94/36.25 [12971] BETA_NOT_EQUIV : ~(r(X10_99_4) <=> r(skolem_Y1111(X10_99_4)))
% 251.94/36.25 -> [12972] ~r(X10_99_4), r(skolem_Y1111(X10_99_4))
% 251.94/36.25 -> [12973] r(X10_99_4), ~r(skolem_Y1111(X10_99_4))
% 251.94/36.25
% 251.94/36.25 [12972] CLOSURE : ~r(X10_99_4)
% 251.94/36.25
% 251.94/36.25 [12973] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [42181] ~r(X8_1335_5)
% 251.94/36.25
% 251.94/36.25 [42181] CLOSURE : ~r(X8_1335_5)
% 251.94/36.25
% 251.94/36.25 [564] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [567] r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [567] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [569] ~s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [569] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.25 -> [572] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [573] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25
% 251.94/36.25 [573] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [592] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [593] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [592] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [1105] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1105] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [1107] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1108] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [1107] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [2093] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [2094] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [2094] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [2099] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [2099] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [4048] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [4048] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [4049] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [4049] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [4050] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [4051] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [4051] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [4050] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [24856] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [24856] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [25101] r(Y5_960_2)
% 251.94/36.25
% 251.94/36.25 [25101] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [25304] (q(skolem_X66) <=> q(Y7_786_3))
% 251.94/36.25
% 251.94/36.25 [25304] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_786_3))
% 251.94/36.25 -> [25305] ~q(skolem_X66), ~q(Y7_786_3)
% 251.94/36.25 -> [25306] q(skolem_X66), q(Y7_786_3)
% 251.94/36.25
% 251.94/36.25 [25306] CLOSURE : q(Y7_786_3)
% 251.94/36.25
% 251.94/36.25 [25305] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [25522] ~! [Y11_11] : ((r(X10_476_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [25522] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_476_4) <=> r(Y11_11)))
% 251.94/36.25 -> [25523] ~(r(X10_476_4) <=> r(skolem_Y1111(X10_476_4)))
% 251.94/36.25
% 251.94/36.25 [25523] BETA_NOT_EQUIV : ~(r(X10_476_4) <=> r(skolem_Y1111(X10_476_4)))
% 251.94/36.25 -> [25524] ~r(X10_476_4), r(skolem_Y1111(X10_476_4))
% 251.94/36.25 -> [25525] r(X10_476_4), ~r(skolem_Y1111(X10_476_4))
% 251.94/36.25
% 251.94/36.25 [25524] CLOSURE : ~r(X10_476_4)
% 251.94/36.25
% 251.94/36.25 [25525] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [26277] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [26277] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [26369] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [26369] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.25 -> [26370] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.25
% 251.94/36.25 [26370] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.25 -> [26371] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.25 -> [26372] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [26371] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [26372] CLOSURE : s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [2093] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [2717] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [2717] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [2721] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [2721] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [2722] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [2722] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [2723] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [2724] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [2724] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [2723] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [19108] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [19108] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [19737] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [19737] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [20341] (q(skolem_X66) <=> q(Y7_606_3))
% 251.94/36.25
% 251.94/36.25 [20341] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_606_3))
% 251.94/36.25 -> [20342] ~q(skolem_X66), ~q(Y7_606_3)
% 251.94/36.25 -> [20343] q(skolem_X66), q(Y7_606_3)
% 251.94/36.25
% 251.94/36.25 [20343] CLOSURE : q(Y7_606_3)
% 251.94/36.25
% 251.94/36.25 [21558] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [38677] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [38678] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [38677] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [38678] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [1108] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [1112] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [1112] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1113] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1114] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1113] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [7748] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [7748] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [7749] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [7749] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [7750] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [7751] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [7751] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7750] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9749] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9749] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [19104] r(Y5_796_2)
% 251.94/36.25
% 251.94/36.25 [19104] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [19932] (q(skolem_X66) <=> q(Y7_579_3))
% 251.94/36.25
% 251.94/36.25 [19932] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_579_3))
% 251.94/36.25 -> [19933] ~q(skolem_X66), ~q(Y7_579_3)
% 251.94/36.25 -> [19934] q(skolem_X66), q(Y7_579_3)
% 251.94/36.25
% 251.94/36.25 [19934] CLOSURE : q(Y7_579_3)
% 251.94/36.25
% 251.94/36.25 [19933] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [29527] ~! [Y11_11] : ((r(X10_640_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [29527] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_640_4) <=> r(Y11_11)))
% 251.94/36.25 -> [29528] ~(r(X10_640_4) <=> r(skolem_Y1111(X10_640_4)))
% 251.94/36.25
% 251.94/36.25 [29528] BETA_NOT_EQUIV : ~(r(X10_640_4) <=> r(skolem_Y1111(X10_640_4)))
% 251.94/36.25 -> [29530] ~r(X10_640_4), r(skolem_Y1111(X10_640_4))
% 251.94/36.25 -> [29531] r(X10_640_4), ~r(skolem_Y1111(X10_640_4))
% 251.94/36.25
% 251.94/36.25 [29530] CLOSURE : ~r(X10_640_4)
% 251.94/36.25
% 251.94/36.25 [29531] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [29593] ~s(skolem_X1414)
% 251.94/36.25
% 251.94/36.25 [29593] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [29597] (s(skolem_X1414) <=> s(Y15_131_6))
% 251.94/36.25
% 251.94/36.25 [29597] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_131_6))
% 251.94/36.25 -> [29598] ~s(skolem_X1414), ~s(Y15_131_6)
% 251.94/36.25 -> [29599] s(skolem_X1414), s(Y15_131_6)
% 251.94/36.25
% 251.94/36.25 [29599] CLOSURE : s(Y15_131_6)
% 251.94/36.25
% 251.94/36.25 [29598] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [29618] ~p(X16_85_7)
% 251.94/36.25
% 251.94/36.25 [29618] CLOSURE : ~p(X16_85_7)
% 251.94/36.25
% 251.94/36.25 [1114] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1122] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1122] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [2878] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [2878] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [39552] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [39552] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [39553] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [39553] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [39554] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [39555] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [39555] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [39554] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [39752] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [39752] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [39785] r(Y5_1275_2)
% 251.94/36.25
% 251.94/36.25 [39785] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [39820] (q(skolem_X66) <=> q(Y7_1262_3))
% 251.94/36.25
% 251.94/36.25 [39820] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1262_3))
% 251.94/36.25 -> [39821] ~q(skolem_X66), ~q(Y7_1262_3)
% 251.94/36.25 -> [39822] q(skolem_X66), q(Y7_1262_3)
% 251.94/36.25
% 251.94/36.25 [39822] CLOSURE : q(Y7_1262_3)
% 251.94/36.25
% 251.94/36.25 [39821] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [39866] ~! [Y11_11] : ((r(X10_1032_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [39866] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1032_4) <=> r(Y11_11)))
% 251.94/36.25 -> [39867] ~(r(X10_1032_4) <=> r(skolem_Y1111(X10_1032_4)))
% 251.94/36.25
% 251.94/36.25 [39867] BETA_NOT_EQUIV : ~(r(X10_1032_4) <=> r(skolem_Y1111(X10_1032_4)))
% 251.94/36.25 -> [39868] ~r(X10_1032_4), r(skolem_Y1111(X10_1032_4))
% 251.94/36.25 -> [39869] r(X10_1032_4), ~r(skolem_Y1111(X10_1032_4))
% 251.94/36.25
% 251.94/36.25 [39868] CLOSURE : ~r(X10_1032_4)
% 251.94/36.25
% 251.94/36.25 [39869] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [39987] ~s(skolem_X1414)
% 251.94/36.25
% 251.94/36.25 [39987] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [39996] (s(skolem_X1414) <=> s(Y15_303_6))
% 251.94/36.25
% 251.94/36.25 [39996] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_303_6))
% 251.94/36.25 -> [39999] ~s(skolem_X1414), ~s(Y15_303_6)
% 251.94/36.25 -> [40000] s(skolem_X1414), s(Y15_303_6)
% 251.94/36.25
% 251.94/36.25 [40000] CLOSURE : s(Y15_303_6)
% 251.94/36.25
% 251.94/36.25 [39999] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [40049] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25
% 251.94/36.25 [40049] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [40050] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [40050] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [40051] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [40051] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [40052] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [40053] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [40052] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [40053] : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [40157] ~? [X4_4] : (q(X4_4))
% 251.94/36.25
% 251.94/36.25 [40157] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [40158] ~q(X4_1277_1)
% 251.94/36.25
% 251.94/36.25 [40158] GAMMA_NOT_EXISTS : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [40177] ! [Y5_5] : (r(Y5_5))
% 251.94/36.25
% 251.94/36.25 [40177] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [40178] r(Y5_1290_2)
% 251.94/36.25
% 251.94/36.25 [40178] CLOSURE : r(Y5_1290_2)
% 251.94/36.25
% 251.94/36.25 [593] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [606] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [606] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [2766] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [2767] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [2766] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [3059] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [3060] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [3059] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [3412] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [3412] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [11669] ~! [Y3_3] : ((p(X2_494_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [11669] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_494_0) <=> p(Y3_3)))
% 251.94/36.25 -> [11670] ~(p(X2_494_0) <=> p(skolem_Y33(X2_494_0)))
% 251.94/36.25
% 251.94/36.25 [11670] BETA_NOT_EQUIV : ~(p(X2_494_0) <=> p(skolem_Y33(X2_494_0)))
% 251.94/36.25 -> [11671] ~p(X2_494_0), p(skolem_Y33(X2_494_0))
% 251.94/36.25 -> [11672] p(X2_494_0), ~p(skolem_Y33(X2_494_0))
% 251.94/36.25
% 251.94/36.25 [11671] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [13317] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [13317] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [14571] r(Y5_578_2)
% 251.94/36.25
% 251.94/36.25 [14571] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [34187] (q(skolem_X66) <=> q(Y7_1110_3))
% 251.94/36.25
% 251.94/36.25 [34187] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1110_3))
% 251.94/36.25 -> [34188] ~q(skolem_X66), ~q(Y7_1110_3)
% 251.94/36.25 -> [34189] q(skolem_X66), q(Y7_1110_3)
% 251.94/36.25
% 251.94/36.25 [34189] CLOSURE : q(Y7_1110_3)
% 251.94/36.25
% 251.94/36.25 [34252] BETA_NOT_EQUIV : ~(r(X10_798_4) <=> r(skolem_Y1111(X10_798_4)))
% 251.94/36.25 -> [34388] ~r(X10_798_4), r(skolem_Y1111(X10_798_4))
% 251.94/36.25 -> [34389] r(X10_798_4), ~r(skolem_Y1111(X10_798_4))
% 251.94/36.25
% 251.94/36.25 [34388] CLOSURE : ~r(X10_798_4)
% 251.94/36.25
% 251.94/36.25 [34389] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [34640] p(Y13_416_5)
% 251.94/36.25
% 251.94/36.25 [34640] CLOSURE : p(Y13_416_5)
% 251.94/36.25
% 251.94/36.25 [11672] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [13005] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [13005] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [14111] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [14111] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [34422] (q(skolem_X66) <=> q(Y7_1117_3))
% 251.94/36.25
% 251.94/36.25 [34422] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1117_3))
% 251.94/36.25 -> [34423] ~q(skolem_X66), ~q(Y7_1117_3)
% 251.94/36.25 -> [34424] q(skolem_X66), q(Y7_1117_3)
% 251.94/36.25
% 251.94/36.25 [34424] CLOSURE : q(Y7_1117_3)
% 251.94/36.25
% 251.94/36.25 [34487] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [34730] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [34731] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [34731] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [34730] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [3060] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [3063] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [3063] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [3892] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [3892] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [3893] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [3893] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [3895] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [3896] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [3895] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [3896] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [12588] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [12588] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [13604] r(Y5_538_2)
% 251.94/36.25
% 251.94/36.25 [13604] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [14905] (q(skolem_X66) <=> q(Y7_390_3))
% 251.94/36.25
% 251.94/36.25 [14905] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_390_3))
% 251.94/36.25 -> [14906] ~q(skolem_X66), ~q(Y7_390_3)
% 251.94/36.25 -> [14907] q(skolem_X66), q(Y7_390_3)
% 251.94/36.25
% 251.94/36.25 [14906] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [22759] ~! [Y11_11] : ((r(X10_349_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [22759] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_349_4) <=> r(Y11_11)))
% 251.94/36.25 -> [22760] ~(r(X10_349_4) <=> r(skolem_Y1111(X10_349_4)))
% 251.94/36.25
% 251.94/36.25 [22760] BETA_NOT_EQUIV : ~(r(X10_349_4) <=> r(skolem_Y1111(X10_349_4)))
% 251.94/36.25 -> [22761] ~r(X10_349_4), r(skolem_Y1111(X10_349_4))
% 251.94/36.25 -> [22762] r(X10_349_4), ~r(skolem_Y1111(X10_349_4))
% 251.94/36.25
% 251.94/36.25 [22761] CLOSURE : ~r(X10_349_4)
% 251.94/36.25
% 251.94/36.25 [22762] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [24873] p(Y13_169_5)
% 251.94/36.25
% 251.94/36.25 [24873] CLOSURE : p(Y13_169_5)
% 251.94/36.25
% 251.94/36.25 [14907] CLOSURE : q(Y7_390_3)
% 251.94/36.25
% 251.94/36.25 [2767] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [2773] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [2773] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [2774] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [2775] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [2775] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [2780] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [2780] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [3430] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [3430] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [12241] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [12241] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [12242] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [12242] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [12244] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [12245] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [12244] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [12245] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [13792] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [13792] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [15016] r(Y5_595_2)
% 251.94/36.25
% 251.94/36.25 [15016] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [15711] (q(skolem_X66) <=> q(Y7_410_3))
% 251.94/36.25
% 251.94/36.25 [15711] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_410_3))
% 251.94/36.25 -> [15714] ~q(skolem_X66), ~q(Y7_410_3)
% 251.94/36.25 -> [15715] q(skolem_X66), q(Y7_410_3)
% 251.94/36.25
% 251.94/36.25 [15715] CLOSURE : q(Y7_410_3)
% 251.94/36.25
% 251.94/36.25 [15714] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [17560] ~! [Y11_11] : ((r(X10_183_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [17560] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_183_4) <=> r(Y11_11)))
% 251.94/36.25 -> [17562] ~(r(X10_183_4) <=> r(skolem_Y1111(X10_183_4)))
% 251.94/36.25
% 251.94/36.25 [17562] BETA_NOT_EQUIV : ~(r(X10_183_4) <=> r(skolem_Y1111(X10_183_4)))
% 251.94/36.25 -> [17563] ~r(X10_183_4), r(skolem_Y1111(X10_183_4))
% 251.94/36.25 -> [17564] r(X10_183_4), ~r(skolem_Y1111(X10_183_4))
% 251.94/36.25
% 251.94/36.25 [17563] CLOSURE : ~r(X10_183_4)
% 251.94/36.25
% 251.94/36.25 [17564] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [22968] p(Y13_101_5)
% 251.94/36.25
% 251.94/36.25 [22968] CLOSURE : p(Y13_101_5)
% 251.94/36.25
% 251.94/36.25 [2774] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [3072] ~! [Y3_3] : ((p(X2_101_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [3072] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_101_0) <=> p(Y3_3)))
% 251.94/36.25 -> [3073] ~(p(X2_101_0) <=> p(skolem_Y33(X2_101_0)))
% 251.94/36.25
% 251.94/36.25 [3073] BETA_NOT_EQUIV : ~(p(X2_101_0) <=> p(skolem_Y33(X2_101_0)))
% 251.94/36.25 -> [3074] ~p(X2_101_0), p(skolem_Y33(X2_101_0))
% 251.94/36.25 -> [3075] p(X2_101_0), ~p(skolem_Y33(X2_101_0))
% 251.94/36.25
% 251.94/36.25 [3075] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [12360] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [12360] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [30086] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [30086] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [30119] (q(skolem_X66) <=> q(Y7_966_3))
% 251.94/36.25
% 251.94/36.25 [30119] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_966_3))
% 251.94/36.25 -> [30120] ~q(skolem_X66), ~q(Y7_966_3)
% 251.94/36.25 -> [30121] q(skolem_X66), q(Y7_966_3)
% 251.94/36.25
% 251.94/36.25 [30121] CLOSURE : q(Y7_966_3)
% 251.94/36.25
% 251.94/36.25 [30147] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [30249] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [30250] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [30249] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [30250] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [3074] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [12413] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [12413] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [13537] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [13537] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [14802] (q(skolem_X66) <=> q(Y7_386_3))
% 251.94/36.25
% 251.94/36.25 [14802] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_386_3))
% 251.94/36.25 -> [14803] ~q(skolem_X66), ~q(Y7_386_3)
% 251.94/36.25 -> [14804] q(skolem_X66), q(Y7_386_3)
% 251.94/36.25
% 251.94/36.25 [14804] CLOSURE : q(Y7_386_3)
% 251.94/36.25
% 251.94/36.25 [16999] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [21182] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [21183] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [21182] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [21183] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [572] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [1038] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [1039] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [1038] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [1458] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1459] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [1459] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [1942] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [1942] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1943] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1944] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1943] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [4407] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [4407] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [4408] ~! [Y3_3] : ((p(X2_157_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [4408] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_157_0) <=> p(Y3_3)))
% 251.94/36.25 -> [4409] ~(p(X2_157_0) <=> p(skolem_Y33(X2_157_0)))
% 251.94/36.25
% 251.94/36.25 [4409] BETA_NOT_EQUIV : ~(p(X2_157_0) <=> p(skolem_Y33(X2_157_0)))
% 251.94/36.25 -> [4411] ~p(X2_157_0), p(skolem_Y33(X2_157_0))
% 251.94/36.25 -> [4412] p(X2_157_0), ~p(skolem_Y33(X2_157_0))
% 251.94/36.25
% 251.94/36.25 [4412] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [11702] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [11702] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [12650] r(Y5_488_2)
% 251.94/36.25
% 251.94/36.25 [12650] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [13717] (q(skolem_X66) <=> q(Y7_356_3))
% 251.94/36.25
% 251.94/36.25 [13717] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_356_3))
% 251.94/36.25 -> [13718] ~q(skolem_X66), ~q(Y7_356_3)
% 251.94/36.25 -> [13719] q(skolem_X66), q(Y7_356_3)
% 251.94/36.25
% 251.94/36.25 [13719] CLOSURE : q(Y7_356_3)
% 251.94/36.25
% 251.94/36.25 [13718] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [22263] ~! [Y11_11] : ((r(X10_322_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [22263] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_322_4) <=> r(Y11_11)))
% 251.94/36.25 -> [22264] ~(r(X10_322_4) <=> r(skolem_Y1111(X10_322_4)))
% 251.94/36.25
% 251.94/36.25 [22264] BETA_NOT_EQUIV : ~(r(X10_322_4) <=> r(skolem_Y1111(X10_322_4)))
% 251.94/36.25 -> [22265] ~r(X10_322_4), r(skolem_Y1111(X10_322_4))
% 251.94/36.25 -> [22266] r(X10_322_4), ~r(skolem_Y1111(X10_322_4))
% 251.94/36.25
% 251.94/36.25 [22265] CLOSURE : ~r(X10_322_4)
% 251.94/36.25
% 251.94/36.25 [22266] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [23653] ~s(X12_175_5)
% 251.94/36.25
% 251.94/36.25 [23653] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [23798] p(Y13_124_6)
% 251.94/36.25
% 251.94/36.25 [23798] CLOSURE : p(Y13_124_6)
% 251.94/36.25
% 251.94/36.25 [4411] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [21675] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [21675] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [30256] r(Y5_1047_2)
% 251.94/36.25
% 251.94/36.25 [30256] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [30302] (q(skolem_X66) <=> q(Y7_974_3))
% 251.94/36.25
% 251.94/36.25 [30302] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_974_3))
% 251.94/36.25 -> [30303] ~q(skolem_X66), ~q(Y7_974_3)
% 251.94/36.25 -> [30304] q(skolem_X66), q(Y7_974_3)
% 251.94/36.25
% 251.94/36.25 [30304] CLOSURE : q(Y7_974_3)
% 251.94/36.25
% 251.94/36.25 [30432] BETA_NOT_EQUIV : ~(r(X10_688_4) <=> r(skolem_Y1111(X10_688_4)))
% 251.94/36.25 -> [30902] ~r(X10_688_4), r(skolem_Y1111(X10_688_4))
% 251.94/36.25 -> [30903] r(X10_688_4), ~r(skolem_Y1111(X10_688_4))
% 251.94/36.25
% 251.94/36.25 [30902] CLOSURE : ~r(X10_688_4)
% 251.94/36.25
% 251.94/36.25 [30903] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [31001] ~s(X12_396_5)
% 251.94/36.25
% 251.94/36.25 [31001] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [31008] p(Y13_329_6)
% 251.94/36.25
% 251.94/36.25 [31008] CLOSURE : p(Y13_329_6)
% 251.94/36.25
% 251.94/36.25 [1944] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1949] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1949] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [3353] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [3353] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [3354] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [3354] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [3355] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [3356] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [3355] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [3356] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [4928] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [4928] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [5473] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [5473] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [6088] (q(skolem_X66) <=> q(Y7_106_3))
% 251.94/36.25
% 251.94/36.25 [6088] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_106_3))
% 251.94/36.25 -> [6094] ~q(skolem_X66), ~q(Y7_106_3)
% 251.94/36.25 -> [6095] q(skolem_X66), q(Y7_106_3)
% 251.94/36.25
% 251.94/36.25 [6095] CLOSURE : q(Y7_106_3)
% 251.94/36.25
% 251.94/36.25 [6999] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [35875] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [35876] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [35876] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [35875] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [1458] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1884] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1885] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1884] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [4336] ~! [Y3_3] : ((p(X2_156_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [4336] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_156_0) <=> p(Y3_3)))
% 251.94/36.25 -> [4337] ~(p(X2_156_0) <=> p(skolem_Y33(X2_156_0)))
% 251.94/36.25
% 251.94/36.25 [4337] BETA_NOT_EQUIV : ~(p(X2_156_0) <=> p(skolem_Y33(X2_156_0)))
% 251.94/36.25 -> [4338] ~p(X2_156_0), p(skolem_Y33(X2_156_0))
% 251.94/36.25 -> [4339] p(X2_156_0), ~p(skolem_Y33(X2_156_0))
% 251.94/36.25
% 251.94/36.25 [4338] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [11794] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [11794] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [13263] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [13263] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [14194] (q(skolem_X66) <=> q(Y7_369_3))
% 251.94/36.25
% 251.94/36.25 [14194] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_369_3))
% 251.94/36.25 -> [14196] ~q(skolem_X66), ~q(Y7_369_3)
% 251.94/36.25 -> [14197] q(skolem_X66), q(Y7_369_3)
% 251.94/36.25
% 251.94/36.25 [14197] CLOSURE : q(Y7_369_3)
% 251.94/36.25
% 251.94/36.25 [15733] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [22947] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [22948] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [22948] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [22947] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [4339] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [11388] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [11388] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [12768] r(Y5_499_2)
% 251.94/36.25
% 251.94/36.25 [12768] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [13810] (q(skolem_X66) <=> q(Y7_360_3))
% 251.94/36.25
% 251.94/36.25 [13810] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_360_3))
% 251.94/36.25 -> [13811] ~q(skolem_X66), ~q(Y7_360_3)
% 251.94/36.25 -> [13812] q(skolem_X66), q(Y7_360_3)
% 251.94/36.25
% 251.94/36.25 [13812] CLOSURE : q(Y7_360_3)
% 251.94/36.25
% 251.94/36.25 [15485] BETA_NOT_EQUIV : ~(r(X10_131_4) <=> r(skolem_Y1111(X10_131_4)))
% 251.94/36.25 -> [38237] ~r(X10_131_4), r(skolem_Y1111(X10_131_4))
% 251.94/36.25 -> [38238] r(X10_131_4), ~r(skolem_Y1111(X10_131_4))
% 251.94/36.25
% 251.94/36.25 [38237] CLOSURE : ~r(X10_131_4)
% 251.94/36.25
% 251.94/36.25 [38238] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [38295] ~s(X12_602_5)
% 251.94/36.25
% 251.94/36.25 [38295] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [38296] p(Y13_527_6)
% 251.94/36.25
% 251.94/36.25 [38296] CLOSURE : p(Y13_527_6)
% 251.94/36.25
% 251.94/36.25 [1885] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1894] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1894] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [9636] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [9636] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [16489] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [16489] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [16490] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [16490] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [16491] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [16492] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [16491] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [16492] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [18153] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [18153] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [19037] r(Y5_794_2)
% 251.94/36.25
% 251.94/36.25 [19037] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [19916] (q(skolem_X66) <=> q(Y7_578_3))
% 251.94/36.25
% 251.94/36.25 [19916] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_578_3))
% 251.94/36.25 -> [19917] ~q(skolem_X66), ~q(Y7_578_3)
% 251.94/36.25 -> [19918] q(skolem_X66), q(Y7_578_3)
% 251.94/36.25
% 251.94/36.25 [19918] CLOSURE : q(Y7_578_3)
% 251.94/36.25
% 251.94/36.25 [19917] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [21254] ~! [Y11_11] : ((r(X10_300_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [21254] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_300_4) <=> r(Y11_11)))
% 251.94/36.25 -> [21255] ~(r(X10_300_4) <=> r(skolem_Y1111(X10_300_4)))
% 251.94/36.25
% 251.94/36.25 [21255] BETA_NOT_EQUIV : ~(r(X10_300_4) <=> r(skolem_Y1111(X10_300_4)))
% 251.94/36.25 -> [21256] ~r(X10_300_4), r(skolem_Y1111(X10_300_4))
% 251.94/36.25 -> [21257] r(X10_300_4), ~r(skolem_Y1111(X10_300_4))
% 251.94/36.25
% 251.94/36.25 [21256] CLOSURE : ~r(X10_300_4)
% 251.94/36.25
% 251.94/36.25 [21257] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [41259] ~s(X12_673_5)
% 251.94/36.25
% 251.94/36.25 [41259] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [41305] p(Y13_609_6)
% 251.94/36.25
% 251.94/36.25 [41305] CLOSURE : p(Y13_609_6)
% 251.94/36.25
% 251.94/36.25 [1039] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [1043] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [1043] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [3008] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [3008] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [5187] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [5188] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [5188] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [5193] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [5193] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [5194] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [5195] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [5194] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [6058] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [6058] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [16352] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [16352] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [16353] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [16353] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [16354] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [16355] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [16355] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [16354] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [23582] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [23582] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [23637] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [23637] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [23681] (q(skolem_X66) <=> q(Y7_751_3))
% 251.94/36.25
% 251.94/36.25 [23681] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_751_3))
% 251.94/36.25 -> [23682] ~q(skolem_X66), ~q(Y7_751_3)
% 251.94/36.25 -> [23683] q(skolem_X66), q(Y7_751_3)
% 251.94/36.25
% 251.94/36.25 [23683] CLOSURE : q(Y7_751_3)
% 251.94/36.25
% 251.94/36.25 [23736] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [23938] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [23939] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [23938] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [23939] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [5195] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [5200] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [5200] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [10345] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [10345] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [10346] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [10346] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [10347] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [10348] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [10347] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [10348] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [37191] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [37191] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [37271] r(Y5_1194_2)
% 251.94/36.25
% 251.94/36.25 [37271] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [37456] (q(skolem_X66) <=> q(Y7_1209_3))
% 251.94/36.25
% 251.94/36.25 [37456] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1209_3))
% 251.94/36.25 -> [37457] ~q(skolem_X66), ~q(Y7_1209_3)
% 251.94/36.25 -> [37458] q(skolem_X66), q(Y7_1209_3)
% 251.94/36.25
% 251.94/36.25 [37458] CLOSURE : q(Y7_1209_3)
% 251.94/36.25
% 251.94/36.25 [37457] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [37554] ~! [Y11_11] : ((r(X10_931_4) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [37554] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_931_4) <=> r(Y11_11)))
% 251.94/36.25 -> [37555] ~(r(X10_931_4) <=> r(skolem_Y1111(X10_931_4)))
% 251.94/36.25
% 251.94/36.25 [37555] BETA_NOT_EQUIV : ~(r(X10_931_4) <=> r(skolem_Y1111(X10_931_4)))
% 251.94/36.25 -> [37556] ~r(X10_931_4), r(skolem_Y1111(X10_931_4))
% 251.94/36.25 -> [37557] r(X10_931_4), ~r(skolem_Y1111(X10_931_4))
% 251.94/36.25
% 251.94/36.25 [37556] CLOSURE : ~r(X10_931_4)
% 251.94/36.25
% 251.94/36.25 [37557] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [37762] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [37762] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.25 -> [37764] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.25 -> [37765] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [37765] CLOSURE : s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [37764] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [37815] q(Y17_134_6)
% 251.94/36.25
% 251.94/36.25 [37815] CLOSURE : q(Y17_134_6)
% 251.94/36.25
% 251.94/36.25 [5187] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [6049] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [6050] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [6050] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [6052] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [6052] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [32351] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [32351] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [32360] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [32360] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [32361] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [32361] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [32362] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [32363] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [32363] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [32362] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [32447] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [32447] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [32450] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [32450] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [32463] (q(skolem_X66) <=> q(Y7_1054_3))
% 251.94/36.25
% 251.94/36.25 [32463] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1054_3))
% 251.94/36.25 -> [32464] ~q(skolem_X66), ~q(Y7_1054_3)
% 251.94/36.25 -> [32465] q(skolem_X66), q(Y7_1054_3)
% 251.94/36.25
% 251.94/36.25 [32465] CLOSURE : q(Y7_1054_3)
% 251.94/36.25
% 251.94/36.25 [32483] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [32532] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [32533] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [32533] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [32532] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [6049] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [6395] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [6395] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [6396] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [6396] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [6397] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [6398] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [6398] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [6397] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [17374] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [17374] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [18426] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [18426] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [19434] (q(skolem_X66) <=> q(Y7_561_3))
% 251.94/36.25
% 251.94/36.25 [19434] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_561_3))
% 251.94/36.25 -> [19435] ~q(skolem_X66), ~q(Y7_561_3)
% 251.94/36.25 -> [19436] q(skolem_X66), q(Y7_561_3)
% 251.94/36.25
% 251.94/36.25 [19436] CLOSURE : q(Y7_561_3)
% 251.94/36.25
% 251.94/36.25 [20173] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [42352] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [42353] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [42352] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [42353] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [65] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [86] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [86] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.25 -> [90] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [91] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.25
% 251.94/36.25 [90] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.25 -> [467] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [468] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25
% 251.94/36.25 [468] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [474] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [475] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [475] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [482] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [482] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [483] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [484] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [484] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [503] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [503] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [504] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [505] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [505] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [515] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [515] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [2411] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [2411] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [2412] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [2412] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [2413] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [2414] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [2413] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [2414] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9759] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9759] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [11264] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [11264] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [29585] (q(skolem_X66) <=> q(Y7_946_3))
% 251.94/36.25
% 251.94/36.25 [29585] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_946_3))
% 251.94/36.25 -> [29586] ~q(skolem_X66), ~q(Y7_946_3)
% 251.94/36.25 -> [29587] q(skolem_X66), q(Y7_946_3)
% 251.94/36.25
% 251.94/36.25 [29587] CLOSURE : q(Y7_946_3)
% 251.94/36.25
% 251.94/36.25 [29623] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_667_4))
% 251.94/36.25 -> [29670] ~r(skolem_X1010), ~r(Y11_667_4)
% 251.94/36.25 -> [29671] r(skolem_X1010), r(Y11_667_4)
% 251.94/36.25
% 251.94/36.25 [29670] CLOSURE : ~r(Y11_667_4)
% 251.94/36.25
% 251.94/36.25 [29671] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [29679] ~r(X8_707_5)
% 251.94/36.25
% 251.94/36.25 [29679] CLOSURE : ~r(X8_707_5)
% 251.94/36.25
% 251.94/36.25 [504] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [719] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [719] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [720] ~! [Y3_3] : ((p(X2_10_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [720] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_10_0) <=> p(Y3_3)))
% 251.94/36.25 -> [721] ~(p(X2_10_0) <=> p(skolem_Y33(X2_10_0)))
% 251.94/36.25
% 251.94/36.25 [721] BETA_NOT_EQUIV : ~(p(X2_10_0) <=> p(skolem_Y33(X2_10_0)))
% 251.94/36.25 -> [725] ~p(X2_10_0), p(skolem_Y33(X2_10_0))
% 251.94/36.25 -> [726] p(X2_10_0), ~p(skolem_Y33(X2_10_0))
% 251.94/36.25
% 251.94/36.25 [726] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9688] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9688] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [16574] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [16574] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [17779] (q(skolem_X66) <=> q(Y7_479_3))
% 251.94/36.25
% 251.94/36.25 [17779] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_479_3))
% 251.94/36.25 -> [17780] ~q(skolem_X66), ~q(Y7_479_3)
% 251.94/36.25 -> [17781] q(skolem_X66), q(Y7_479_3)
% 251.94/36.25
% 251.94/36.25 [17781] CLOSURE : q(Y7_479_3)
% 251.94/36.25
% 251.94/36.25 [19265] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_315_4))
% 251.94/36.25 -> [24143] ~r(skolem_X1010), ~r(Y11_315_4)
% 251.94/36.25 -> [24144] r(skolem_X1010), r(Y11_315_4)
% 251.94/36.25
% 251.94/36.25 [24143] CLOSURE : ~r(Y11_315_4)
% 251.94/36.25
% 251.94/36.25 [24144] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [24345] ~r(X8_416_5)
% 251.94/36.25
% 251.94/36.25 [24345] CLOSURE : ~r(X8_416_5)
% 251.94/36.25
% 251.94/36.25 [725] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [3201] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [3201] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [4442] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [4442] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [5073] (q(skolem_X66) <=> q(Y7_94_3))
% 251.94/36.25
% 251.94/36.25 [5073] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_94_3))
% 251.94/36.25 -> [5074] ~q(skolem_X66), ~q(Y7_94_3)
% 251.94/36.25 -> [5075] q(skolem_X66), q(Y7_94_3)
% 251.94/36.25
% 251.94/36.25 [5075] CLOSURE : q(Y7_94_3)
% 251.94/36.25
% 251.94/36.25 [6018] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_62_4))
% 251.94/36.25 -> [32651] ~r(skolem_X1010), ~r(Y11_62_4)
% 251.94/36.25 -> [32652] r(skolem_X1010), r(Y11_62_4)
% 251.94/36.25
% 251.94/36.25 [32651] CLOSURE : ~r(Y11_62_4)
% 251.94/36.25
% 251.94/36.25 [32652] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [32775] ~r(X8_828_5)
% 251.94/36.25
% 251.94/36.25 [32775] CLOSURE : ~r(X8_828_5)
% 251.94/36.25
% 251.94/36.25 [483] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [707] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [708] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [707] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [917] ~! [Y3_3] : ((p(X2_19_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [917] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_19_0) <=> p(Y3_3)))
% 251.94/36.25 -> [919] ~(p(X2_19_0) <=> p(skolem_Y33(X2_19_0)))
% 251.94/36.25
% 251.94/36.25 [919] BETA_NOT_EQUIV : ~(p(X2_19_0) <=> p(skolem_Y33(X2_19_0)))
% 251.94/36.25 -> [920] ~p(X2_19_0), p(skolem_Y33(X2_19_0))
% 251.94/36.25 -> [921] p(X2_19_0), ~p(skolem_Y33(X2_19_0))
% 251.94/36.25
% 251.94/36.25 [920] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [3192] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [3192] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [4432] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [4432] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [5029] (q(skolem_X66) <=> q(Y7_91_3))
% 251.94/36.25
% 251.94/36.25 [5029] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_91_3))
% 251.94/36.25 -> [5031] ~q(skolem_X66), ~q(Y7_91_3)
% 251.94/36.25 -> [5032] q(skolem_X66), q(Y7_91_3)
% 251.94/36.25
% 251.94/36.25 [5032] CLOSURE : q(Y7_91_3)
% 251.94/36.25
% 251.94/36.25 [5985] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_60_4))
% 251.94/36.25 -> [27642] ~r(skolem_X1010), ~r(Y11_60_4)
% 251.94/36.25 -> [27643] r(skolem_X1010), r(Y11_60_4)
% 251.94/36.25
% 251.94/36.25 [27642] CLOSURE : ~r(Y11_60_4)
% 251.94/36.25
% 251.94/36.25 [27643] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [27715] ~r(X8_599_5)
% 251.94/36.25
% 251.94/36.25 [27715] CLOSURE : ~r(X8_599_5)
% 251.94/36.25
% 251.94/36.25 [921] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [2416] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [2416] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [4281] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [4281] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [5054] (q(skolem_X66) <=> q(Y7_92_3))
% 251.94/36.25
% 251.94/36.25 [5054] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_92_3))
% 251.94/36.25 -> [5056] ~q(skolem_X66), ~q(Y7_92_3)
% 251.94/36.25 -> [5057] q(skolem_X66), q(Y7_92_3)
% 251.94/36.25
% 251.94/36.25 [5057] CLOSURE : q(Y7_92_3)
% 251.94/36.25
% 251.94/36.25 [5997] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_61_4))
% 251.94/36.25 -> [28112] ~r(skolem_X1010), ~r(Y11_61_4)
% 251.94/36.25 -> [28113] r(skolem_X1010), r(Y11_61_4)
% 251.94/36.25
% 251.94/36.25 [28112] CLOSURE : ~r(Y11_61_4)
% 251.94/36.25
% 251.94/36.25 [28113] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [28278] ~r(X8_630_5)
% 251.94/36.25
% 251.94/36.25 [28278] CLOSURE : ~r(X8_630_5)
% 251.94/36.25
% 251.94/36.25 [708] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [710] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [710] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [6990] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [6990] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [7329] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [7329] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [7330] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [7330] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [7331] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [7332] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [7331] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [7332] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [8829] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [8829] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [10349] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [10349] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [21687] (q(skolem_X66) <=> q(Y7_670_3))
% 251.94/36.25
% 251.94/36.25 [21687] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_670_3))
% 251.94/36.25 -> [21690] ~q(skolem_X66), ~q(Y7_670_3)
% 251.94/36.25 -> [21691] q(skolem_X66), q(Y7_670_3)
% 251.94/36.25
% 251.94/36.25 [21690] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [22778] (r(skolem_X1010) <=> r(Y11_430_4))
% 251.94/36.25
% 251.94/36.25 [22778] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_430_4))
% 251.94/36.25 -> [22779] ~r(skolem_X1010), ~r(Y11_430_4)
% 251.94/36.25 -> [22780] r(skolem_X1010), r(Y11_430_4)
% 251.94/36.25
% 251.94/36.25 [22779] CLOSURE : ~r(Y11_430_4)
% 251.94/36.25
% 251.94/36.25 [22780] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [23270] ~r(X8_332_5)
% 251.94/36.25
% 251.94/36.25 [23270] CLOSURE : ~r(X8_332_5)
% 251.94/36.25
% 251.94/36.25 [21691] CLOSURE : q(Y7_670_3)
% 251.94/36.25
% 251.94/36.25 [474] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [661] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [661] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [662] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [663] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [662] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [877] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [878] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [878] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [885] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [885] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [888] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [888] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [889] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [889] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [891] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [891] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [892] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [893] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [893] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [892] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [15030] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [15030] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [15031] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [15031] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [16601] (q(skolem_X66) <=> q(Y7_437_3))
% 251.94/36.25
% 251.94/36.25 [16601] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_437_3))
% 251.94/36.25 -> [16602] ~q(skolem_X66), ~q(Y7_437_3)
% 251.94/36.25 -> [16603] q(skolem_X66), q(Y7_437_3)
% 251.94/36.25
% 251.94/36.25 [16603] CLOSURE : q(Y7_437_3)
% 251.94/36.25
% 251.94/36.25 [17728] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_271_4))
% 251.94/36.25 -> [32780] ~r(skolem_X1010), ~r(Y11_271_4)
% 251.94/36.25 -> [32781] r(skolem_X1010), r(Y11_271_4)
% 251.94/36.25
% 251.94/36.25 [32780] CLOSURE : ~r(Y11_271_4)
% 251.94/36.25
% 251.94/36.25 [32781] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [32814] ~r(X8_832_5)
% 251.94/36.25
% 251.94/36.25 [32814] CLOSURE : ~r(X8_832_5)
% 251.94/36.25
% 251.94/36.25 [877] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [1247] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [1247] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [1250] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [1250] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [1252] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [1253] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [1253] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1252] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [2345] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [2345] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [2349] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [2349] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [11369] (q(skolem_X66) <=> q(Y7_256_3))
% 251.94/36.25
% 251.94/36.25 [11369] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_256_3))
% 251.94/36.25 -> [11370] ~q(skolem_X66), ~q(Y7_256_3)
% 251.94/36.25 -> [11371] q(skolem_X66), q(Y7_256_3)
% 251.94/36.25
% 251.94/36.25 [11371] CLOSURE : q(Y7_256_3)
% 251.94/36.25
% 251.94/36.25 [13758] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_164_4))
% 251.94/36.25 -> [38313] ~r(skolem_X1010), ~r(Y11_164_4)
% 251.94/36.25 -> [38314] r(skolem_X1010), r(Y11_164_4)
% 251.94/36.25
% 251.94/36.25 [38313] CLOSURE : ~r(Y11_164_4)
% 251.94/36.25
% 251.94/36.25 [38314] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [38352] ~r(X8_1118_5)
% 251.94/36.25
% 251.94/36.25 [38352] CLOSURE : ~r(X8_1118_5)
% 251.94/36.25
% 251.94/36.25 [663] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [669] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [669] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [672] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [673] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [673] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [674] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [674] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [678] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [678] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [679] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [679] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [683] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [684] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [683] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [684] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [7184] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [7184] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [7185] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [7185] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [7804] (q(skolem_X66) <=> q(Y7_140_3))
% 251.94/36.25
% 251.94/36.25 [7804] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_140_3))
% 251.94/36.25 -> [7807] ~q(skolem_X66), ~q(Y7_140_3)
% 251.94/36.25 -> [7808] q(skolem_X66), q(Y7_140_3)
% 251.94/36.25
% 251.94/36.25 [7808] CLOSURE : q(Y7_140_3)
% 251.94/36.25
% 251.94/36.25 [9101] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_83_4))
% 251.94/36.25 -> [14699] ~r(skolem_X1010), ~r(Y11_83_4)
% 251.94/36.25 -> [14700] r(skolem_X1010), r(Y11_83_4)
% 251.94/36.25
% 251.94/36.25 [14699] CLOSURE : ~r(Y11_83_4)
% 251.94/36.25
% 251.94/36.25 [14700] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [35506] ~r(X8_940_5)
% 251.94/36.25
% 251.94/36.25 [35506] CLOSURE : ~r(X8_940_5)
% 251.94/36.25
% 251.94/36.25 [672] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [6784] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [6784] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [6785] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [6785] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [6786] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [6786] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [6787] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [6788] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [6788] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [6787] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [7258] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [7258] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [7259] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [7259] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [8429] (q(skolem_X66) <=> q(Y7_155_3))
% 251.94/36.25
% 251.94/36.25 [8429] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_155_3))
% 251.94/36.25 -> [8430] ~q(skolem_X66), ~q(Y7_155_3)
% 251.94/36.25 -> [8431] q(skolem_X66), q(Y7_155_3)
% 251.94/36.25
% 251.94/36.25 [8431] CLOSURE : q(Y7_155_3)
% 251.94/36.25
% 251.94/36.25 [15843] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_219_4))
% 251.94/36.25 -> [38530] ~r(skolem_X1010), ~r(Y11_219_4)
% 251.94/36.25 -> [38531] r(skolem_X1010), r(Y11_219_4)
% 251.94/36.25
% 251.94/36.25 [38530] CLOSURE : ~r(Y11_219_4)
% 251.94/36.25
% 251.94/36.25 [38531] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [38572] ~r(X8_1128_5)
% 251.94/36.25
% 251.94/36.25 [38572] CLOSURE : ~r(X8_1128_5)
% 251.94/36.25
% 251.94/36.25 [467] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [583] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [584] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [584] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [589] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [589] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [600] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [600] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [607] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [608] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [607] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [926] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [927] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [926] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1117] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1117] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [1118] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [1118] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [1119] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [1119] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [1120] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [1121] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [1121] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1120] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [11767] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [11767] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [32231] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [32231] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [32341] (q(skolem_X66) <=> q(Y7_1049_3))
% 251.94/36.25
% 251.94/36.25 [32341] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1049_3))
% 251.94/36.25 -> [32342] ~q(skolem_X66), ~q(Y7_1049_3)
% 251.94/36.25 -> [32343] q(skolem_X66), q(Y7_1049_3)
% 251.94/36.25
% 251.94/36.25 [32343] CLOSURE : q(Y7_1049_3)
% 251.94/36.25
% 251.94/36.25 [32518] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_789_4))
% 251.94/36.25 -> [32905] ~r(skolem_X1010), ~r(Y11_789_4)
% 251.94/36.25 -> [32906] r(skolem_X1010), r(Y11_789_4)
% 251.94/36.25
% 251.94/36.25 [32905] CLOSURE : ~r(Y11_789_4)
% 251.94/36.25
% 251.94/36.25 [32906] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [32977] ~r(X8_839_5)
% 251.94/36.25
% 251.94/36.25 [32977] CLOSURE : ~r(X8_839_5)
% 251.94/36.25
% 251.94/36.25 [927] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [931] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [931] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [1405] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [1405] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [1406] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [1406] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [1407] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [1408] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [1408] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1407] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [36962] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [36962] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [37056] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [37056] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [37086] (q(skolem_X66) <=> q(Y7_1201_3))
% 251.94/36.25
% 251.94/36.25 [37086] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1201_3))
% 251.94/36.25 -> [37087] ~q(skolem_X66), ~q(Y7_1201_3)
% 251.94/36.25 -> [37088] q(skolem_X66), q(Y7_1201_3)
% 251.94/36.25
% 251.94/36.25 [37088] CLOSURE : q(Y7_1201_3)
% 251.94/36.25
% 251.94/36.25 [37153] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_972_4))
% 251.94/36.25 -> [37460] ~r(skolem_X1010), ~r(Y11_972_4)
% 251.94/36.25 -> [37461] r(skolem_X1010), r(Y11_972_4)
% 251.94/36.25
% 251.94/36.25 [37460] CLOSURE : ~r(Y11_972_4)
% 251.94/36.25
% 251.94/36.25 [37461] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [37534] ~r(X8_1045_5)
% 251.94/36.25
% 251.94/36.25 [37534] CLOSURE : ~r(X8_1045_5)
% 251.94/36.25
% 251.94/36.25 [608] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [627] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [627] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [632] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [633] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [633] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [649] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [649] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1232] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1232] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [3099] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [3099] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [3100] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [3100] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [3101] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [3102] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [3102] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [3101] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [20057] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [20057] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [20618] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [20618] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [21522] (q(skolem_X66) <=> q(Y7_658_3))
% 251.94/36.25
% 251.94/36.25 [21522] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_658_3))
% 251.94/36.25 -> [21523] ~q(skolem_X66), ~q(Y7_658_3)
% 251.94/36.25 -> [21524] q(skolem_X66), q(Y7_658_3)
% 251.94/36.25
% 251.94/36.25 [21524] CLOSURE : q(Y7_658_3)
% 251.94/36.25
% 251.94/36.25 [36943] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_956_4))
% 251.94/36.25 -> [37621] ~r(skolem_X1010), ~r(Y11_956_4)
% 251.94/36.25 -> [37622] r(skolem_X1010), r(Y11_956_4)
% 251.94/36.25
% 251.94/36.25 [37621] CLOSURE : ~r(Y11_956_4)
% 251.94/36.25
% 251.94/36.25 [37622] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [37669] ~r(X8_1057_5)
% 251.94/36.25
% 251.94/36.25 [37669] CLOSURE : ~r(X8_1057_5)
% 251.94/36.25
% 251.94/36.25 [632] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [2152] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [2152] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [2153] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [2153] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [2154] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [2155] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [2155] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [2154] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [2992] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [2992] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [3383] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [3383] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [3820] (q(skolem_X66) <=> q(Y7_49_3))
% 251.94/36.25
% 251.94/36.25 [3820] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_49_3))
% 251.94/36.25 -> [3822] ~q(skolem_X66), ~q(Y7_49_3)
% 251.94/36.25 -> [3823] q(skolem_X66), q(Y7_49_3)
% 251.94/36.25
% 251.94/36.25 [3823] CLOSURE : q(Y7_49_3)
% 251.94/36.25
% 251.94/36.25 [14646] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_190_4))
% 251.94/36.25 -> [38272] ~r(skolem_X1010), ~r(Y11_190_4)
% 251.94/36.25 -> [38273] r(skolem_X1010), r(Y11_190_4)
% 251.94/36.25
% 251.94/36.25 [38272] CLOSURE : ~r(Y11_190_4)
% 251.94/36.25
% 251.94/36.25 [38273] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [38323] ~r(X8_1115_5)
% 251.94/36.25
% 251.94/36.25 [38323] CLOSURE : ~r(X8_1115_5)
% 251.94/36.25
% 251.94/36.25 [583] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [812] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [813] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [813] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [815] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [815] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [818] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [819] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [818] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [977] ~! [Y3_3] : ((p(X2_21_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [977] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_21_0) <=> p(Y3_3)))
% 251.94/36.25 -> [978] ~(p(X2_21_0) <=> p(skolem_Y33(X2_21_0)))
% 251.94/36.25
% 251.94/36.25 [978] BETA_NOT_EQUIV : ~(p(X2_21_0) <=> p(skolem_Y33(X2_21_0)))
% 251.94/36.25 -> [979] ~p(X2_21_0), p(skolem_Y33(X2_21_0))
% 251.94/36.25 -> [980] p(X2_21_0), ~p(skolem_Y33(X2_21_0))
% 251.94/36.25
% 251.94/36.25 [979] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [1227] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [1227] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1228] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1228] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [1841] (q(skolem_X66) <=> q(Y7_10_3))
% 251.94/36.25
% 251.94/36.25 [1841] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_10_3))
% 251.94/36.25 -> [1842] ~q(skolem_X66), ~q(Y7_10_3)
% 251.94/36.25 -> [1843] q(skolem_X66), q(Y7_10_3)
% 251.94/36.25
% 251.94/36.25 [1843] CLOSURE : q(Y7_10_3)
% 251.94/36.25
% 251.94/36.25 [5802] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_55_4))
% 251.94/36.25 -> [15177] ~r(skolem_X1010), ~r(Y11_55_4)
% 251.94/36.25 -> [15178] r(skolem_X1010), r(Y11_55_4)
% 251.94/36.25
% 251.94/36.25 [15177] CLOSURE : ~r(Y11_55_4)
% 251.94/36.25
% 251.94/36.25 [15178] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [16868] ~r(X8_139_5)
% 251.94/36.25
% 251.94/36.25 [16868] CLOSURE : ~r(X8_139_5)
% 251.94/36.25
% 251.94/36.25 [980] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [986] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [986] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [987] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [987] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [1665] (q(skolem_X66) <=> q(Y7_6_3))
% 251.94/36.25
% 251.94/36.25 [1665] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_6_3))
% 251.94/36.25 -> [1666] ~q(skolem_X66), ~q(Y7_6_3)
% 251.94/36.25 -> [1667] q(skolem_X66), q(Y7_6_3)
% 251.94/36.25
% 251.94/36.25 [1667] CLOSURE : q(Y7_6_3)
% 251.94/36.25
% 251.94/36.25 [2827] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_8_4))
% 251.94/36.25 -> [28954] ~r(skolem_X1010), ~r(Y11_8_4)
% 251.94/36.25 -> [28955] r(skolem_X1010), r(Y11_8_4)
% 251.94/36.25
% 251.94/36.25 [28954] CLOSURE : ~r(Y11_8_4)
% 251.94/36.25
% 251.94/36.25 [28955] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [29023] ~r(X8_688_5)
% 251.94/36.25
% 251.94/36.25 [29023] CLOSURE : ~r(X8_688_5)
% 251.94/36.25
% 251.94/36.25 [819] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [822] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [822] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [824] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [824] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [2076] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [2076] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [2079] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [2079] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [2080] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [2081] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [2080] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [2081] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [4189] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [4189] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [4190] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [4190] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [6288] (q(skolem_X66) <=> q(Y7_108_3))
% 251.94/36.25
% 251.94/36.25 [6288] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_108_3))
% 251.94/36.25 -> [6289] ~q(skolem_X66), ~q(Y7_108_3)
% 251.94/36.25 -> [6290] q(skolem_X66), q(Y7_108_3)
% 251.94/36.25
% 251.94/36.25 [6290] CLOSURE : q(Y7_108_3)
% 251.94/36.25
% 251.94/36.25 [9410] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_88_4))
% 251.94/36.25 -> [15344] ~r(skolem_X1010), ~r(Y11_88_4)
% 251.94/36.25 -> [15345] r(skolem_X1010), r(Y11_88_4)
% 251.94/36.25
% 251.94/36.25 [15344] CLOSURE : ~r(Y11_88_4)
% 251.94/36.25
% 251.94/36.25 [15345] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [38155] ~r(X8_1103_5)
% 251.94/36.25
% 251.94/36.25 [38155] CLOSURE : ~r(X8_1103_5)
% 251.94/36.25
% 251.94/36.25 [812] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [938] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [939] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [939] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [944] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [944] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [951] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [951] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [953] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [953] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [954] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [955] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [954] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [955] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [1204] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [1204] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1207] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1207] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [1816] (q(skolem_X66) <=> q(Y7_9_3))
% 251.94/36.25
% 251.94/36.25 [1816] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_9_3))
% 251.94/36.25 -> [1817] ~q(skolem_X66), ~q(Y7_9_3)
% 251.94/36.25 -> [1818] q(skolem_X66), q(Y7_9_3)
% 251.94/36.25
% 251.94/36.25 [1818] CLOSURE : q(Y7_9_3)
% 251.94/36.25
% 251.94/36.25 [4289] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_30_4))
% 251.94/36.25 -> [15304] ~r(skolem_X1010), ~r(Y11_30_4)
% 251.94/36.25 -> [15305] r(skolem_X1010), r(Y11_30_4)
% 251.94/36.25
% 251.94/36.25 [15304] CLOSURE : ~r(Y11_30_4)
% 251.94/36.25
% 251.94/36.25 [15305] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [36867] ~r(X8_1011_5)
% 251.94/36.25
% 251.94/36.25 [36867] CLOSURE : ~r(X8_1011_5)
% 251.94/36.25
% 251.94/36.25 [938] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1165] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1165] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [1167] ~! [Y3_3] : ((p(X2_24_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [1167] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_24_0) <=> p(Y3_3)))
% 251.94/36.25 -> [1169] ~(p(X2_24_0) <=> p(skolem_Y33(X2_24_0)))
% 251.94/36.25
% 251.94/36.25 [1169] BETA_NOT_EQUIV : ~(p(X2_24_0) <=> p(skolem_Y33(X2_24_0)))
% 251.94/36.25 -> [1172] ~p(X2_24_0), p(skolem_Y33(X2_24_0))
% 251.94/36.25 -> [1173] p(X2_24_0), ~p(skolem_Y33(X2_24_0))
% 251.94/36.25
% 251.94/36.25 [1172] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [2845] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [2845] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [2847] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [2847] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [5127] (q(skolem_X66) <=> q(Y7_97_3))
% 251.94/36.25
% 251.94/36.25 [5127] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_97_3))
% 251.94/36.25 -> [5128] ~q(skolem_X66), ~q(Y7_97_3)
% 251.94/36.25 -> [5129] q(skolem_X66), q(Y7_97_3)
% 251.94/36.25
% 251.94/36.25 [5129] CLOSURE : q(Y7_97_3)
% 251.94/36.25
% 251.94/36.25 [39571] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1087_4))
% 251.94/36.25 -> [39707] ~r(skolem_X1010), ~r(Y11_1087_4)
% 251.94/36.25 -> [39708] r(skolem_X1010), r(Y11_1087_4)
% 251.94/36.25
% 251.94/36.25 [39707] CLOSURE : ~r(Y11_1087_4)
% 251.94/36.25
% 251.94/36.25 [39708] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [39756] ~r(X8_1203_5)
% 251.94/36.25
% 251.94/36.25 [39756] CLOSURE : ~r(X8_1203_5)
% 251.94/36.25
% 251.94/36.25 [1173] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [2658] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [2658] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [2659] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [2659] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [18973] (q(skolem_X66) <=> q(Y7_544_3))
% 251.94/36.25
% 251.94/36.25 [18973] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_544_3))
% 251.94/36.25 -> [18974] ~q(skolem_X66), ~q(Y7_544_3)
% 251.94/36.25 -> [18975] q(skolem_X66), q(Y7_544_3)
% 251.94/36.25
% 251.94/36.25 [18975] CLOSURE : q(Y7_544_3)
% 251.94/36.25
% 251.94/36.25 [20075] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_341_4))
% 251.94/36.25 -> [41298] ~r(skolem_X1010), ~r(Y11_341_4)
% 251.94/36.25 -> [41299] r(skolem_X1010), r(Y11_341_4)
% 251.94/36.25
% 251.94/36.25 [41298] CLOSURE : ~r(Y11_341_4)
% 251.94/36.25
% 251.94/36.25 [41299] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [41522] ~r(X8_1280_5)
% 251.94/36.25
% 251.94/36.25 [41522] CLOSURE : ~r(X8_1280_5)
% 251.94/36.25
% 251.94/36.25 [91] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [147] r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [147] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [156] ~s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [156] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.25 -> [158] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [159] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25
% 251.94/36.25 [158] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [10406] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [10407] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [10406] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [10792] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [10793] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [10792] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [11213] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [11214] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [11214] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [11215] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [11215] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [12095] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [12095] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [12096] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [12096] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [12097] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [12098] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [12097] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [12098] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [13737] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [13737] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [25913] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [25913] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [25958] (q(skolem_X66) <=> q(Y7_807_3))
% 251.94/36.25
% 251.94/36.25 [25958] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_807_3))
% 251.94/36.25 -> [25959] ~q(skolem_X66), ~q(Y7_807_3)
% 251.94/36.25 -> [25960] q(skolem_X66), q(Y7_807_3)
% 251.94/36.25
% 251.94/36.25 [25960] CLOSURE : q(Y7_807_3)
% 251.94/36.25
% 251.94/36.25 [25998] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_566_4))
% 251.94/36.25 -> [26113] ~r(skolem_X1010), ~r(Y11_566_4)
% 251.94/36.25 -> [26114] r(skolem_X1010), r(Y11_566_4)
% 251.94/36.25
% 251.94/36.25 [26113] CLOSURE : ~r(Y11_566_4)
% 251.94/36.25
% 251.94/36.25 [26114] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [26134] ~s(X12_265_5)
% 251.94/36.25
% 251.94/36.25 [26134] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [26155] p(Y13_214_6)
% 251.94/36.25
% 251.94/36.25 [26155] CLOSURE : p(Y13_214_6)
% 251.94/36.25
% 251.94/36.25 [11213] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [11658] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [11658] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [11659] ~! [Y3_3] : ((p(X2_492_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [11659] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_492_0) <=> p(Y3_3)))
% 251.94/36.25 -> [11660] ~(p(X2_492_0) <=> p(skolem_Y33(X2_492_0)))
% 251.94/36.25
% 251.94/36.25 [11660] BETA_NOT_EQUIV : ~(p(X2_492_0) <=> p(skolem_Y33(X2_492_0)))
% 251.94/36.25 -> [11661] ~p(X2_492_0), p(skolem_Y33(X2_492_0))
% 251.94/36.25 -> [11662] p(X2_492_0), ~p(skolem_Y33(X2_492_0))
% 251.94/36.25
% 251.94/36.25 [11662] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [13302] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [13302] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [25902] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [25902] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [26081] (q(skolem_X66) <=> q(Y7_811_3))
% 251.94/36.25
% 251.94/36.25 [26081] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_811_3))
% 251.94/36.25 -> [26082] ~q(skolem_X66), ~q(Y7_811_3)
% 251.94/36.25 -> [26083] q(skolem_X66), q(Y7_811_3)
% 251.94/36.25
% 251.94/36.25 [26083] CLOSURE : q(Y7_811_3)
% 251.94/36.25
% 251.94/36.25 [26269] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_576_4))
% 251.94/36.25 -> [26439] ~r(skolem_X1010), ~r(Y11_576_4)
% 251.94/36.25 -> [26440] r(skolem_X1010), r(Y11_576_4)
% 251.94/36.25
% 251.94/36.25 [26439] CLOSURE : ~r(Y11_576_4)
% 251.94/36.25
% 251.94/36.25 [26440] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [26465] ~s(X12_280_5)
% 251.94/36.25
% 251.94/36.25 [26465] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [26487] p(Y13_226_6)
% 251.94/36.25
% 251.94/36.25 [26487] CLOSURE : p(Y13_226_6)
% 251.94/36.25
% 251.94/36.25 [11661] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [13727] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [13727] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [31978] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [31978] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [32084] (q(skolem_X66) <=> q(Y7_1044_3))
% 251.94/36.25
% 251.94/36.25 [32084] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1044_3))
% 251.94/36.25 -> [32085] ~q(skolem_X66), ~q(Y7_1044_3)
% 251.94/36.25 -> [32086] q(skolem_X66), q(Y7_1044_3)
% 251.94/36.25
% 251.94/36.25 [32086] CLOSURE : q(Y7_1044_3)
% 251.94/36.25
% 251.94/36.25 [32262] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_777_4))
% 251.94/36.25 -> [32417] ~r(skolem_X1010), ~r(Y11_777_4)
% 251.94/36.25 -> [32418] r(skolem_X1010), r(Y11_777_4)
% 251.94/36.25
% 251.94/36.25 [32417] CLOSURE : ~r(Y11_777_4)
% 251.94/36.25
% 251.94/36.25 [32418] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [32455] ~s(X12_433_5)
% 251.94/36.25
% 251.94/36.25 [32455] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [32477] p(Y13_370_6)
% 251.94/36.25
% 251.94/36.25 [32477] CLOSURE : p(Y13_370_6)
% 251.94/36.25
% 251.94/36.25 [10793] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [10798] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [10798] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [10799] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [10800] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [10799] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [11226] ~! [Y3_3] : ((p(X2_482_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [11226] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_482_0) <=> p(Y3_3)))
% 251.94/36.25 -> [11227] ~(p(X2_482_0) <=> p(skolem_Y33(X2_482_0)))
% 251.94/36.25
% 251.94/36.25 [11227] BETA_NOT_EQUIV : ~(p(X2_482_0) <=> p(skolem_Y33(X2_482_0)))
% 251.94/36.25 -> [11230] ~p(X2_482_0), p(skolem_Y33(X2_482_0))
% 251.94/36.25 -> [11231] p(X2_482_0), ~p(skolem_Y33(X2_482_0))
% 251.94/36.25
% 251.94/36.25 [11230] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [13311] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [13311] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [25909] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [25909] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [25946] (q(skolem_X66) <=> q(Y7_806_3))
% 251.94/36.25
% 251.94/36.25 [25946] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_806_3))
% 251.94/36.25 -> [25947] ~q(skolem_X66), ~q(Y7_806_3)
% 251.94/36.25 -> [25948] q(skolem_X66), q(Y7_806_3)
% 251.94/36.25
% 251.94/36.25 [25948] CLOSURE : q(Y7_806_3)
% 251.94/36.25
% 251.94/36.25 [25986] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_565_4))
% 251.94/36.25 -> [26101] ~r(skolem_X1010), ~r(Y11_565_4)
% 251.94/36.25 -> [26102] r(skolem_X1010), r(Y11_565_4)
% 251.94/36.25
% 251.94/36.25 [26101] CLOSURE : ~r(Y11_565_4)
% 251.94/36.25
% 251.94/36.25 [26102] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [26124] ~s(X12_263_5)
% 251.94/36.25
% 251.94/36.25 [26124] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [26145] p(Y13_213_6)
% 251.94/36.25
% 251.94/36.25 [26145] CLOSURE : p(Y13_213_6)
% 251.94/36.25
% 251.94/36.25 [11231] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [12926] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [12926] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [14327] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [14327] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [32661] (q(skolem_X66) <=> q(Y7_1063_3))
% 251.94/36.25
% 251.94/36.25 [32661] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1063_3))
% 251.94/36.25 -> [32662] ~q(skolem_X66), ~q(Y7_1063_3)
% 251.94/36.25 -> [32663] q(skolem_X66), q(Y7_1063_3)
% 251.94/36.25
% 251.94/36.25 [32663] CLOSURE : q(Y7_1063_3)
% 251.94/36.25
% 251.94/36.25 [32724] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_800_4))
% 251.94/36.25 -> [32902] ~r(skolem_X1010), ~r(Y11_800_4)
% 251.94/36.25 -> [32903] r(skolem_X1010), r(Y11_800_4)
% 251.94/36.25
% 251.94/36.25 [32902] CLOSURE : ~r(Y11_800_4)
% 251.94/36.25
% 251.94/36.25 [32903] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [32966] ~s(X12_451_5)
% 251.94/36.25
% 251.94/36.25 [32966] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [33025] p(Y13_389_6)
% 251.94/36.25
% 251.94/36.25 [33025] CLOSURE : p(Y13_389_6)
% 251.94/36.25
% 251.94/36.25 [10800] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [10801] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [10801] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [11681] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [11681] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [12927] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [12927] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [12928] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [12928] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [12929] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [12930] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [12929] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [12930] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [33125] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [33125] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [33158] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [33158] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [33183] (q(skolem_X66) <=> q(Y7_1080_3))
% 251.94/36.25
% 251.94/36.25 [33183] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1080_3))
% 251.94/36.25 -> [33184] ~q(skolem_X66), ~q(Y7_1080_3)
% 251.94/36.25 -> [33185] q(skolem_X66), q(Y7_1080_3)
% 251.94/36.25
% 251.94/36.25 [33185] CLOSURE : q(Y7_1080_3)
% 251.94/36.25
% 251.94/36.25 [33256] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_828_4))
% 251.94/36.25 -> [33413] ~r(skolem_X1010), ~r(Y11_828_4)
% 251.94/36.25 -> [33414] r(skolem_X1010), r(Y11_828_4)
% 251.94/36.25
% 251.94/36.25 [33413] CLOSURE : ~r(Y11_828_4)
% 251.94/36.25
% 251.94/36.25 [33414] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [33436] ~s(X12_465_5)
% 251.94/36.25
% 251.94/36.25 [33436] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [33470] p(Y13_398_6)
% 251.94/36.25
% 251.94/36.25 [33470] CLOSURE : p(Y13_398_6)
% 251.94/36.25
% 251.94/36.25 [10407] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [10408] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [10408] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [11248] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [11248] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [12534] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [12535] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [12535] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [12545] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [12545] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [12546] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [12547] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [12547] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [12548] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [12548] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [13778] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [13778] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [33604] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [33604] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [33605] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [33605] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [33606] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [33607] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [33607] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [33606] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [33682] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [33682] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [33687] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [33687] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [33701] (q(skolem_X66) <=> q(Y7_1091_3))
% 251.94/36.25
% 251.94/36.25 [33701] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1091_3))
% 251.94/36.25 -> [33702] ~q(skolem_X66), ~q(Y7_1091_3)
% 251.94/36.25 -> [33703] q(skolem_X66), q(Y7_1091_3)
% 251.94/36.25
% 251.94/36.25 [33703] CLOSURE : q(Y7_1091_3)
% 251.94/36.25
% 251.94/36.25 [33728] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_835_4))
% 251.94/36.25 -> [33950] ~r(skolem_X1010), ~r(Y11_835_4)
% 251.94/36.25 -> [33951] r(skolem_X1010), r(Y11_835_4)
% 251.94/36.25
% 251.94/36.25 [33950] CLOSURE : ~r(Y11_835_4)
% 251.94/36.25
% 251.94/36.25 [33951] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [33955] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [33955] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.25 -> [33956] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.25 -> [33957] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [33957] CLOSURE : s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [33956] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [33992] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25
% 251.94/36.25 [33992] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [33993] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [33993] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [33994] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [33994] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [33995] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [33996] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [33995] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [33996] : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [34055] ~? [X4_4] : (q(X4_4))
% 251.94/36.25
% 251.94/36.25 [34055] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [34056] ~q(X4_1183_1)
% 251.94/36.25
% 251.94/36.25 [34056] GAMMA_NOT_EXISTS : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [34067] ! [Y5_5] : (r(Y5_5))
% 251.94/36.25
% 251.94/36.25 [34067] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [34068] r(Y5_1123_2)
% 251.94/36.25
% 251.94/36.25 [34068] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [34073] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25
% 251.94/36.25 [34073] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [34074] (q(skolem_X66) <=> q(Y7_1106_3))
% 251.94/36.25
% 251.94/36.25 [34074] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1106_3))
% 251.94/36.25 -> [34075] ~q(skolem_X66), ~q(Y7_1106_3)
% 251.94/36.25 -> [34076] q(skolem_X66), q(Y7_1106_3)
% 251.94/36.25
% 251.94/36.25 [34076] CLOSURE : q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [34075] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [34092] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [34092] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [34093] (r(skolem_X1010) <=> r(Y11_843_4))
% 251.94/36.25
% 251.94/36.25 [34093] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_843_4))
% 251.94/36.25 -> [34094] ~r(skolem_X1010), ~r(Y11_843_4)
% 251.94/36.25 -> [34095] r(skolem_X1010), r(Y11_843_4)
% 251.94/36.25
% 251.94/36.25 [34094] CLOSURE : ~r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [34095] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [34108] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [34108] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [34109] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [34109] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.25 -> [34110] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.94/36.25 -> [34111] s(skolem_X1414), s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [34111] CLOSURE : s(skolem_X1414)
% 251.94/36.25
% 251.94/36.25 [34110] CLOSURE : ~s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [12546] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [12947] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [12947] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [12948] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [12948] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [12949] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [12950] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [12950] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [12949] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [33437] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [33437] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [33540] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [33540] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [33677] (q(skolem_X66) <=> q(Y7_1090_3))
% 251.94/36.25
% 251.94/36.25 [33677] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1090_3))
% 251.94/36.25 -> [33678] ~q(skolem_X66), ~q(Y7_1090_3)
% 251.94/36.25 -> [33679] q(skolem_X66), q(Y7_1090_3)
% 251.94/36.25
% 251.94/36.25 [33679] CLOSURE : q(Y7_1090_3)
% 251.94/36.25
% 251.94/36.25 [33908] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_840_4))
% 251.94/36.25 -> [34343] ~r(skolem_X1010), ~r(Y11_840_4)
% 251.94/36.25 -> [34344] r(skolem_X1010), r(Y11_840_4)
% 251.94/36.25
% 251.94/36.25 [34343] CLOSURE : ~r(Y11_840_4)
% 251.94/36.25
% 251.94/36.25 [34344] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [34349] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [34349] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.25 -> [34350] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.25 -> [34351] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [34351] CLOSURE : s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [34350] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [34484] ~p(X16_139_6)
% 251.94/36.25
% 251.94/36.25 [34484] CLOSURE : ~p(X16_139_6)
% 251.94/36.25
% 251.94/36.25 [12534] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [12936] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [12937] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [12936] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [13323] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [13323] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [21825] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [21825] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [21826] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [21826] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [21827] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [21828] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [21828] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [21827] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [22967] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [22967] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [23331] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [23331] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [23609] (q(skolem_X66) <=> q(Y7_749_3))
% 251.94/36.25
% 251.94/36.25 [23609] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_749_3))
% 251.94/36.25 -> [23610] ~q(skolem_X66), ~q(Y7_749_3)
% 251.94/36.25 -> [23611] q(skolem_X66), q(Y7_749_3)
% 251.94/36.25
% 251.94/36.25 [23611] CLOSURE : q(Y7_749_3)
% 251.94/36.25
% 251.94/36.25 [24101] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_498_4))
% 251.94/36.25 -> [26683] ~r(skolem_X1010), ~r(Y11_498_4)
% 251.94/36.25 -> [26684] r(skolem_X1010), r(Y11_498_4)
% 251.94/36.25
% 251.94/36.25 [26683] CLOSURE : ~r(Y11_498_4)
% 251.94/36.25
% 251.94/36.25 [26684] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [26693] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [26693] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.25 -> [26699] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.25
% 251.94/36.25 [26699] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.25 -> [26700] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.25 -> [26701] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [26701] CLOSURE : s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [26700] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [26722] ~p(X16_63_6)
% 251.94/36.25
% 251.94/36.25 [26722] CLOSURE : ~p(X16_63_6)
% 251.94/36.25
% 251.94/36.25 [12937] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [12940] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [12940] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [14341] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [14341] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [14342] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [14342] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [14344] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [14345] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [14345] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [14344] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [36021] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [36021] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [36026] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [36026] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [36031] (q(skolem_X66) <=> q(Y7_1162_3))
% 251.94/36.25
% 251.94/36.25 [36031] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1162_3))
% 251.94/36.25 -> [36032] ~q(skolem_X66), ~q(Y7_1162_3)
% 251.94/36.25 -> [36033] q(skolem_X66), q(Y7_1162_3)
% 251.94/36.25
% 251.94/36.25 [36033] CLOSURE : q(Y7_1162_3)
% 251.94/36.25
% 251.94/36.25 [36050] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_908_4))
% 251.94/36.25 -> [36107] ~r(skolem_X1010), ~r(Y11_908_4)
% 251.94/36.25 -> [36108] r(skolem_X1010), r(Y11_908_4)
% 251.94/36.25
% 251.94/36.25 [36107] CLOSURE : ~r(Y11_908_4)
% 251.94/36.25
% 251.94/36.25 [36108] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [36109] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [36109] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.25 -> [36110] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.25
% 251.94/36.25 [36110] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.25 -> [36111] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.25 -> [36112] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [36112] CLOSURE : s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [36111] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [36170] q(Y17_120_6)
% 251.94/36.25
% 251.94/36.25 [36170] CLOSURE : q(Y17_120_6)
% 251.94/36.25
% 251.94/36.25 [159] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [175] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [176] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [176] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [187] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [187] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [4591] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [4592] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [4592] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [4593] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [4593] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [4594] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [4595] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [4594] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [5266] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [5266] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [13277] ~! [Y3_3] : ((p(X2_539_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [13277] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_539_0) <=> p(Y3_3)))
% 251.94/36.25 -> [13278] ~(p(X2_539_0) <=> p(skolem_Y33(X2_539_0)))
% 251.94/36.25
% 251.94/36.25 [13278] BETA_NOT_EQUIV : ~(p(X2_539_0) <=> p(skolem_Y33(X2_539_0)))
% 251.94/36.25 -> [13279] ~p(X2_539_0), p(skolem_Y33(X2_539_0))
% 251.94/36.25 -> [13280] p(X2_539_0), ~p(skolem_Y33(X2_539_0))
% 251.94/36.25
% 251.94/36.25 [13280] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [15045] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [15045] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [15749] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [15749] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [16829] (q(skolem_X66) <=> q(Y7_444_3))
% 251.94/36.25
% 251.94/36.25 [16829] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_444_3))
% 251.94/36.25 -> [16830] ~q(skolem_X66), ~q(Y7_444_3)
% 251.94/36.25 -> [16831] q(skolem_X66), q(Y7_444_3)
% 251.94/36.25
% 251.94/36.25 [16831] CLOSURE : q(Y7_444_3)
% 251.94/36.25
% 251.94/36.25 [18582] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_290_4))
% 251.94/36.25 -> [22852] ~r(skolem_X1010), ~r(Y11_290_4)
% 251.94/36.25 -> [22853] r(skolem_X1010), r(Y11_290_4)
% 251.94/36.25
% 251.94/36.25 [22852] CLOSURE : ~r(Y11_290_4)
% 251.94/36.25
% 251.94/36.25 [22853] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [23020] p(Y13_102_5)
% 251.94/36.25
% 251.94/36.25 [23020] CLOSURE : p(Y13_102_5)
% 251.94/36.25
% 251.94/36.25 [13279] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [15040] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [15040] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [15741] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [15741] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [17198] (q(skolem_X66) <=> q(Y7_460_3))
% 251.94/36.25
% 251.94/36.25 [17198] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_460_3))
% 251.94/36.25 -> [17199] ~q(skolem_X66), ~q(Y7_460_3)
% 251.94/36.25 -> [17200] q(skolem_X66), q(Y7_460_3)
% 251.94/36.25
% 251.94/36.25 [17200] CLOSURE : q(Y7_460_3)
% 251.94/36.25
% 251.94/36.25 [19007] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_306_4))
% 251.94/36.25 -> [22893] ~r(skolem_X1010), ~r(Y11_306_4)
% 251.94/36.25 -> [22894] r(skolem_X1010), r(Y11_306_4)
% 251.94/36.25
% 251.94/36.25 [22894] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [23045] p(Y13_103_5)
% 251.94/36.25
% 251.94/36.25 [23045] CLOSURE : p(Y13_103_5)
% 251.94/36.25
% 251.94/36.25 [22893] CLOSURE : ~r(Y11_306_4)
% 251.94/36.25
% 251.94/36.25 [4595] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [4604] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [4604] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [6243] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [6243] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [6244] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [6244] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [6245] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [6246] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [6245] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [6246] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [13522] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [13522] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [14795] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [14795] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [15814] (q(skolem_X66) <=> q(Y7_412_3))
% 251.94/36.25
% 251.94/36.25 [15814] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_412_3))
% 251.94/36.25 -> [15815] ~q(skolem_X66), ~q(Y7_412_3)
% 251.94/36.25 -> [15816] q(skolem_X66), q(Y7_412_3)
% 251.94/36.25
% 251.94/36.25 [15816] CLOSURE : q(Y7_412_3)
% 251.94/36.25
% 251.94/36.25 [17342] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_263_4))
% 251.94/36.25 -> [21621] ~r(skolem_X1010), ~r(Y11_263_4)
% 251.94/36.25 -> [21622] r(skolem_X1010), r(Y11_263_4)
% 251.94/36.25
% 251.94/36.25 [21622] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [21967] p(Y13_95_5)
% 251.94/36.25
% 251.94/36.25 [21967] CLOSURE : p(Y13_95_5)
% 251.94/36.25
% 251.94/36.25 [21621] CLOSURE : ~r(Y11_263_4)
% 251.94/36.25
% 251.94/36.25 [4591] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [5257] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [5258] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [5257] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [6216] ~! [Y3_3] : ((p(X2_229_0) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [6216] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(X2_229_0) <=> p(Y3_3)))
% 251.94/36.25 -> [6218] ~(p(X2_229_0) <=> p(skolem_Y33(X2_229_0)))
% 251.94/36.25
% 251.94/36.25 [6218] BETA_NOT_EQUIV : ~(p(X2_229_0) <=> p(skolem_Y33(X2_229_0)))
% 251.94/36.25 -> [6221] ~p(X2_229_0), p(skolem_Y33(X2_229_0))
% 251.94/36.25 -> [6222] p(X2_229_0), ~p(skolem_Y33(X2_229_0))
% 251.94/36.25
% 251.94/36.25 [6221] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [14243] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [14243] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [35828] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [35828] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [35844] (q(skolem_X66) <=> q(Y7_1158_3))
% 251.94/36.25
% 251.94/36.25 [35844] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1158_3))
% 251.94/36.25 -> [35846] ~q(skolem_X66), ~q(Y7_1158_3)
% 251.94/36.25 -> [35847] q(skolem_X66), q(Y7_1158_3)
% 251.94/36.25
% 251.94/36.25 [35847] CLOSURE : q(Y7_1158_3)
% 251.94/36.25
% 251.94/36.25 [35857] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_902_4))
% 251.94/36.25 -> [35893] ~r(skolem_X1010), ~r(Y11_902_4)
% 251.94/36.25 -> [35894] r(skolem_X1010), r(Y11_902_4)
% 251.94/36.25
% 251.94/36.25 [35894] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [35903] p(Y13_453_5)
% 251.94/36.25
% 251.94/36.25 [35903] CLOSURE : p(Y13_453_5)
% 251.94/36.25
% 251.94/36.25 [35893] CLOSURE : ~r(Y11_902_4)
% 251.94/36.25
% 251.94/36.25 [6222] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [13989] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [13989] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [15059] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [15059] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [36315] (q(skolem_X66) <=> q(Y7_1178_3))
% 251.94/36.25
% 251.94/36.25 [36315] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1178_3))
% 251.94/36.25 -> [36316] ~q(skolem_X66), ~q(Y7_1178_3)
% 251.94/36.25 -> [36317] q(skolem_X66), q(Y7_1178_3)
% 251.94/36.25
% 251.94/36.25 [36317] CLOSURE : q(Y7_1178_3)
% 251.94/36.25
% 251.94/36.25 [36384] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_926_4))
% 251.94/36.25 -> [36510] ~r(skolem_X1010), ~r(Y11_926_4)
% 251.94/36.25 -> [36511] r(skolem_X1010), r(Y11_926_4)
% 251.94/36.25
% 251.94/36.25 [36511] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [36536] p(Y13_465_5)
% 251.94/36.25
% 251.94/36.25 [36536] CLOSURE : p(Y13_465_5)
% 251.94/36.25
% 251.94/36.25 [36510] CLOSURE : ~r(Y11_926_4)
% 251.94/36.25
% 251.94/36.25 [5258] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [5261] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [5261] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [12773] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [12773] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [13954] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [13954] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [13955] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [13955] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [13956] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [13957] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [13957] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [22107] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [22107] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [22495] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [22495] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [22849] (q(skolem_X66) <=> q(Y7_728_3))
% 251.94/36.25
% 251.94/36.25 [22849] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_728_3))
% 251.94/36.25 -> [22850] ~q(skolem_X66), ~q(Y7_728_3)
% 251.94/36.25 -> [22851] q(skolem_X66), q(Y7_728_3)
% 251.94/36.25
% 251.94/36.25 [22851] CLOSURE : q(Y7_728_3)
% 251.94/36.25
% 251.94/36.25 [23334] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_455_4))
% 251.94/36.25 -> [24533] ~r(skolem_X1010), ~r(Y11_455_4)
% 251.94/36.25 -> [24534] r(skolem_X1010), r(Y11_455_4)
% 251.94/36.25
% 251.94/36.25 [24534] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [24777] p(Y13_165_5)
% 251.94/36.25
% 251.94/36.25 [24777] CLOSURE : p(Y13_165_5)
% 251.94/36.25
% 251.94/36.25 [24533] CLOSURE : ~r(Y11_455_4)
% 251.94/36.25
% 251.94/36.25 [13956] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [175] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [262] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [262] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [270] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [271] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [271] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [285] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [285] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [290] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [291] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [291] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [301] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [301] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [740] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [740] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [742] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [742] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [747] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [748] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [748] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [747] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [7337] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [7337] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [13870] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [13870] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [34353] (q(skolem_X66) <=> q(Y7_1116_3))
% 251.94/36.25
% 251.94/36.25 [34353] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1116_3))
% 251.94/36.25 -> [34354] ~q(skolem_X66), ~q(Y7_1116_3)
% 251.94/36.25 -> [34355] q(skolem_X66), q(Y7_1116_3)
% 251.94/36.25
% 251.94/36.25 [34355] CLOSURE : q(Y7_1116_3)
% 251.94/36.25
% 251.94/36.25 [34425] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_852_4))
% 251.94/36.25 -> [34596] ~r(skolem_X1010), ~r(Y11_852_4)
% 251.94/36.25 -> [34597] r(skolem_X1010), r(Y11_852_4)
% 251.94/36.25
% 251.94/36.25 [34596] CLOSURE : ~r(Y11_852_4)
% 251.94/36.25
% 251.94/36.25 [34597] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [34626] ~s(skolem_X1414)
% 251.94/36.25
% 251.94/36.25 [34626] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [34636] (s(skolem_X1414) <=> s(Y15_217_6))
% 251.94/36.25
% 251.94/36.25 [34636] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_217_6))
% 251.94/36.25 -> [34638] ~s(skolem_X1414), ~s(Y15_217_6)
% 251.94/36.25 -> [34639] s(skolem_X1414), s(Y15_217_6)
% 251.94/36.25
% 251.94/36.25 [34639] CLOSURE : s(Y15_217_6)
% 251.94/36.25
% 251.94/36.25 [34638] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [34698] q(Y17_105_7)
% 251.94/36.25
% 251.94/36.25 [34698] CLOSURE : q(Y17_105_7)
% 251.94/36.25
% 251.94/36.25 [290] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [380] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [380] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [382] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [382] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [384] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [384] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [387] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [388] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [388] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [387] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9552] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9552] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [16366] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [16366] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [17533] (q(skolem_X66) <=> q(Y7_471_3))
% 251.94/36.25
% 251.94/36.25 [17533] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_471_3))
% 251.94/36.25 -> [17534] ~q(skolem_X66), ~q(Y7_471_3)
% 251.94/36.25 -> [17535] q(skolem_X66), q(Y7_471_3)
% 251.94/36.25
% 251.94/36.25 [17534] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [23976] (r(skolem_X1010) <=> r(Y11_488_4))
% 251.94/36.25
% 251.94/36.25 [23976] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_488_4))
% 251.94/36.25 -> [23977] ~r(skolem_X1010), ~r(Y11_488_4)
% 251.94/36.25 -> [23978] r(skolem_X1010), r(Y11_488_4)
% 251.94/36.25
% 251.94/36.25 [23977] CLOSURE : ~r(Y11_488_4)
% 251.94/36.25
% 251.94/36.25 [23978] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [24187] ~s(skolem_X1414)
% 251.94/36.25
% 251.94/36.25 [24187] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [24309] (s(skolem_X1414) <=> s(Y15_67_6))
% 251.94/36.25
% 251.94/36.25 [24309] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_67_6))
% 251.94/36.25 -> [24310] ~s(skolem_X1414), ~s(Y15_67_6)
% 251.94/36.25 -> [24311] s(skolem_X1414), s(Y15_67_6)
% 251.94/36.25
% 251.94/36.25 [24311] CLOSURE : s(Y15_67_6)
% 251.94/36.25
% 251.94/36.25 [24310] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [24530] ~p(X16_38_7)
% 251.94/36.25
% 251.94/36.25 [24530] CLOSURE : ~p(X16_38_7)
% 251.94/36.25
% 251.94/36.25 [17535] CLOSURE : q(Y7_471_3)
% 251.94/36.25
% 251.94/36.25 [270] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [367] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [368] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [367] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [5619] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [5619] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [5621] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [5621] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [5622] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [5623] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [5623] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [5622] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [9232] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [9232] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [10521] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [10521] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [11903] (q(skolem_X66) <=> q(Y7_284_3))
% 251.94/36.25
% 251.94/36.25 [11903] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_284_3))
% 251.94/36.25 -> [11904] ~q(skolem_X66), ~q(Y7_284_3)
% 251.94/36.25 -> [11905] q(skolem_X66), q(Y7_284_3)
% 251.94/36.25
% 251.94/36.25 [11905] CLOSURE : q(Y7_284_3)
% 251.94/36.25
% 251.94/36.25 [13852] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_167_4))
% 251.94/36.25 -> [38315] ~r(skolem_X1010), ~r(Y11_167_4)
% 251.94/36.25 -> [38316] r(skolem_X1010), r(Y11_167_4)
% 251.94/36.25
% 251.94/36.25 [38315] CLOSURE : ~r(Y11_167_4)
% 251.94/36.25
% 251.94/36.25 [38316] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [38327] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [38327] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [38333] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [38333] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.25 -> [38334] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.25
% 251.94/36.25 [38334] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.25 -> [38335] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.25 -> [38336] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [38335] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.25
% 251.94/36.25 [38336] CLOSURE : s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [368] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [369] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [369] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [11077] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [11077] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [20413] ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [20413] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_X1616) <=> p(Y3_3)))
% 251.94/36.25 -> [20414] ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25
% 251.94/36.25 [20414] BETA_NOT_EQUIV : ~(p(skolem_X1616) <=> p(skolem_Y33(skolem_X1616)))
% 251.94/36.25 -> [20415] ~p(skolem_X1616), p(skolem_Y33(skolem_X1616))
% 251.94/36.25 -> [20416] p(skolem_X1616), ~p(skolem_Y33(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [20415] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [20416] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [39696] ~q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [39696] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [39816] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [39816] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [39935] (q(skolem_X66) <=> q(Y7_1267_3))
% 251.94/36.25
% 251.94/36.25 [39935] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1267_3))
% 251.94/36.25 -> [39936] ~q(skolem_X66), ~q(Y7_1267_3)
% 251.94/36.25 -> [39937] q(skolem_X66), q(Y7_1267_3)
% 251.94/36.25
% 251.94/36.25 [39937] CLOSURE : q(Y7_1267_3)
% 251.94/36.25
% 251.94/36.25 [40091] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1108_4))
% 251.94/36.25 -> [42693] ~r(skolem_X1010), ~r(Y11_1108_4)
% 251.94/36.25 -> [42694] r(skolem_X1010), r(Y11_1108_4)
% 251.94/36.25
% 251.94/36.25 [42693] CLOSURE : ~r(Y11_1108_4)
% 251.94/36.25
% 251.94/36.25 [42694] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [42698] ~s(X14_319_6)
% 251.94/36.25
% 251.94/36.25 [42698] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [42703] ~! [Y15_15] : ((s(X14_319_6) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [42703] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_319_6) <=> s(Y15_15)))
% 251.94/36.25 -> [42704] ~(s(X14_319_6) <=> s(skolem_Y1515(X14_319_6)))
% 251.94/36.25
% 251.94/36.25 [42704] BETA_NOT_EQUIV : ~(s(X14_319_6) <=> s(skolem_Y1515(X14_319_6)))
% 251.94/36.25 -> [42705] ~s(X14_319_6), s(skolem_Y1515(X14_319_6))
% 251.94/36.25 -> [42706] s(X14_319_6), ~s(skolem_Y1515(X14_319_6))
% 251.94/36.25
% 251.94/36.25 [42706] CLOSURE : s(X14_319_6)
% 251.94/36.25
% 251.94/36.25 [42705] : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [42707] ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25
% 251.94/36.25 [42707] GAMMA_NOT_EXISTS : ~? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [42708] ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [42708] DELTA_NOT_FORALL : ~! [Y3_3] : ((p(skolem_Y1313) <=> p(Y3_3)))
% 251.94/36.25 -> [42709] ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25
% 251.94/36.25 [42709] BETA_NOT_EQUIV : ~(p(skolem_Y1313) <=> p(skolem_Y33(skolem_Y1313)))
% 251.94/36.25 -> [42710] ~p(skolem_Y1313), p(skolem_Y33(skolem_Y1313))
% 251.94/36.25 -> [42711] p(skolem_Y1313), ~p(skolem_Y33(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [42711] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [42710] : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [42712] ~? [X4_4] : (q(X4_4))
% 251.94/36.25
% 251.94/36.25 [42712] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [42713] ~q(X4_1308_1)
% 251.94/36.25
% 251.94/36.25 [42713] GAMMA_NOT_EXISTS : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [42714] ! [Y5_5] : (r(Y5_5))
% 251.94/36.25
% 251.94/36.25 [42714] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [42715] r(Y5_1315_2)
% 251.94/36.25
% 251.94/36.25 [42715] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [42716] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25
% 251.94/36.25 [42716] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [42717] (q(skolem_X66) <=> q(Y7_1356_3))
% 251.94/36.25
% 251.94/36.25 [42717] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1356_3))
% 251.94/36.25 -> [42718] ~q(skolem_X66), ~q(Y7_1356_3)
% 251.94/36.25 -> [42719] q(skolem_X66), q(Y7_1356_3)
% 251.94/36.25
% 251.94/36.25 [42719] CLOSURE : q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [42718] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [42721] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [42721] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [42722] (r(skolem_X1010) <=> r(Y11_1201_4))
% 251.94/36.25
% 251.94/36.25 [42722] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1201_4))
% 251.94/36.25 -> [42723] ~r(skolem_X1010), ~r(Y11_1201_4)
% 251.94/36.25 -> [42724] r(skolem_X1010), r(Y11_1201_4)
% 251.94/36.25
% 251.94/36.25 [42724] : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [42725] ~? [X12_12] : (s(X12_12))
% 251.94/36.25
% 251.94/36.25 [42725] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [42726] ~s(X12_719_5)
% 251.94/36.25
% 251.94/36.25 [42726] CLOSURE : ~s(X12_719_5)
% 251.94/36.25
% 251.94/36.25 [42723] CLOSURE : ~r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [2] DELTA_EXISTS : ? [X2_2] : (! [Y3_3] : ((p(X2_2) <=> p(Y3_3))))
% 251.94/36.25 -> [3] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [3] BETA_NOT_EQUIV : ~((? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5))) <=> ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))))
% 251.94/36.25 -> [4] ~(? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5))), ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.94/36.25 -> [5] (? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5))), ~((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.94/36.25
% 251.94/36.25 [5] BETA_EQUIV : (? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5)))
% 251.94/36.25 -> [8] ~? [X4_4] : (q(X4_4)), ~! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [9] ? [X4_4] : (q(X4_4)), ! [Y5_5] : (r(Y5_5))
% 251.94/36.25
% 251.94/36.25 [9] DELTA_EXISTS : ? [X4_4] : (q(X4_4))
% 251.94/36.25 -> [14] q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [14] BETA_NOT_EQUIV : ~((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.94/36.25 -> [20] ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.25 -> [21] (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.25
% 251.94/36.25 [21] BETA_EQUIV : (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.94/36.25 -> [35] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.25 -> [36] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.25
% 251.94/36.25 [36] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.25 -> [466] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25
% 251.94/36.25 [466] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.25 -> [472] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.25 -> [473] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.25
% 251.94/36.25 [473] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [486] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [486] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.25 -> [489] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [490] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.25
% 251.94/36.25 [489] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [677] ~s(skolem_Y99)
% 251.94/36.25
% 251.94/36.25 [677] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.25 -> [685] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [686] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25
% 251.94/36.25 [686] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [703] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [704] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [704] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [715] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [715] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [992] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [993] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [992] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1161] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1162] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1162] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1168] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1168] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1526] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [1526] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [1527] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [1528] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1527] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1528] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1903] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1903] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [2307] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [2307] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [2308] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [2309] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [2308] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [2602] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_6_3))
% 251.94/36.25 -> [3362] ~r(skolem_X1010), ~r(Y11_6_3)
% 251.94/36.25 -> [3363] r(skolem_X1010), r(Y11_6_3)
% 251.94/36.25
% 251.94/36.25 [3363] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [3631] ~r(X8_7_4)
% 251.94/36.25
% 251.94/36.25 [3631] CLOSURE : ~r(X8_7_4)
% 251.94/36.25
% 251.94/36.25 [3362] CLOSURE : ~r(Y11_6_3)
% 251.94/36.25
% 251.94/36.25 [1161] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1431] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1431] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1867] (p(skolem_X22) <=> p(Y3_40_0))
% 251.94/36.25
% 251.94/36.25 [1867] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_40_0))
% 251.94/36.25 -> [1869] ~p(skolem_X22), ~p(Y3_40_0)
% 251.94/36.25 -> [1870] p(skolem_X22), p(Y3_40_0)
% 251.94/36.25
% 251.94/36.25 [1870] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [5490] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [5490] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [12775] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [12775] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [12776] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [12777] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [12777] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [12776] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [18878] (r(skolem_X1010) <=> r(Y11_300_3))
% 251.94/36.25
% 251.94/36.25 [18878] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_300_3))
% 251.94/36.25 -> [18879] ~r(skolem_X1010), ~r(Y11_300_3)
% 251.94/36.25 -> [18880] r(skolem_X1010), r(Y11_300_3)
% 251.94/36.25
% 251.94/36.25 [18879] CLOSURE : ~r(Y11_300_3)
% 251.94/36.25
% 251.94/36.25 [18880] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [19949] ~r(X8_215_4)
% 251.94/36.25
% 251.94/36.25 [19949] CLOSURE : ~r(X8_215_4)
% 251.94/36.25
% 251.94/36.25 [1869] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [11121] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [11121] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [20632] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [20632] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [20633] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [20634] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [20633] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [20634] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [24922] (r(skolem_X1010) <=> r(Y11_532_3))
% 251.94/36.25
% 251.94/36.25 [24922] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_532_3))
% 251.94/36.25 -> [24923] ~r(skolem_X1010), ~r(Y11_532_3)
% 251.94/36.25 -> [24924] r(skolem_X1010), r(Y11_532_3)
% 251.94/36.25
% 251.94/36.25 [24923] CLOSURE : ~r(Y11_532_3)
% 251.94/36.25
% 251.94/36.25 [24924] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [25126] ~r(X8_470_4)
% 251.94/36.25
% 251.94/36.25 [25126] CLOSURE : ~r(X8_470_4)
% 251.94/36.25
% 251.94/36.25 [993] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [1006] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [1006] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1007] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1008] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1008] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1021] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1021] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1452] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1452] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1945] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [1945] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [1947] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [1948] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1947] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1948] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [2664] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [2664] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [3135] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [3135] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [3136] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [3137] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [3137] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [3136] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [17435] (r(skolem_X1010) <=> r(Y11_265_3))
% 251.94/36.25
% 251.94/36.25 [17435] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_265_3))
% 251.94/36.25 -> [17436] ~r(skolem_X1010), ~r(Y11_265_3)
% 251.94/36.25 -> [17437] r(skolem_X1010), r(Y11_265_3)
% 251.94/36.25
% 251.94/36.25 [17436] CLOSURE : ~r(Y11_265_3)
% 251.94/36.25
% 251.94/36.25 [17437] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [18457] ~r(X8_178_4)
% 251.94/36.25
% 251.94/36.25 [18457] CLOSURE : ~r(X8_178_4)
% 251.94/36.25
% 251.94/36.25 [1007] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1188] (p(skolem_X22) <=> p(Y3_14_0))
% 251.94/36.25
% 251.94/36.25 [1188] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_14_0))
% 251.94/36.25 -> [1189] ~p(skolem_X22), ~p(Y3_14_0)
% 251.94/36.25 -> [1190] p(skolem_X22), p(Y3_14_0)
% 251.94/36.25
% 251.94/36.25 [1190] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1541] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1541] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [1916] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [1916] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [1917] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [1918] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [1917] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [2495] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_5_3))
% 251.94/36.25 -> [3239] ~r(skolem_X1010), ~r(Y11_5_3)
% 251.94/36.25 -> [3240] r(skolem_X1010), r(Y11_5_3)
% 251.94/36.25
% 251.94/36.25 [3240] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [3521] ~r(X8_6_4)
% 251.94/36.25
% 251.94/36.25 [3521] CLOSURE : ~r(X8_6_4)
% 251.94/36.25
% 251.94/36.25 [3239] CLOSURE : ~r(Y11_5_3)
% 251.94/36.25
% 251.94/36.25 [1189] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [4617] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [4617] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [6555] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [6555] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [6556] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [6557] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [6556] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [12651] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_137_3))
% 251.94/36.25 -> [37897] ~r(skolem_X1010), ~r(Y11_137_3)
% 251.94/36.25 -> [37898] r(skolem_X1010), r(Y11_137_3)
% 251.94/36.25
% 251.94/36.25 [37897] CLOSURE : ~r(Y11_137_3)
% 251.94/36.25
% 251.94/36.25 [37898] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [37966] ~r(X8_1092_4)
% 251.94/36.25
% 251.94/36.25 [37966] CLOSURE : ~r(X8_1092_4)
% 251.94/36.25
% 251.94/36.25 [703] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [849] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [849] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [851] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [852] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [852] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [863] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [863] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [866] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [867] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [867] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [875] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [875] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1463] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1463] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1974] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [1974] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [1975] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [1976] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1976] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1975] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [4080] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [4080] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [14933] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [14933] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [14934] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [14935] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [14935] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [14934] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [19422] (r(skolem_X1010) <=> r(Y11_321_3))
% 251.94/36.25
% 251.94/36.25 [19422] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_321_3))
% 251.94/36.25 -> [19423] ~r(skolem_X1010), ~r(Y11_321_3)
% 251.94/36.25 -> [19424] r(skolem_X1010), r(Y11_321_3)
% 251.94/36.25
% 251.94/36.25 [19423] CLOSURE : ~r(Y11_321_3)
% 251.94/36.25
% 251.94/36.25 [19424] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [20282] ~r(X8_224_4)
% 251.94/36.25
% 251.94/36.25 [20282] CLOSURE : ~r(X8_224_4)
% 251.94/36.25
% 251.94/36.25 [866] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [971] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [971] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [972] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [973] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [973] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [972] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1123] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1123] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [3215] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [3215] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [3216] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [3217] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [3216] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [14455] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_185_3))
% 251.94/36.25 -> [23921] ~r(skolem_X1010), ~r(Y11_185_3)
% 251.94/36.25 -> [23922] r(skolem_X1010), r(Y11_185_3)
% 251.94/36.25
% 251.94/36.25 [23921] CLOSURE : ~r(Y11_185_3)
% 251.94/36.25
% 251.94/36.25 [23922] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [24176] ~r(X8_400_4)
% 251.94/36.25
% 251.94/36.25 [24176] CLOSURE : ~r(X8_400_4)
% 251.94/36.25
% 251.94/36.25 [851] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [949] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [950] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [949] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1099] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1099] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1101] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [1101] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [1102] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [1103] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1103] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1102] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1303] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1303] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [8102] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [8102] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [8104] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [8105] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [8105] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [8104] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [14475] (r(skolem_X1010) <=> r(Y11_187_3))
% 251.94/36.25
% 251.94/36.25 [14475] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_187_3))
% 251.94/36.25 -> [14478] ~r(skolem_X1010), ~r(Y11_187_3)
% 251.94/36.25 -> [14479] r(skolem_X1010), r(Y11_187_3)
% 251.94/36.25
% 251.94/36.25 [14478] CLOSURE : ~r(Y11_187_3)
% 251.94/36.25
% 251.94/36.25 [14479] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [35714] ~r(X8_953_4)
% 251.94/36.25
% 251.94/36.25 [35714] CLOSURE : ~r(X8_953_4)
% 251.94/36.25
% 251.94/36.25 [950] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [959] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [959] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [2586] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [2586] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [2587] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [2588] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [2588] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [2587] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [17677] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [17677] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [18663] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [18663] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [18664] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [18665] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [18665] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [23283] (r(skolem_X1010) <=> r(Y11_450_3))
% 251.94/36.25
% 251.94/36.25 [23283] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_450_3))
% 251.94/36.25 -> [23284] ~r(skolem_X1010), ~r(Y11_450_3)
% 251.94/36.25 -> [23285] r(skolem_X1010), r(Y11_450_3)
% 251.94/36.25
% 251.94/36.25 [23284] CLOSURE : ~r(Y11_450_3)
% 251.94/36.25
% 251.94/36.25 [23285] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [23492] ~r(X8_349_4)
% 251.94/36.25
% 251.94/36.25 [23492] CLOSURE : ~r(X8_349_4)
% 251.94/36.25
% 251.94/36.25 [18664] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [685] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [831] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [832] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [831] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [906] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [907] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [906] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1032] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1033] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1032] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1213] (p(skolem_X22) <=> p(Y3_16_0))
% 251.94/36.25
% 251.94/36.25 [1213] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_16_0))
% 251.94/36.25 -> [1214] ~p(skolem_X22), ~p(Y3_16_0)
% 251.94/36.25 -> [1215] p(skolem_X22), p(Y3_16_0)
% 251.94/36.25
% 251.94/36.25 [1215] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [8442] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [8442] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [9204] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [9204] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [9205] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [9206] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [9205] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [10057] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_98_3))
% 251.94/36.25 -> [20500] ~r(skolem_X1010), ~r(Y11_98_3)
% 251.94/36.25 -> [20501] r(skolem_X1010), r(Y11_98_3)
% 251.94/36.25
% 251.94/36.25 [20501] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [21164] ~r(X8_253_4)
% 251.94/36.25
% 251.94/36.25 [21164] CLOSURE : ~r(X8_253_4)
% 251.94/36.25
% 251.94/36.25 [20500] CLOSURE : ~r(Y11_98_3)
% 251.94/36.25
% 251.94/36.25 [1214] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1986] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1986] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [4897] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [4897] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [4898] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [4899] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [4898] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [28217] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_625_3))
% 251.94/36.25 -> [28678] ~r(skolem_X1010), ~r(Y11_625_3)
% 251.94/36.25 -> [28679] r(skolem_X1010), r(Y11_625_3)
% 251.94/36.25
% 251.94/36.25 [28678] CLOSURE : ~r(Y11_625_3)
% 251.94/36.25
% 251.94/36.25 [28679] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [28758] ~r(X8_663_4)
% 251.94/36.25
% 251.94/36.25 [28758] CLOSURE : ~r(X8_663_4)
% 251.94/36.25
% 251.94/36.25 [1033] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1037] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1037] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7437] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [7437] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [8636] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [8636] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [8637] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [8638] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [8637] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [8638] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [10343] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [10343] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [17294] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [17294] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [17295] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [17296] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [17296] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [17295] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [21008] (r(skolem_X1010) <=> r(Y11_381_3))
% 251.94/36.25
% 251.94/36.25 [21008] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_381_3))
% 251.94/36.25 -> [21009] ~r(skolem_X1010), ~r(Y11_381_3)
% 251.94/36.25 -> [21010] r(skolem_X1010), r(Y11_381_3)
% 251.94/36.25
% 251.94/36.25 [21009] CLOSURE : ~r(Y11_381_3)
% 251.94/36.25
% 251.94/36.25 [21010] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [36922] ~r(X8_1014_4)
% 251.94/36.25
% 251.94/36.25 [36922] CLOSURE : ~r(X8_1014_4)
% 251.94/36.25
% 251.94/36.25 [907] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [914] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [914] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [915] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [916] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [916] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [925] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [925] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1265] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [1265] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [1266] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [1267] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1266] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1267] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [2742] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [2742] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [4054] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [4054] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [4055] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [4056] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [4055] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [5249] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_49_3))
% 251.94/36.25 -> [28299] ~r(skolem_X1010), ~r(Y11_49_3)
% 251.94/36.25 -> [28300] r(skolem_X1010), r(Y11_49_3)
% 251.94/36.25
% 251.94/36.25 [28300] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [28389] ~r(X8_638_4)
% 251.94/36.25
% 251.94/36.25 [28389] CLOSURE : ~r(X8_638_4)
% 251.94/36.25
% 251.94/36.25 [28299] CLOSURE : ~r(Y11_49_3)
% 251.94/36.25
% 251.94/36.25 [915] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1046] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1046] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1047] (p(skolem_X22) <=> p(Y3_9_0))
% 251.94/36.25
% 251.94/36.25 [1047] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_9_0))
% 251.94/36.25 -> [1048] ~p(skolem_X22), ~p(Y3_9_0)
% 251.94/36.25 -> [1049] p(skolem_X22), p(Y3_9_0)
% 251.94/36.25
% 251.94/36.25 [1048] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1242] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1242] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [8176] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [8176] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [8179] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [8180] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [8180] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [8179] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [13937] (r(skolem_X1010) <=> r(Y11_170_3))
% 251.94/36.25
% 251.94/36.25 [13937] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_170_3))
% 251.94/36.25 -> [13938] ~r(skolem_X1010), ~r(Y11_170_3)
% 251.94/36.25 -> [13939] r(skolem_X1010), r(Y11_170_3)
% 251.94/36.25
% 251.94/36.25 [13938] CLOSURE : ~r(Y11_170_3)
% 251.94/36.25
% 251.94/36.25 [13939] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [15318] ~r(X8_115_4)
% 251.94/36.25
% 251.94/36.25 [15318] CLOSURE : ~r(X8_115_4)
% 251.94/36.25
% 251.94/36.25 [1049] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [3572] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [3572] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [12742] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [12742] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [12743] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [12744] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [12744] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [12743] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [37006] (r(skolem_X1010) <=> r(Y11_962_3))
% 251.94/36.25
% 251.94/36.25 [37006] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_962_3))
% 251.94/36.25 -> [37007] ~r(skolem_X1010), ~r(Y11_962_3)
% 251.94/36.25 -> [37008] r(skolem_X1010), r(Y11_962_3)
% 251.94/36.25
% 251.94/36.25 [37007] CLOSURE : ~r(Y11_962_3)
% 251.94/36.25
% 251.94/36.25 [37008] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [37576] ~r(X8_1049_4)
% 251.94/36.25
% 251.94/36.25 [37576] CLOSURE : ~r(X8_1049_4)
% 251.94/36.25
% 251.94/36.25 [832] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [837] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [837] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [1085] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1085] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [8159] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [8160] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [8160] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [8170] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [8170] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [8173] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [8174] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [8173] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [8634] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [8634] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [9833] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [9833] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [9834] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [9835] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9835] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9834] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [17438] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [17438] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [18491] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [18491] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [18492] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [18493] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [18493] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [18492] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [25444] (r(skolem_X1010) <=> r(Y11_543_3))
% 251.94/36.25
% 251.94/36.25 [25444] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_543_3))
% 251.94/36.25 -> [25445] ~r(skolem_X1010), ~r(Y11_543_3)
% 251.94/36.25 -> [25446] r(skolem_X1010), r(Y11_543_3)
% 251.94/36.25
% 251.94/36.25 [25445] CLOSURE : ~r(Y11_543_3)
% 251.94/36.25
% 251.94/36.25 [25446] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [25470] ~r(X8_490_4)
% 251.94/36.25
% 251.94/36.25 [25470] CLOSURE : ~r(X8_490_4)
% 251.94/36.25
% 251.94/36.25 [8174] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [8181] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [8181] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [9468] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [9468] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [9469] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [9470] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9470] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9469] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [38901] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [38901] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [39146] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [39146] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [39148] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [39149] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [39148] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [39170] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1071_3))
% 251.94/36.25 -> [39579] ~r(skolem_X1010), ~r(Y11_1071_3)
% 251.94/36.25 -> [39580] r(skolem_X1010), r(Y11_1071_3)
% 251.94/36.25
% 251.94/36.25 [39579] CLOSURE : ~r(Y11_1071_3)
% 251.94/36.25
% 251.94/36.25 [39580] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [39602] ~r(X8_1198_4)
% 251.94/36.25
% 251.94/36.25 [39602] CLOSURE : ~r(X8_1198_4)
% 251.94/36.25
% 251.94/36.25 [8159] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [8627] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [8628] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [8628] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [8633] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [8633] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [9829] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [9829] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [16877] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [16877] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [16879] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [16880] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [16879] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [16880] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [23763] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [23763] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [23777] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [23777] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [23778] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [23779] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [23779] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [23778] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [23902] (r(skolem_X1010) <=> r(Y11_485_3))
% 251.94/36.25
% 251.94/36.25 [23902] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_485_3))
% 251.94/36.25 -> [23903] ~r(skolem_X1010), ~r(Y11_485_3)
% 251.94/36.25 -> [23904] r(skolem_X1010), r(Y11_485_3)
% 251.94/36.25
% 251.94/36.25 [23903] CLOSURE : ~r(Y11_485_3)
% 251.94/36.25
% 251.94/36.25 [23904] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [23928] ~r(X8_377_4)
% 251.94/36.25
% 251.94/36.25 [23928] CLOSURE : ~r(X8_377_4)
% 251.94/36.25
% 251.94/36.25 [8627] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [9014] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [9014] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [9015] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [9016] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9016] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9015] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [16731] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [16731] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [17918] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [17918] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [17919] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [17920] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [17919] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [18593] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_291_3))
% 251.94/36.25 -> [41037] ~r(skolem_X1010), ~r(Y11_291_3)
% 251.94/36.25 -> [41038] r(skolem_X1010), r(Y11_291_3)
% 251.94/36.25
% 251.94/36.25 [41037] CLOSURE : ~r(Y11_291_3)
% 251.94/36.25
% 251.94/36.25 [41038] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [41095] ~r(X8_1262_4)
% 251.94/36.25
% 251.94/36.25 [41095] CLOSURE : ~r(X8_1262_4)
% 251.94/36.25
% 251.94/36.25 [490] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [502] r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [502] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.25 -> [827] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [828] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25
% 251.94/36.25 [828] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [839] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [840] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [840] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [846] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [846] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [1064] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1065] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [1065] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [1080] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [1080] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1082] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1083] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1083] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1090] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1090] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [8069] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [8069] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [14139] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [14139] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [14140] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [14141] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [14140] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [14141] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [15246] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [15246] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [15878] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [15878] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [15879] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [15880] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [15880] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [15879] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [22900] (r(skolem_X1010) <=> r(Y11_434_3))
% 251.94/36.25
% 251.94/36.25 [22900] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_434_3))
% 251.94/36.25 -> [22902] ~r(skolem_X1010), ~r(Y11_434_3)
% 251.94/36.25 -> [22903] r(skolem_X1010), r(Y11_434_3)
% 251.94/36.25
% 251.94/36.25 [22902] CLOSURE : ~r(Y11_434_3)
% 251.94/36.25
% 251.94/36.25 [22903] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [23081] s(skolem_X1414)
% 251.94/36.25
% 251.94/36.25 [23081] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [23350] p(Y13_111_5)
% 251.94/36.25
% 251.94/36.25 [23350] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [23516] (s(skolem_X1414) <=> s(Y15_48_6))
% 251.94/36.25
% 251.94/36.25 [23516] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_48_6))
% 251.94/36.25 -> [23517] ~s(skolem_X1414), ~s(Y15_48_6)
% 251.94/36.25 -> [23518] s(skolem_X1414), s(Y15_48_6)
% 251.94/36.25
% 251.94/36.25 [23517] CLOSURE : ~s(Y15_48_6)
% 251.94/36.25
% 251.94/36.25 [23518] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [23657] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [23657] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [23658] (p(skolem_X22) <=> p(Y3_808_0))
% 251.94/36.25
% 251.94/36.25 [23658] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_808_0))
% 251.94/36.25 -> [23659] ~p(skolem_X22), ~p(Y3_808_0)
% 251.94/36.25 -> [23660] p(skolem_X22), p(Y3_808_0)
% 251.94/36.25
% 251.94/36.25 [23659] CLOSURE : ~p(skolem_X22)
% 251.94/36.25
% 251.94/36.25 [23660] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [23796] ! [Y5_5] : (r(Y5_5))
% 251.94/36.25
% 251.94/36.25 [23796] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [23797] r(Y5_948_1)
% 251.94/36.25
% 251.94/36.25 [23797] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [23915] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25
% 251.94/36.25 [23915] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [23916] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [23916] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [23917] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [23918] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [23918] CLOSURE : q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [23917] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [1082] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1229] (p(skolem_X22) <=> p(Y3_17_0))
% 251.94/36.25
% 251.94/36.25 [1229] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_17_0))
% 251.94/36.25 -> [1230] ~p(skolem_X22), ~p(Y3_17_0)
% 251.94/36.25 -> [1231] p(skolem_X22), p(Y3_17_0)
% 251.94/36.25
% 251.94/36.25 [1230] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [12552] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [12552] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [13287] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [13287] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [13288] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [13289] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [13288] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [13779] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_165_3))
% 251.94/36.25 -> [16709] ~r(skolem_X1010), ~r(Y11_165_3)
% 251.94/36.25 -> [16710] r(skolem_X1010), r(Y11_165_3)
% 251.94/36.25
% 251.94/36.25 [16710] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [17153] s(Y9_87_4)
% 251.94/36.25
% 251.94/36.25 [17153] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [17582] p(Y13_53_5)
% 251.94/36.25
% 251.94/36.25 [17582] CLOSURE : p(Y13_53_5)
% 251.94/36.25
% 251.94/36.25 [16709] CLOSURE : ~r(Y11_165_3)
% 251.94/36.25
% 251.94/36.25 [1231] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [4159] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [4159] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [4464] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [4464] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [4465] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [4466] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [4465] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [4834] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_41_3))
% 251.94/36.25 -> [21662] ~r(skolem_X1010), ~r(Y11_41_3)
% 251.94/36.25 -> [21663] r(skolem_X1010), r(Y11_41_3)
% 251.94/36.25
% 251.94/36.25 [21662] CLOSURE : ~r(Y11_41_3)
% 251.94/36.25
% 251.94/36.25 [21663] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [30230] s(skolem_X1414)
% 251.94/36.25
% 251.94/36.25 [30230] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [30277] p(Y13_310_5)
% 251.94/36.25
% 251.94/36.25 [30277] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [30339] (s(skolem_X1414) <=> s(Y15_141_6))
% 251.94/36.25
% 251.94/36.25 [30339] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_141_6))
% 251.94/36.25 -> [30340] ~s(skolem_X1414), ~s(Y15_141_6)
% 251.94/36.25 -> [30341] s(skolem_X1414), s(Y15_141_6)
% 251.94/36.25
% 251.94/36.25 [30341] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [30393] ~p(X16_93_7)
% 251.94/36.25
% 251.94/36.25 [30393] CLOSURE : ~p(X16_93_7)
% 251.94/36.25
% 251.94/36.25 [30340] CLOSURE : ~s(Y15_141_6)
% 251.94/36.25
% 251.94/36.25 [1064] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1208] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1209] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1209] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1210] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1210] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [13681] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [13681] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [13682] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [13683] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [13682] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [13683] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [14347] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [14347] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [15037] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [15037] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [15038] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [15039] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [15038] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [15750] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_215_3))
% 251.94/36.25 -> [19675] ~r(skolem_X1010), ~r(Y11_215_3)
% 251.94/36.25 -> [19676] r(skolem_X1010), r(Y11_215_3)
% 251.94/36.25
% 251.94/36.25 [19675] CLOSURE : ~r(Y11_215_3)
% 251.94/36.25
% 251.94/36.25 [19676] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [20119] s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [20119] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [20552] p(Y13_79_5)
% 251.94/36.25
% 251.94/36.25 [20552] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [32857] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [32857] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25 -> [32858] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25
% 251.94/36.25 [32858] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25 -> [32859] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.25 -> [32860] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [32860] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [32859] CLOSURE : ~s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [1208] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1401] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1401] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [33937] (p(skolem_X22) <=> p(Y3_988_0))
% 251.94/36.25
% 251.94/36.25 [33937] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_988_0))
% 251.94/36.25 -> [33938] ~p(skolem_X22), ~p(Y3_988_0)
% 251.94/36.25 -> [33939] p(skolem_X22), p(Y3_988_0)
% 251.94/36.25
% 251.94/36.25 [33938] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [34141] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [34141] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [34278] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [34278] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [34279] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [34280] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [34280] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [34279] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [34476] (r(skolem_X1010) <=> r(Y11_858_3))
% 251.94/36.25
% 251.94/36.25 [34476] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_858_3))
% 251.94/36.25 -> [34477] ~r(skolem_X1010), ~r(Y11_858_3)
% 251.94/36.25 -> [34478] r(skolem_X1010), r(Y11_858_3)
% 251.94/36.25
% 251.94/36.25 [34477] CLOSURE : ~r(Y11_858_3)
% 251.94/36.25
% 251.94/36.25 [34478] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [34490] s(Y9_463_4)
% 251.94/36.25
% 251.94/36.25 [34490] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [34492] p(Y13_409_5)
% 251.94/36.25
% 251.94/36.25 [34492] CLOSURE : p(Y13_409_5)
% 251.94/36.25
% 251.94/36.25 [33939] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [34016] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [34016] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [34116] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [34116] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [34117] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [34118] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [34118] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [34117] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [34470] (r(skolem_X1010) <=> r(Y11_857_3))
% 251.94/36.25
% 251.94/36.25 [34470] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_857_3))
% 251.94/36.25 -> [34471] ~r(skolem_X1010), ~r(Y11_857_3)
% 251.94/36.25 -> [34472] r(skolem_X1010), r(Y11_857_3)
% 251.94/36.25
% 251.94/36.25 [34471] CLOSURE : ~r(Y11_857_3)
% 251.94/36.25
% 251.94/36.25 [34472] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [34485] s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [34485] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [34493] p(Y13_410_5)
% 251.94/36.25
% 251.94/36.25 [34493] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [34503] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [34503] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25 -> [34504] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25
% 251.94/36.25 [34504] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25 -> [34505] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.25 -> [34506] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [34506] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [34505] CLOSURE : ~s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [839] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [930] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [930] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [1370] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1371] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [1371] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [1385] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [1385] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1386] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1387] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1386] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [7383] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [7383] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [7384] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [7385] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7385] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7384] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [9379] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [9379] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [10199] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [10199] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [10200] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [10201] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [10200] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [16154] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_226_3))
% 251.94/36.25 -> [18280] ~r(skolem_X1010), ~r(Y11_226_3)
% 251.94/36.25 -> [18281] r(skolem_X1010), r(Y11_226_3)
% 251.94/36.25
% 251.94/36.25 [18280] CLOSURE : ~r(Y11_226_3)
% 251.94/36.25
% 251.94/36.25 [18281] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [18579] s(Y9_104_4)
% 251.94/36.25
% 251.94/36.25 [18579] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [18866] ~s(X12_98_5)
% 251.94/36.25
% 251.94/36.25 [18866] CLOSURE : ~s(X12_98_5)
% 251.94/36.25
% 251.94/36.25 [1387] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1389] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1389] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7758] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [7758] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [8831] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [8831] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [8832] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [8833] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [8833] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [8832] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [21478] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [21478] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [22297] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [22297] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [22298] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [22299] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [22299] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [22298] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [24291] (r(skolem_X1010) <=> r(Y11_509_3))
% 251.94/36.25
% 251.94/36.25 [24291] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_509_3))
% 251.94/36.25 -> [24292] ~r(skolem_X1010), ~r(Y11_509_3)
% 251.94/36.25 -> [24293] r(skolem_X1010), r(Y11_509_3)
% 251.94/36.25
% 251.94/36.25 [24292] CLOSURE : ~r(Y11_509_3)
% 251.94/36.25
% 251.94/36.25 [24293] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [24638] s(Y9_219_4)
% 251.94/36.25
% 251.94/36.25 [24638] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [24867] ~s(X12_222_5)
% 251.94/36.25
% 251.94/36.25 [24867] CLOSURE : ~s(X12_222_5)
% 251.94/36.25
% 251.94/36.25 [1370] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [7255] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7256] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [7256] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [7257] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [7257] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [7823] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [7823] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [7825] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [7826] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7826] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [7825] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [12677] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [12677] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [13408] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [13408] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [13409] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [13410] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [13409] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [13965] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_173_3))
% 251.94/36.25 -> [29399] ~r(skolem_X1010), ~r(Y11_173_3)
% 251.94/36.25 -> [29400] r(skolem_X1010), r(Y11_173_3)
% 251.94/36.25
% 251.94/36.25 [29400] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [29420] s(Y9_352_4)
% 251.94/36.25
% 251.94/36.25 [29420] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [29449] ~s(X12_356_5)
% 251.94/36.25
% 251.94/36.25 [29449] CLOSURE : ~s(X12_356_5)
% 251.94/36.25
% 251.94/36.25 [29399] CLOSURE : ~r(Y11_173_3)
% 251.94/36.25
% 251.94/36.25 [7255] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [7477] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [7477] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [9095] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [9095] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [9096] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [9097] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9097] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9096] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [11758] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [11758] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [12657] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [12657] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [12658] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [12659] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [12659] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [12658] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [37060] (r(skolem_X1010) <=> r(Y11_964_3))
% 251.94/36.25
% 251.94/36.25 [37060] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_964_3))
% 251.94/36.25 -> [37062] ~r(skolem_X1010), ~r(Y11_964_3)
% 251.94/36.25 -> [37063] r(skolem_X1010), r(Y11_964_3)
% 251.94/36.25
% 251.94/36.25 [37062] CLOSURE : ~r(Y11_964_3)
% 251.94/36.25
% 251.94/36.25 [37063] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [37128] s(Y9_554_4)
% 251.94/36.25
% 251.94/36.25 [37128] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [37156] ~s(X12_566_5)
% 251.94/36.25
% 251.94/36.25 [37156] CLOSURE : ~s(X12_566_5)
% 251.94/36.25
% 251.94/36.25 [827] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [899] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [900] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [899] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [998] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [999] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [998] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1132] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1133] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1132] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1299] (p(skolem_X22) <=> p(Y3_19_0))
% 251.94/36.25
% 251.94/36.25 [1299] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_19_0))
% 251.94/36.25 -> [1301] ~p(skolem_X22), ~p(Y3_19_0)
% 251.94/36.25 -> [1302] p(skolem_X22), p(Y3_19_0)
% 251.94/36.25
% 251.94/36.25 [1302] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [2146] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [2146] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [3735] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [3735] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [3736] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [3737] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [3736] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [5146] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_48_3))
% 251.94/36.25 -> [20148] ~r(skolem_X1010), ~r(Y11_48_3)
% 251.94/36.25 -> [20149] r(skolem_X1010), r(Y11_48_3)
% 251.94/36.25
% 251.94/36.25 [20149] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [20538] s(Y9_135_4)
% 251.94/36.25
% 251.94/36.25 [20538] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [21070] ~s(X12_135_5)
% 251.94/36.25
% 251.94/36.25 [21070] CLOSURE : ~s(X12_135_5)
% 251.94/36.25
% 251.94/36.25 [20148] CLOSURE : ~r(Y11_48_3)
% 251.94/36.25
% 251.94/36.25 [1301] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [8893] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [8893] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [9525] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [9525] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [9526] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [9527] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [9526] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [10142] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_100_3))
% 251.94/36.25 -> [13007] ~r(skolem_X1010), ~r(Y11_100_3)
% 251.94/36.25 -> [13008] r(skolem_X1010), r(Y11_100_3)
% 251.94/36.25
% 251.94/36.25 [13007] CLOSURE : ~r(Y11_100_3)
% 251.94/36.25
% 251.94/36.25 [13008] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [13868] s(Y9_55_4)
% 251.94/36.25
% 251.94/36.25 [13868] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [34386] ~s(X12_485_5)
% 251.94/36.25
% 251.94/36.25 [34386] CLOSURE : ~s(X12_485_5)
% 251.94/36.25
% 251.94/36.25 [1133] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1135] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1135] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1432] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1432] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [4021] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [4021] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [4024] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [4025] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [4024] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [4025] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [15115] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [15115] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [37036] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [37036] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [37037] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [37038] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [37038] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [37037] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [37170] (r(skolem_X1010) <=> r(Y11_975_3))
% 251.94/36.25
% 251.94/36.25 [37170] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_975_3))
% 251.94/36.25 -> [37171] ~r(skolem_X1010), ~r(Y11_975_3)
% 251.94/36.25 -> [37172] r(skolem_X1010), r(Y11_975_3)
% 251.94/36.25
% 251.94/36.25 [37171] CLOSURE : ~r(Y11_975_3)
% 251.94/36.25
% 251.94/36.25 [37172] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [37541] s(Y9_572_4)
% 251.94/36.25
% 251.94/36.25 [37541] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [37574] ~s(X12_579_5)
% 251.94/36.25
% 251.94/36.25 [37574] CLOSURE : ~s(X12_579_5)
% 251.94/36.25
% 251.94/36.25 [999] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [1009] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [1009] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [1010] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1011] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [1011] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [1027] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1027] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1341] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [1341] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [1342] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [1343] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1342] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [1343] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1496] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1496] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [1571] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [1571] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [1574] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [1575] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [1574] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [1662] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1_3))
% 251.94/36.25 -> [2239] ~r(skolem_X1010), ~r(Y11_1_3)
% 251.94/36.25 -> [2240] r(skolem_X1010), r(Y11_1_3)
% 251.94/36.25
% 251.94/36.25 [2240] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [2441] s(Y9_1_4)
% 251.94/36.25
% 251.94/36.25 [2441] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [10610] ~s(X12_28_5)
% 251.94/36.25
% 251.94/36.25 [10610] CLOSURE : ~s(X12_28_5)
% 251.94/36.25
% 251.94/36.25 [2239] CLOSURE : ~r(Y11_1_3)
% 251.94/36.25
% 251.94/36.25 [1010] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [1147] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1147] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [1465] (p(skolem_X22) <=> p(Y3_25_0))
% 251.94/36.25
% 251.94/36.25 [1465] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_25_0))
% 251.94/36.25 -> [1468] ~p(skolem_X22), ~p(Y3_25_0)
% 251.94/36.25 -> [1469] p(skolem_X22), p(Y3_25_0)
% 251.94/36.25
% 251.94/36.25 [1469] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1551] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1551] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [1634] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [1634] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [1635] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [1636] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1636] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1635] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [3111] (r(skolem_X1010) <=> r(Y11_12_3))
% 251.94/36.25
% 251.94/36.25 [3111] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_12_3))
% 251.94/36.25 -> [3113] ~r(skolem_X1010), ~r(Y11_12_3)
% 251.94/36.25 -> [3114] r(skolem_X1010), r(Y11_12_3)
% 251.94/36.25
% 251.94/36.25 [3113] CLOSURE : ~r(Y11_12_3)
% 251.94/36.25
% 251.94/36.25 [3114] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [3833] s(Y9_7_4)
% 251.94/36.25
% 251.94/36.25 [3833] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [19845] ~s(X12_110_5)
% 251.94/36.25
% 251.94/36.25 [19845] CLOSURE : ~s(X12_110_5)
% 251.94/36.25
% 251.94/36.25 [1468] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [1682] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [1682] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [1959] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [1959] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [1960] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [1961] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1961] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [1960] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [37515] (r(skolem_X1010) <=> r(Y11_998_3))
% 251.94/36.25
% 251.94/36.25 [37515] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_998_3))
% 251.94/36.25 -> [37516] ~r(skolem_X1010), ~r(Y11_998_3)
% 251.94/36.25 -> [37517] r(skolem_X1010), r(Y11_998_3)
% 251.94/36.25
% 251.94/36.25 [37516] CLOSURE : ~r(Y11_998_3)
% 251.94/36.25
% 251.94/36.25 [37517] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [37707] s(Y9_580_4)
% 251.94/36.25
% 251.94/36.25 [37707] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [37802] ~s(X12_588_5)
% 251.94/36.25
% 251.94/36.25 [37802] CLOSURE : ~s(X12_588_5)
% 251.94/36.25
% 251.94/36.25 [900] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [910] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [910] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [1182] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [1182] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [9041] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [9042] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [9042] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [9051] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [9051] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [9052] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [9053] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [9052] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [9462] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [9462] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [10858] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [10858] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [10859] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [10860] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [10860] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [10859] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [12722] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [12722] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [13821] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [13821] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [13822] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [13823] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [13823] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [13822] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [23685] (r(skolem_X1010) <=> r(Y11_474_3))
% 251.94/36.25
% 251.94/36.25 [23685] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_474_3))
% 251.94/36.25 -> [23686] ~r(skolem_X1010), ~r(Y11_474_3)
% 251.94/36.25 -> [23687] r(skolem_X1010), r(Y11_474_3)
% 251.94/36.25
% 251.94/36.25 [23686] CLOSURE : ~r(Y11_474_3)
% 251.94/36.25
% 251.94/36.25 [23687] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [23818] s(skolem_X1414)
% 251.94/36.25
% 251.94/36.25 [23818] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [23944] (s(skolem_X1414) <=> s(Y15_58_5))
% 251.94/36.25
% 251.94/36.25 [23944] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_58_5))
% 251.94/36.25 -> [23945] ~s(skolem_X1414), ~s(Y15_58_5)
% 251.94/36.25 -> [23946] s(skolem_X1414), s(Y15_58_5)
% 251.94/36.25
% 251.94/36.25 [23945] CLOSURE : ~s(Y15_58_5)
% 251.94/36.25
% 251.94/36.25 [23946] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [24186] ~p(X16_34_6)
% 251.94/36.25
% 251.94/36.25 [24186] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [24305] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [24305] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [24306] (p(skolem_X22) <=> p(Y3_814_0))
% 251.94/36.25
% 251.94/36.25 [24306] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_814_0))
% 251.94/36.25 -> [24307] ~p(skolem_X22), ~p(Y3_814_0)
% 251.94/36.25 -> [24308] p(skolem_X22), p(Y3_814_0)
% 251.94/36.25
% 251.94/36.25 [24308] CLOSURE : p(skolem_X22)
% 251.94/36.25
% 251.94/36.25 [24307] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [24515] ! [Y5_5] : (r(Y5_5))
% 251.94/36.25
% 251.94/36.25 [24515] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [24516] r(Y5_957_1)
% 251.94/36.25
% 251.94/36.25 [24516] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [24634] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25
% 251.94/36.25 [24634] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [24635] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [24635] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [24636] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [24637] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [24637] CLOSURE : q(skolem_X66)
% 251.94/36.25
% 251.94/36.25 [24636] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [9053] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [9054] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [9054] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [10361] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [10361] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [10362] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [10363] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [10363] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [10362] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [14276] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [14276] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [15176] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [15176] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [15179] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [15180] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [15179] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [15576] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_212_3))
% 251.94/36.25 -> [23861] ~r(skolem_X1010), ~r(Y11_212_3)
% 251.94/36.25 -> [23862] r(skolem_X1010), r(Y11_212_3)
% 251.94/36.25
% 251.94/36.25 [23861] CLOSURE : ~r(Y11_212_3)
% 251.94/36.25
% 251.94/36.25 [23862] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [24006] s(skolem_X1414)
% 251.94/36.25
% 251.94/36.25 [24006] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25 -> [24212] (s(skolem_X1414) <=> s(Y15_65_5))
% 251.94/36.25
% 251.94/36.25 [24212] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_65_5))
% 251.94/36.25 -> [24213] ~s(skolem_X1414), ~s(Y15_65_5)
% 251.94/36.25 -> [24214] s(skolem_X1414), s(Y15_65_5)
% 251.94/36.25
% 251.94/36.25 [24213] CLOSURE : ~s(Y15_65_5)
% 251.94/36.25
% 251.94/36.25 [24214] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [24350] q(Y17_29_6)
% 251.94/36.25
% 251.94/36.25 [24350] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [24491] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25
% 251.94/36.25 [24491] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [24492] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [24492] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [24493] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [24494] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [24494] CLOSURE : p(skolem_X22)
% 251.94/36.25
% 251.94/36.25 [24493] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [9041] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [9448] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [9449] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [9448] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [9864] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [9864] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [9866] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [9867] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9867] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [9866] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [12042] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [12042] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [12708] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [12708] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [12709] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [12710] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [12709] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [13435] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_159_3))
% 251.94/36.25 -> [19516] ~r(skolem_X1010), ~r(Y11_159_3)
% 251.94/36.25 -> [19517] r(skolem_X1010), r(Y11_159_3)
% 251.94/36.25
% 251.94/36.25 [19516] CLOSURE : ~r(Y11_159_3)
% 251.94/36.25
% 251.94/36.25 [19517] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [39972] s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [39972] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [40045] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [40045] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25 -> [40046] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25
% 251.94/36.25 [40046] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25 -> [40047] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.25 -> [40048] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [40048] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [40047] CLOSURE : ~s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [9449] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [9453] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [9453] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [10354] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [10354] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [11735] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [11735] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [11736] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [11737] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [11737] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [11736] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [16856] r(skolem_X1010)
% 251.94/36.25
% 251.94/36.25 [16856] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [17736] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [17736] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [17737] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [17738] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [17738] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [17737] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.25 -> [40205] (r(skolem_X1010) <=> r(Y11_1115_3))
% 251.94/36.25
% 251.94/36.25 [40205] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1115_3))
% 251.94/36.25 -> [40206] ~r(skolem_X1010), ~r(Y11_1115_3)
% 251.94/36.25 -> [40207] r(skolem_X1010), r(Y11_1115_3)
% 251.94/36.25
% 251.94/36.25 [40206] CLOSURE : ~r(Y11_1115_3)
% 251.94/36.25
% 251.94/36.25 [40207] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [40236] s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [40236] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [40275] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [40275] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25 -> [40276] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25
% 251.94/36.25 [40276] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25 -> [40277] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.25 -> [40278] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [40278] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [40277] CLOSURE : ~s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [472] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.25 -> [656] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [657] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.25
% 251.94/36.25 [657] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.25 -> [665] r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [665] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.25 -> [7518] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [7519] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25
% 251.94/36.25 [7518] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.25 -> [7843] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [7844] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25
% 251.94/36.25 [7843] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [8177] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [8178] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [8177] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [8567] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [8568] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [8567] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [8946] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [8946] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [10238] (p(skolem_X22) <=> p(Y3_405_0))
% 251.94/36.25
% 251.94/36.25 [10238] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_405_0))
% 251.94/36.25 -> [10239] ~p(skolem_X22), ~p(Y3_405_0)
% 251.94/36.25 -> [10240] p(skolem_X22), p(Y3_405_0)
% 251.94/36.25
% 251.94/36.25 [10239] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [25530] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [25530] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [25545] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [25545] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [25546] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [25547] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [25547] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [25546] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [25574] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [25574] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.25 -> [25575] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25
% 251.94/36.25 [25575] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [25576] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [25577] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [25576] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [25577] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [10240] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [11315] r(Y5_413_1)
% 251.94/36.25
% 251.94/36.25 [11315] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [12459] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [12459] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [12460] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [12461] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [12461] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [12460] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [29876] ~! [Y11_11] : ((r(X10_659_3) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [29876] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_659_3) <=> r(Y11_11)))
% 251.94/36.25 -> [29877] ~(r(X10_659_3) <=> r(skolem_Y1111(X10_659_3)))
% 251.94/36.25
% 251.94/36.25 [29877] BETA_NOT_EQUIV : ~(r(X10_659_3) <=> r(skolem_Y1111(X10_659_3)))
% 251.94/36.25 -> [29879] ~r(X10_659_3), r(skolem_Y1111(X10_659_3))
% 251.94/36.25 -> [29880] r(X10_659_3), ~r(skolem_Y1111(X10_659_3))
% 251.94/36.25
% 251.94/36.25 [29879] CLOSURE : ~r(X10_659_3)
% 251.94/36.25
% 251.94/36.25 [29880] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [29905] s(Y9_367_4)
% 251.94/36.25
% 251.94/36.25 [29905] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [29914] ~s(X12_373_5)
% 251.94/36.25
% 251.94/36.25 [29914] CLOSURE : ~s(X12_373_5)
% 251.94/36.25
% 251.94/36.25 [8568] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [8951] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [8951] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [9795] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [9795] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [9796] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [9797] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [9796] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [9797] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [10662] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [10662] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [11895] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [11895] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [11896] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [11897] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [11896] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [29869] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [29896] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [29897] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [29897] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [29896] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [8178] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [8182] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [8182] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [8183] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [8184] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [8183] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [8573] (p(skolem_X22) <=> p(Y3_324_0))
% 251.94/36.25
% 251.94/36.25 [8573] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_324_0))
% 251.94/36.25 -> [8577] ~p(skolem_X22), ~p(Y3_324_0)
% 251.94/36.25 -> [8578] p(skolem_X22), p(Y3_324_0)
% 251.94/36.25
% 251.94/36.25 [8577] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [10667] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [10667] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [11906] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [11906] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [11907] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [11908] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [11908] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [25570] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [25570] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.25 -> [25571] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25
% 251.94/36.25 [25571] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [25572] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [25573] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [25572] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [25573] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [11907] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [8578] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [9389] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [9389] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [10257] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [10257] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [10258] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [10259] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [10258] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [11342] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [29954] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [29955] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [29954] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [29955] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [8184] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [8186] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [8186] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [8964] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [8964] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [10694] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25
% 251.94/36.25 [10694] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.25 -> [10695] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.25 -> [10696] p(skolem_X22), p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [10695] CLOSURE : ~p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [10696] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [12493] r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [12493] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [29938] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [29938] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [29939] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [29940] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [29940] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [29939] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [30011] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [30011] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.25 -> [30012] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25
% 251.94/36.25 [30012] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.25 -> [30013] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.25 -> [30014] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [30014] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.25
% 251.94/36.25 [30013] CLOSURE : ~r(skolem_X88)
% 251.94/36.25
% 251.94/36.25 [7844] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.25 -> [7851] s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [7851] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.25 -> [8594] ~p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [8594] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.25 -> [9809] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [9810] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25
% 251.94/36.25 [9809] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [10284] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [10285] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [10284] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [10715] ~q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [10715] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [12506] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [12506] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [12508] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [12509] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [12509] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [12508] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [29968] r(Y5_1038_1)
% 251.94/36.25
% 251.94/36.25 [29968] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [29995] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25
% 251.94/36.25 [29995] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.25 -> [29996] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.25 -> [29997] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [29997] CLOSURE : q(skolem_Y1717)
% 251.94/36.25
% 251.94/36.25 [29996] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.25 -> [30099] ~! [Y11_11] : ((r(X10_674_3) <=> r(Y11_11)))
% 251.94/36.25
% 251.94/36.25 [30099] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_674_3) <=> r(Y11_11)))
% 251.94/36.25 -> [30101] ~(r(X10_674_3) <=> r(skolem_Y1111(X10_674_3)))
% 251.94/36.25
% 251.94/36.25 [30101] BETA_NOT_EQUIV : ~(r(X10_674_3) <=> r(skolem_Y1111(X10_674_3)))
% 251.94/36.25 -> [30102] ~r(X10_674_3), r(skolem_Y1111(X10_674_3))
% 251.94/36.25 -> [30103] r(X10_674_3), ~r(skolem_Y1111(X10_674_3))
% 251.94/36.25
% 251.94/36.25 [30102] CLOSURE : ~r(X10_674_3)
% 251.94/36.25
% 251.94/36.25 [30103] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [30187] s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [30187] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [30201] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [30201] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25 -> [30202] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25
% 251.94/36.25 [30202] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25 -> [30203] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.25 -> [30204] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [30204] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [30203] CLOSURE : ~s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [10285] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.25 -> [10291] p(skolem_X1616)
% 251.94/36.25
% 251.94/36.25 [10291] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [11373] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [11373] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [11374] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.25 -> [11375] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [11375] CLOSURE : p(skolem_Y1313)
% 251.94/36.25
% 251.94/36.25 [11374] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.25 -> [30064] r(Y5_1040_1)
% 251.94/36.25
% 251.94/36.25 [30064] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.25 -> [30073] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25
% 251.94/36.25 [30073] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.25 -> [30074] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.25 -> [30075] q(skolem_X66), q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [30074] CLOSURE : ~q(skolem_X44)
% 251.94/36.25
% 251.94/36.25 [30088] BETA_NOT_EQUIV : ~(r(X10_673_3) <=> r(skolem_Y1111(X10_673_3)))
% 251.94/36.25 -> [30196] ~r(X10_673_3), r(skolem_Y1111(X10_673_3))
% 251.94/36.25 -> [30197] r(X10_673_3), ~r(skolem_Y1111(X10_673_3))
% 251.94/36.25
% 251.94/36.25 [30196] CLOSURE : ~r(X10_673_3)
% 251.94/36.25
% 251.94/36.25 [30197] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.25 -> [30224] s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [30224] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [30231] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [30231] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.25 -> [30232] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25
% 251.94/36.25 [30232] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.25 -> [30233] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.25 -> [30234] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [30234] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.25
% 251.94/36.25 [30233] CLOSURE : ~s(skolem_X1212)
% 251.94/36.25
% 251.94/36.25 [9810] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.25 -> [9818] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.25
% 251.94/36.25 [9818] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.25 -> [9821] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.25 -> [9822] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.25
% 251.94/36.25 [9821] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.25 -> [10307] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25
% 251.94/36.25 [10307] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.25 -> [10308] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [10309] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10309] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10308] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [29998] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [29998] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [30018] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [30018] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [30019] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [30020] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [30019] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [30043] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [30091] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [30092] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30092] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30091] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [9822] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [9827] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9827] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [10734] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [10734] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [12523] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [12523] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [12524] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [12525] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [12524] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [12525] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [30142] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30142] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [30178] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [30178] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [30179] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [30180] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [30180] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [30179] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [30489] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [30489] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [30490] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [30490] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [30491] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [30492] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30491] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [30492] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [7519] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [7531] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7532] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [7531] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7859] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7859] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [8987] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8988] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [8988] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [8995] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [8995] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8996] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8997] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8996] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [9440] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9440] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [10762] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [10762] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [10764] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [10765] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10765] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10764] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [25600] r(Y5_970_1)
% 251.94/36.26
% 251.94/36.26 [25600] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [25637] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [25637] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [25638] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [25639] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [25639] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [25638] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [25792] ~! [Y11_11] : ((r(X10_492_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [25792] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_492_3) <=> r(Y11_11)))
% 251.94/36.26 -> [25793] ~(r(X10_492_3) <=> r(skolem_Y1111(X10_492_3)))
% 251.94/36.26
% 251.94/36.26 [25793] BETA_NOT_EQUIV : ~(r(X10_492_3) <=> r(skolem_Y1111(X10_492_3)))
% 251.94/36.26 -> [25794] ~r(X10_492_3), r(skolem_Y1111(X10_492_3))
% 251.94/36.26 -> [25795] r(X10_492_3), ~r(skolem_Y1111(X10_492_3))
% 251.94/36.26
% 251.94/36.26 [25794] CLOSURE : ~r(X10_492_3)
% 251.94/36.26
% 251.94/36.26 [25795] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [25850] s(Y9_262_4)
% 251.94/36.26
% 251.94/36.26 [25850] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [25853] ~s(X12_252_5)
% 251.94/36.26
% 251.94/36.26 [25853] CLOSURE : ~s(X12_252_5)
% 251.94/36.26
% 251.94/36.26 [8997] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8999] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8999] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9836] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [9836] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [9837] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [9838] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9838] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9837] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [25707] r(Y5_972_1)
% 251.94/36.26
% 251.94/36.26 [25707] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [25744] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [25744] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [25745] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [25746] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [25745] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [25784] BETA_NOT_EQUIV : ~(r(X10_491_3) <=> r(skolem_Y1111(X10_491_3)))
% 251.94/36.26 -> [26001] ~r(X10_491_3), r(skolem_Y1111(X10_491_3))
% 251.94/36.26 -> [26002] r(X10_491_3), ~r(skolem_Y1111(X10_491_3))
% 251.94/36.26
% 251.94/36.26 [26001] CLOSURE : ~r(X10_491_3)
% 251.94/36.26
% 251.94/36.26 [26002] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [26065] s(Y9_272_4)
% 251.94/36.26
% 251.94/36.26 [26065] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [26092] ~s(X12_261_5)
% 251.94/36.26
% 251.94/36.26 [26092] CLOSURE : ~s(X12_261_5)
% 251.94/36.26
% 251.94/36.26 [8987] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [9428] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [9429] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [9428] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9830] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [9830] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [9831] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [9832] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9832] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9831] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [12533] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [12533] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [30032] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [30032] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [30033] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [30034] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [30033] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [30052] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [30139] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [30140] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30140] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30139] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [9429] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [9430] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9430] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [10333] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [10333] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [12542] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [12542] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [12543] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [12544] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [12544] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [12543] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [30113] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30113] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [30126] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [30126] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [30130] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [30131] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [30131] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [30130] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [30173] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [30173] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [30174] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [30174] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [30175] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [30176] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30175] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [30176] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [7532] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [7537] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [7537] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [8206] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8207] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [8206] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8615] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8616] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8615] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9011] (p(skolem_X22) <=> p(Y3_353_0))
% 251.94/36.26
% 251.94/36.26 [9011] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_353_0))
% 251.94/36.26 -> [9012] ~p(skolem_X22), ~p(Y3_353_0)
% 251.94/36.26 -> [9013] p(skolem_X22), p(Y3_353_0)
% 251.94/36.26
% 251.94/36.26 [9012] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [11409] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [11409] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [12576] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [12576] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [12578] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [12579] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [12578] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [25602] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [25747] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [25748] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [25747] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [25748] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [9013] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9846] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [9846] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [10785] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [10785] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [10786] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [10787] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [10786] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [12008] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [30642] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [30643] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30643] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30642] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [8616] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8625] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8625] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [9863] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9863] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [11431] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [11431] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [11432] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [11433] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [11432] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [11433] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [12597] r(Y5_481_1)
% 251.94/36.26
% 251.94/36.26 [12597] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [30663] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [30663] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [30664] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [30665] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [30665] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [30664] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [30823] ~! [Y11_11] : ((r(X10_705_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [30823] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_705_3) <=> r(Y11_11)))
% 251.94/36.26 -> [30825] ~(r(X10_705_3) <=> r(skolem_Y1111(X10_705_3)))
% 251.94/36.26
% 251.94/36.26 [30825] BETA_NOT_EQUIV : ~(r(X10_705_3) <=> r(skolem_Y1111(X10_705_3)))
% 251.94/36.26 -> [30828] ~r(X10_705_3), r(skolem_Y1111(X10_705_3))
% 251.94/36.26 -> [30829] r(X10_705_3), ~r(skolem_Y1111(X10_705_3))
% 251.94/36.26
% 251.94/36.26 [30828] CLOSURE : ~r(X10_705_3)
% 251.94/36.26
% 251.94/36.26 [30829] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [30940] s(skolem_Y1515(skolem_X1212))
% 251.94/36.26
% 251.94/36.26 [30940] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [30948] p(Y13_327_5)
% 251.94/36.26
% 251.94/36.26 [30948] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [30965] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [30965] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.26 -> [30969] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.26
% 251.94/36.26 [30969] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.26 -> [30970] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.26 -> [30971] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.26
% 251.94/36.26 [30971] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.26
% 251.94/36.26 [30970] CLOSURE : ~s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [8207] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [8215] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [8215] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8216] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8217] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8217] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8221] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8221] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9031] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [9031] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [9033] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [9034] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9033] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9034] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9872] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [9872] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [11452] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [11452] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [11453] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [11454] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [11453] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [12606] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [30832] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [30833] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [30832] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [30833] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [8216] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8635] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8635] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [21711] (p(skolem_X22) <=> p(Y3_772_0))
% 251.94/36.26
% 251.94/36.26 [21711] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_772_0))
% 251.94/36.26 -> [21713] ~p(skolem_X22), ~p(Y3_772_0)
% 251.94/36.26 -> [21714] p(skolem_X22), p(Y3_772_0)
% 251.94/36.26
% 251.94/36.26 [21713] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [32958] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [32958] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [33020] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [33020] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [33021] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [33022] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [33022] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [33021] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [33265] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [33265] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [33266] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [33266] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [33268] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [33269] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [33269] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [33268] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [21714] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [32929] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [32929] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [32994] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [32994] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [32995] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [32996] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [32996] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [32995] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [33149] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [33149] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [33150] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [33150] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [33151] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [33152] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [33152] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [33151] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [656] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [7117] ~s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [7117] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26 -> [7118] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7119] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26
% 251.94/36.26 [7119] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [7125] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7126] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [7126] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [7129] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [7129] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7555] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7556] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [7555] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7908] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7909] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7908] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8282] (p(skolem_X22) <=> p(Y3_305_0))
% 251.94/36.26
% 251.94/36.26 [8282] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_305_0))
% 251.94/36.26 -> [8284] ~p(skolem_X22), ~p(Y3_305_0)
% 251.94/36.26 -> [8285] p(skolem_X22), p(Y3_305_0)
% 251.94/36.26
% 251.94/36.26 [8285] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9196] r(Y5_275_1)
% 251.94/36.26
% 251.94/36.26 [9196] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [10145] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [10145] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [10147] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [10148] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [10147] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [11257] BETA_NOT_EQUIV : ~(r(X10_70_3) <=> r(skolem_Y1111(X10_70_3)))
% 251.94/36.26 -> [15071] ~r(X10_70_3), r(skolem_Y1111(X10_70_3))
% 251.94/36.26 -> [15072] r(X10_70_3), ~r(skolem_Y1111(X10_70_3))
% 251.94/36.26
% 251.94/36.26 [15071] CLOSURE : ~r(X10_70_3)
% 251.94/36.26
% 251.94/36.26 [15072] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [17748] ~r(X8_164_4)
% 251.94/36.26
% 251.94/36.26 [17748] CLOSURE : ~r(X8_164_4)
% 251.94/36.26
% 251.94/36.26 [8284] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [10557] r(Y5_379_1)
% 251.94/36.26
% 251.94/36.26 [10557] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [12186] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [12186] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [12187] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [12188] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [12187] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [12188] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [13254] ~! [Y11_11] : ((r(X10_105_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [13254] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_105_3) <=> r(Y11_11)))
% 251.94/36.26 -> [13255] ~(r(X10_105_3) <=> r(skolem_Y1111(X10_105_3)))
% 251.94/36.26
% 251.94/36.26 [13255] BETA_NOT_EQUIV : ~(r(X10_105_3) <=> r(skolem_Y1111(X10_105_3)))
% 251.94/36.26 -> [13256] ~r(X10_105_3), r(skolem_Y1111(X10_105_3))
% 251.94/36.26 -> [13257] r(X10_105_3), ~r(skolem_Y1111(X10_105_3))
% 251.94/36.26
% 251.94/36.26 [13256] CLOSURE : ~r(X10_105_3)
% 251.94/36.26
% 251.94/36.26 [13257] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [17990] ~r(X8_168_4)
% 251.94/36.26
% 251.94/36.26 [17990] CLOSURE : ~r(X8_168_4)
% 251.94/36.26
% 251.94/36.26 [7909] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7913] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7913] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8710] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8710] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [10154] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [10154] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [10155] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [10156] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [10155] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [10156] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [12197] r(Y5_458_1)
% 251.94/36.26
% 251.94/36.26 [12197] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [13038] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [13038] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [13040] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [13041] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [13041] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [13040] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [18471] ~! [Y11_11] : ((r(X10_209_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [18471] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_209_3) <=> r(Y11_11)))
% 251.94/36.26 -> [18472] ~(r(X10_209_3) <=> r(skolem_Y1111(X10_209_3)))
% 251.94/36.26
% 251.94/36.26 [18472] BETA_NOT_EQUIV : ~(r(X10_209_3) <=> r(skolem_Y1111(X10_209_3)))
% 251.94/36.26 -> [18473] ~r(X10_209_3), r(skolem_Y1111(X10_209_3))
% 251.94/36.26 -> [18474] r(X10_209_3), ~r(skolem_Y1111(X10_209_3))
% 251.94/36.26
% 251.94/36.26 [18473] CLOSURE : ~r(X10_209_3)
% 251.94/36.26
% 251.94/36.26 [18474] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [26180] ~r(X8_526_4)
% 251.94/36.26
% 251.94/36.26 [26180] CLOSURE : ~r(X8_526_4)
% 251.94/36.26
% 251.94/36.26 [7556] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [7560] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [7560] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7561] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7562] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7562] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7571] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7571] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8317] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [8317] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [8318] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [8319] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8318] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8319] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9227] r(Y5_277_1)
% 251.94/36.26
% 251.94/36.26 [9227] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [10169] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [10169] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [10170] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [10171] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [10170] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [11289] BETA_NOT_EQUIV : ~(r(X10_71_3) <=> r(skolem_Y1111(X10_71_3)))
% 251.94/36.26 -> [15084] ~r(X10_71_3), r(skolem_Y1111(X10_71_3))
% 251.94/36.26 -> [15085] r(X10_71_3), ~r(skolem_Y1111(X10_71_3))
% 251.94/36.26
% 251.94/36.26 [15084] CLOSURE : ~r(X10_71_3)
% 251.94/36.26
% 251.94/36.26 [15085] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [18032] ~r(X8_170_4)
% 251.94/36.26
% 251.94/36.26 [18032] CLOSURE : ~r(X8_170_4)
% 251.94/36.26
% 251.94/36.26 [7561] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7926] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [7926] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9220] (p(skolem_X22) <=> p(Y3_364_0))
% 251.94/36.26
% 251.94/36.26 [9220] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_364_0))
% 251.94/36.26 -> [9221] ~p(skolem_X22), ~p(Y3_364_0)
% 251.94/36.26 -> [9222] p(skolem_X22), p(Y3_364_0)
% 251.94/36.26
% 251.94/36.26 [9221] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [11932] r(skolem_Y1111(X10_187_3))
% 251.94/36.26
% 251.94/36.26 [11932] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [12769] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [12769] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [12770] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [12771] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [12771] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [12770] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [17775] ~! [Y11_11] : ((r(X10_187_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [17775] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_187_3) <=> r(Y11_11)))
% 251.94/36.26 -> [17776] ~(r(X10_187_3) <=> r(skolem_Y1111(X10_187_3)))
% 251.94/36.26
% 251.94/36.26 [17776] BETA_NOT_EQUIV : ~(r(X10_187_3) <=> r(skolem_Y1111(X10_187_3)))
% 251.94/36.26 -> [17777] ~r(X10_187_3), r(skolem_Y1111(X10_187_3))
% 251.94/36.26 -> [17778] r(X10_187_3), ~r(skolem_Y1111(X10_187_3))
% 251.94/36.26
% 251.94/36.26 [17778] CLOSURE : ~r(skolem_Y1111(X10_187_3))
% 251.94/36.26
% 251.94/36.26 [17777] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [33226] ~r(X8_853_4)
% 251.94/36.26
% 251.94/36.26 [33226] CLOSURE : ~r(X8_853_4)
% 251.94/36.26
% 251.94/36.26 [9222] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [11283] r(skolem_Y1111(X10_188_3))
% 251.94/36.26
% 251.94/36.26 [11283] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [12511] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [12511] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [12513] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [12514] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [12514] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [12513] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [17786] ~! [Y11_11] : ((r(X10_188_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [17786] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_188_3) <=> r(Y11_11)))
% 251.94/36.26 -> [17788] ~(r(X10_188_3) <=> r(skolem_Y1111(X10_188_3)))
% 251.94/36.26
% 251.94/36.26 [17788] BETA_NOT_EQUIV : ~(r(X10_188_3) <=> r(skolem_Y1111(X10_188_3)))
% 251.94/36.26 -> [17792] ~r(X10_188_3), r(skolem_Y1111(X10_188_3))
% 251.94/36.26 -> [17793] r(X10_188_3), ~r(skolem_Y1111(X10_188_3))
% 251.94/36.26
% 251.94/36.26 [17793] CLOSURE : ~r(skolem_Y1111(X10_188_3))
% 251.94/36.26
% 251.94/36.26 [17792] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [35829] ~r(X8_963_4)
% 251.94/36.26
% 251.94/36.26 [35829] CLOSURE : ~r(X8_963_4)
% 251.94/36.26
% 251.94/36.26 [7125] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7269] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7269] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7270] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7271] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [7270] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7516] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7517] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7517] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7523] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7523] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8689] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8689] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [10117] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [10117] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [10118] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [10119] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10119] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10118] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [15058] r(Y5_598_1)
% 251.94/36.26
% 251.94/36.26 [15058] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [16190] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [16190] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [16191] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [16192] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [16192] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [16191] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [20577] ~! [Y11_11] : ((r(X10_275_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [20577] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_275_3) <=> r(Y11_11)))
% 251.94/36.26 -> [20578] ~(r(X10_275_3) <=> r(skolem_Y1111(X10_275_3)))
% 251.94/36.26
% 251.94/36.26 [20578] BETA_NOT_EQUIV : ~(r(X10_275_3) <=> r(skolem_Y1111(X10_275_3)))
% 251.94/36.26 -> [20579] ~r(X10_275_3), r(skolem_Y1111(X10_275_3))
% 251.94/36.26 -> [20580] r(X10_275_3), ~r(skolem_Y1111(X10_275_3))
% 251.94/36.26
% 251.94/36.26 [20579] CLOSURE : ~r(X10_275_3)
% 251.94/36.26
% 251.94/36.26 [20580] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [32403] ~r(X8_808_4)
% 251.94/36.26
% 251.94/36.26 [32403] CLOSURE : ~r(X8_808_4)
% 251.94/36.26
% 251.94/36.26 [7516] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7875] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [7875] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [7876] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [7877] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7877] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7876] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8248] r(Y5_235_1)
% 251.94/36.26
% 251.94/36.26 [8248] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [9631] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [9631] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [9633] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [9634] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [9633] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [11873] BETA_NOT_EQUIV : ~(r(X10_81_3) <=> r(skolem_Y1111(X10_81_3)))
% 251.94/36.26 -> [19415] ~r(X10_81_3), r(skolem_Y1111(X10_81_3))
% 251.94/36.26 -> [19416] r(X10_81_3), ~r(skolem_Y1111(X10_81_3))
% 251.94/36.26
% 251.94/36.26 [19415] CLOSURE : ~r(X10_81_3)
% 251.94/36.26
% 251.94/36.26 [19416] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [33024] ~r(X8_844_4)
% 251.94/36.26
% 251.94/36.26 [33024] CLOSURE : ~r(X8_844_4)
% 251.94/36.26
% 251.94/36.26 [7271] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [7281] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [7281] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7282] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7283] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7282] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7533] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [7533] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7534] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [7534] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [7535] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [7536] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7536] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7535] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [7891] r(Y5_217_1)
% 251.94/36.26
% 251.94/36.26 [7891] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [9177] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [9177] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [9178] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [9179] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9179] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9178] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [15061] ~! [Y11_11] : ((r(X10_120_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [15061] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_120_3) <=> r(Y11_11)))
% 251.94/36.26 -> [15062] ~(r(X10_120_3) <=> r(skolem_Y1111(X10_120_3)))
% 251.94/36.26
% 251.94/36.26 [15062] BETA_NOT_EQUIV : ~(r(X10_120_3) <=> r(skolem_Y1111(X10_120_3)))
% 251.94/36.26 -> [15063] ~r(X10_120_3), r(skolem_Y1111(X10_120_3))
% 251.94/36.26 -> [15064] r(X10_120_3), ~r(skolem_Y1111(X10_120_3))
% 251.94/36.26
% 251.94/36.26 [15063] CLOSURE : ~r(X10_120_3)
% 251.94/36.26
% 251.94/36.26 [15064] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [19421] ~r(X8_199_4)
% 251.94/36.26
% 251.94/36.26 [19421] CLOSURE : ~r(X8_199_4)
% 251.94/36.26
% 251.94/36.26 [7283] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7284] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7284] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8271] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [8271] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [8273] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [8274] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8274] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8273] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [13479] r(Y5_530_1)
% 251.94/36.26
% 251.94/36.26 [13479] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [14357] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [14357] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [14358] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [14359] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [14358] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [14359] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [15773] ~! [Y11_11] : ((r(X10_138_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [15773] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_138_3) <=> r(Y11_11)))
% 251.94/36.26 -> [15774] ~(r(X10_138_3) <=> r(skolem_Y1111(X10_138_3)))
% 251.94/36.26
% 251.94/36.26 [15774] BETA_NOT_EQUIV : ~(r(X10_138_3) <=> r(skolem_Y1111(X10_138_3)))
% 251.94/36.26 -> [15775] ~r(X10_138_3), r(skolem_Y1111(X10_138_3))
% 251.94/36.26 -> [15776] r(X10_138_3), ~r(skolem_Y1111(X10_138_3))
% 251.94/36.26
% 251.94/36.26 [15775] CLOSURE : ~r(X10_138_3)
% 251.94/36.26
% 251.94/36.26 [15776] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [38232] ~r(X8_1111_4)
% 251.94/36.26
% 251.94/36.26 [38232] CLOSURE : ~r(X8_1111_4)
% 251.94/36.26
% 251.94/36.26 [7118] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [7265] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7266] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [7265] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7498] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7499] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [7499] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [7503] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [7503] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7504] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7505] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7504] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7852] (p(skolem_X22) <=> p(Y3_284_0))
% 251.94/36.26
% 251.94/36.26 [7852] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_284_0))
% 251.94/36.26 -> [7853] ~p(skolem_X22), ~p(Y3_284_0)
% 251.94/36.26 -> [7854] p(skolem_X22), p(Y3_284_0)
% 251.94/36.26
% 251.94/36.26 [7854] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8654] r(Y5_253_1)
% 251.94/36.26
% 251.94/36.26 [8654] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [9602] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [9602] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [9603] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [9604] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [9603] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [9604] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [10523] ~! [Y11_11] : ((r(X10_58_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [10523] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_58_3) <=> r(Y11_11)))
% 251.94/36.26 -> [10524] ~(r(X10_58_3) <=> r(skolem_Y1111(X10_58_3)))
% 251.94/36.26
% 251.94/36.26 [10524] BETA_NOT_EQUIV : ~(r(X10_58_3) <=> r(skolem_Y1111(X10_58_3)))
% 251.94/36.26 -> [10525] ~r(X10_58_3), r(skolem_Y1111(X10_58_3))
% 251.94/36.26 -> [10526] r(X10_58_3), ~r(skolem_Y1111(X10_58_3))
% 251.94/36.26
% 251.94/36.26 [10525] CLOSURE : ~r(X10_58_3)
% 251.94/36.26
% 251.94/36.26 [10526] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [13666] ~r(X8_87_4)
% 251.94/36.26
% 251.94/36.26 [13666] CLOSURE : ~r(X8_87_4)
% 251.94/36.26
% 251.94/36.26 [7853] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8220] r(Y5_232_1)
% 251.94/36.26
% 251.94/36.26 [8220] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [9598] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [9598] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [9599] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [9600] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [9599] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [9600] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [11801] ~! [Y11_11] : ((r(X10_79_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [11801] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_79_3) <=> r(Y11_11)))
% 251.94/36.26 -> [11804] ~(r(X10_79_3) <=> r(skolem_Y1111(X10_79_3)))
% 251.94/36.26
% 251.94/36.26 [11804] BETA_NOT_EQUIV : ~(r(X10_79_3) <=> r(skolem_Y1111(X10_79_3)))
% 251.94/36.26 -> [11805] ~r(X10_79_3), r(skolem_Y1111(X10_79_3))
% 251.94/36.26 -> [11806] r(X10_79_3), ~r(skolem_Y1111(X10_79_3))
% 251.94/36.26
% 251.94/36.26 [11805] CLOSURE : ~r(X10_79_3)
% 251.94/36.26
% 251.94/36.26 [11806] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [21506] ~r(X8_265_4)
% 251.94/36.26
% 251.94/36.26 [21506] CLOSURE : ~r(X8_265_4)
% 251.94/36.26
% 251.94/36.26 [7505] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7506] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7506] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8239] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8239] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9605] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [9605] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [9606] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [9607] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9606] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9607] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [11829] r(skolem_Y1111(X10_858_3))
% 251.94/36.26
% 251.94/36.26 [11829] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [12705] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [12705] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [12706] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [12707] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [12707] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [12706] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [35462] ~! [Y11_11] : ((r(X10_858_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [35462] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_858_3) <=> r(Y11_11)))
% 251.94/36.26 -> [35463] ~(r(X10_858_3) <=> r(skolem_Y1111(X10_858_3)))
% 251.94/36.26
% 251.94/36.26 [35463] BETA_NOT_EQUIV : ~(r(X10_858_3) <=> r(skolem_Y1111(X10_858_3)))
% 251.94/36.26 -> [35464] ~r(X10_858_3), r(skolem_Y1111(X10_858_3))
% 251.94/36.26 -> [35465] r(X10_858_3), ~r(skolem_Y1111(X10_858_3))
% 251.94/36.26
% 251.94/36.26 [35465] CLOSURE : ~r(skolem_Y1111(X10_858_3))
% 251.94/36.26
% 251.94/36.26 [35464] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [35496] ~r(X8_938_4)
% 251.94/36.26
% 251.94/36.26 [35496] CLOSURE : ~r(X8_938_4)
% 251.94/36.26
% 251.94/36.26 [7498] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7836] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7837] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7837] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7846] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7846] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9124] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [9124] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [9127] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [9128] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9127] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9128] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [10520] r(Y5_377_1)
% 251.94/36.26
% 251.94/36.26 [10520] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [11785] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [11785] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [11786] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [11787] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [11786] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [11787] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [12420] ~! [Y11_11] : ((r(X10_90_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [12420] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_90_3) <=> r(Y11_11)))
% 251.94/36.26 -> [12422] ~(r(X10_90_3) <=> r(skolem_Y1111(X10_90_3)))
% 251.94/36.26
% 251.94/36.26 [12422] BETA_NOT_EQUIV : ~(r(X10_90_3) <=> r(skolem_Y1111(X10_90_3)))
% 251.94/36.26 -> [12425] ~r(X10_90_3), r(skolem_Y1111(X10_90_3))
% 251.94/36.26 -> [12426] r(X10_90_3), ~r(skolem_Y1111(X10_90_3))
% 251.94/36.26
% 251.94/36.26 [12425] CLOSURE : ~r(X10_90_3)
% 251.94/36.26
% 251.94/36.26 [12426] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [14988] ~r(X8_106_4)
% 251.94/36.26
% 251.94/36.26 [14988] CLOSURE : ~r(X8_106_4)
% 251.94/36.26
% 251.94/36.26 [7836] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8195] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8195] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8196] (p(skolem_X22) <=> p(Y3_302_0))
% 251.94/36.26
% 251.94/36.26 [8196] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_302_0))
% 251.94/36.26 -> [8197] ~p(skolem_X22), ~p(Y3_302_0)
% 251.94/36.26 -> [8198] p(skolem_X22), p(Y3_302_0)
% 251.94/36.26
% 251.94/36.26 [8198] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [10074] r(Y5_346_1)
% 251.94/36.26
% 251.94/36.26 [10074] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [11778] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [11778] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [11779] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [11780] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [11779] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [11780] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [16059] ~! [Y11_11] : ((r(X10_145_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [16059] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_145_3) <=> r(Y11_11)))
% 251.94/36.26 -> [16061] ~(r(X10_145_3) <=> r(skolem_Y1111(X10_145_3)))
% 251.94/36.26
% 251.94/36.26 [16061] BETA_NOT_EQUIV : ~(r(X10_145_3) <=> r(skolem_Y1111(X10_145_3)))
% 251.94/36.26 -> [16064] ~r(X10_145_3), r(skolem_Y1111(X10_145_3))
% 251.94/36.26 -> [16065] r(X10_145_3), ~r(skolem_Y1111(X10_145_3))
% 251.94/36.26
% 251.94/36.26 [16064] CLOSURE : ~r(X10_145_3)
% 251.94/36.26
% 251.94/36.26 [16065] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [37619] ~r(X8_1053_4)
% 251.94/36.26
% 251.94/36.26 [37619] CLOSURE : ~r(X8_1053_4)
% 251.94/36.26
% 251.94/36.26 [8197] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8643] r(skolem_Y1111(X10_129_3))
% 251.94/36.26
% 251.94/36.26 [8643] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [10070] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [10070] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [10072] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [10073] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [10073] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [10072] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [15358] ~! [Y11_11] : ((r(X10_129_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [15358] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_129_3) <=> r(Y11_11)))
% 251.94/36.26 -> [15359] ~(r(X10_129_3) <=> r(skolem_Y1111(X10_129_3)))
% 251.94/36.26
% 251.94/36.26 [15359] BETA_NOT_EQUIV : ~(r(X10_129_3) <=> r(skolem_Y1111(X10_129_3)))
% 251.94/36.26 -> [15360] ~r(X10_129_3), r(skolem_Y1111(X10_129_3))
% 251.94/36.26 -> [15361] r(X10_129_3), ~r(skolem_Y1111(X10_129_3))
% 251.94/36.26
% 251.94/36.26 [15361] CLOSURE : ~r(skolem_Y1111(X10_129_3))
% 251.94/36.26
% 251.94/36.26 [15360] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [38348] ~r(X8_1117_4)
% 251.94/36.26
% 251.94/36.26 [38348] CLOSURE : ~r(X8_1117_4)
% 251.94/36.26
% 251.94/36.26 [7266] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [7268] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [7268] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7862] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7862] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [9162] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [9163] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [9163] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [9165] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [9165] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [9166] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [9167] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [9167] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [9168] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9168] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [10534] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [10534] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [12155] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [12155] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [12157] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [12158] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [12158] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [12157] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [16824] r(Y5_676_1)
% 251.94/36.26
% 251.94/36.26 [16824] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [17475] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [17475] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [17476] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [17477] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [17477] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [17476] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [32911] ~! [Y11_11] : ((r(X10_741_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [32911] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_741_3) <=> r(Y11_11)))
% 251.94/36.26 -> [32912] ~(r(X10_741_3) <=> r(skolem_Y1111(X10_741_3)))
% 251.94/36.26
% 251.94/36.26 [32912] BETA_NOT_EQUIV : ~(r(X10_741_3) <=> r(skolem_Y1111(X10_741_3)))
% 251.94/36.26 -> [32913] ~r(X10_741_3), r(skolem_Y1111(X10_741_3))
% 251.94/36.26 -> [32914] r(X10_741_3), ~r(skolem_Y1111(X10_741_3))
% 251.94/36.26
% 251.94/36.26 [32913] CLOSURE : ~r(X10_741_3)
% 251.94/36.26
% 251.94/36.26 [32914] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [33147] ~r(X8_850_4)
% 251.94/36.26
% 251.94/36.26 [33147] CLOSURE : ~r(X8_850_4)
% 251.94/36.26
% 251.94/36.26 [9166] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9620] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [9620] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [9621] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [9622] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9622] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9621] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [20147] r(Y5_828_1)
% 251.94/36.26
% 251.94/36.26 [20147] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [20818] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [20818] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [20819] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [20820] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [20819] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [20820] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [36660] ~! [Y11_11] : ((r(X10_902_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [36660] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_902_3) <=> r(Y11_11)))
% 251.94/36.26 -> [36661] ~(r(X10_902_3) <=> r(skolem_Y1111(X10_902_3)))
% 251.94/36.26
% 251.94/36.26 [36661] BETA_NOT_EQUIV : ~(r(X10_902_3) <=> r(skolem_Y1111(X10_902_3)))
% 251.94/36.26 -> [36662] ~r(X10_902_3), r(skolem_Y1111(X10_902_3))
% 251.94/36.26 -> [36663] r(X10_902_3), ~r(skolem_Y1111(X10_902_3))
% 251.94/36.26
% 251.94/36.26 [36662] CLOSURE : ~r(X10_902_3)
% 251.94/36.26
% 251.94/36.26 [36663] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [36711] ~r(X8_1007_4)
% 251.94/36.26
% 251.94/36.26 [36711] CLOSURE : ~r(X8_1007_4)
% 251.94/36.26
% 251.94/36.26 [9162] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [9616] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [9617] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [9617] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [9619] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9619] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [19759] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [19759] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [19762] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [19763] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19763] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19762] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [22735] r(Y5_921_1)
% 251.94/36.26
% 251.94/36.26 [22735] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [23031] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [23031] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.26 -> [23032] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.26 -> [23033] q(skolem_X66), q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [23032] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [23033] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [23251] ~! [Y11_11] : ((r(X10_380_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [23251] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_380_3) <=> r(Y11_11)))
% 251.94/36.26 -> [23252] ~(r(X10_380_3) <=> r(skolem_Y1111(X10_380_3)))
% 251.94/36.26
% 251.94/36.26 [23252] BETA_NOT_EQUIV : ~(r(X10_380_3) <=> r(skolem_Y1111(X10_380_3)))
% 251.94/36.26 -> [23253] ~r(X10_380_3), r(skolem_Y1111(X10_380_3))
% 251.94/36.26 -> [23254] r(X10_380_3), ~r(skolem_Y1111(X10_380_3))
% 251.94/36.26
% 251.94/36.26 [23253] CLOSURE : ~r(X10_380_3)
% 251.94/36.26
% 251.94/36.26 [23254] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [24172] ~r(X8_398_4)
% 251.94/36.26
% 251.94/36.26 [24172] CLOSURE : ~r(X8_398_4)
% 251.94/36.26
% 251.94/36.26 [9616] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [10103] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [10103] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [19811] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [19811] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [19812] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [19813] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19813] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19812] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [20876] r(Y5_853_1)
% 251.94/36.26
% 251.94/36.26 [20876] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.26 -> [41248] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [41248] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.26 -> [41249] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.26 -> [41250] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [41250] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [41249] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [42105] ~! [Y11_11] : ((r(X10_1125_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [42105] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1125_3) <=> r(Y11_11)))
% 251.94/36.26 -> [42106] ~(r(X10_1125_3) <=> r(skolem_Y1111(X10_1125_3)))
% 251.94/36.26
% 251.94/36.26 [42106] BETA_NOT_EQUIV : ~(r(X10_1125_3) <=> r(skolem_Y1111(X10_1125_3)))
% 251.94/36.26 -> [42107] ~r(X10_1125_3), r(skolem_Y1111(X10_1125_3))
% 251.94/36.26 -> [42108] r(X10_1125_3), ~r(skolem_Y1111(X10_1125_3))
% 251.94/36.26
% 251.94/36.26 [42107] CLOSURE : ~r(X10_1125_3)
% 251.94/36.26
% 251.94/36.26 [42108] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [42495] ~r(X8_1369_4)
% 251.94/36.26
% 251.94/36.26 [42495] CLOSURE : ~r(X8_1369_4)
% 251.94/36.26
% 251.94/36.26 [35] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.26 -> [618] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26 -> [619] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26
% 251.94/36.26 [619] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [625] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [625] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.26 -> [630] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [631] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.26
% 251.94/36.26 [630] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26 -> [7168] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7169] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26
% 251.94/36.26 [7168] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [7307] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7308] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [7307] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7484] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7485] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [7484] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7713] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7714] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7713] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7933] (p(skolem_X22) <=> p(Y3_291_0))
% 251.94/36.26
% 251.94/36.26 [7933] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_291_0))
% 251.94/36.26 -> [7935] ~p(skolem_X22), ~p(Y3_291_0)
% 251.94/36.26 -> [7936] p(skolem_X22), p(Y3_291_0)
% 251.94/36.26
% 251.94/36.26 [7936] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8404] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [8404] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [8922] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [8922] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [8923] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [8923] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [8924] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [8925] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [8924] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [10196] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_101_3))
% 251.94/36.26 -> [12286] ~r(skolem_X1010), ~r(Y11_101_3)
% 251.94/36.26 -> [12287] r(skolem_X1010), r(Y11_101_3)
% 251.94/36.26
% 251.94/36.26 [12287] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [13063] ~r(X8_74_4)
% 251.94/36.26
% 251.94/36.26 [13063] CLOSURE : ~r(X8_74_4)
% 251.94/36.26
% 251.94/36.26 [12286] CLOSURE : ~r(Y11_101_3)
% 251.94/36.26
% 251.94/36.26 [7935] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8122] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [8122] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [8656] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [8656] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [8657] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [8657] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [8658] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [8659] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [8658] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [10480] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_106_3))
% 251.94/36.26 -> [14761] ~r(skolem_X1010), ~r(Y11_106_3)
% 251.94/36.26 -> [14762] r(skolem_X1010), r(Y11_106_3)
% 251.94/36.26
% 251.94/36.26 [14761] CLOSURE : ~r(Y11_106_3)
% 251.94/36.26
% 251.94/36.26 [14762] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [22304] ~r(X8_288_4)
% 251.94/36.26
% 251.94/36.26 [22304] CLOSURE : ~r(X8_288_4)
% 251.94/36.26
% 251.94/36.26 [7714] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7723] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7723] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8135] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8135] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8941] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [8941] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [8942] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [8943] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8942] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8943] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9589] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [9589] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [10203] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [10203] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [10204] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [10204] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [10205] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [10206] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [10206] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [10205] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [14767] (r(skolem_X1010) <=> r(Y11_194_3))
% 251.94/36.26
% 251.94/36.26 [14767] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_194_3))
% 251.94/36.26 -> [14768] ~r(skolem_X1010), ~r(Y11_194_3)
% 251.94/36.26 -> [14769] r(skolem_X1010), r(Y11_194_3)
% 251.94/36.26
% 251.94/36.26 [14768] CLOSURE : ~r(Y11_194_3)
% 251.94/36.26
% 251.94/36.26 [14769] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [15268] ~r(X8_114_4)
% 251.94/36.26
% 251.94/36.26 [15268] CLOSURE : ~r(X8_114_4)
% 251.94/36.26
% 251.94/36.26 [7485] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [7488] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [7488] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7489] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7490] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7490] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7496] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7496] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7970] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [7970] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [7975] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [7976] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7975] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7976] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8423] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [8423] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [8965] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [8965] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [8966] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [8966] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [8967] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [8968] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [8967] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [10228] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_102_3))
% 251.94/36.26 -> [12305] ~r(skolem_X1010), ~r(Y11_102_3)
% 251.94/36.26 -> [12306] r(skolem_X1010), r(Y11_102_3)
% 251.94/36.26
% 251.94/36.26 [12306] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [13076] ~r(X8_75_4)
% 251.94/36.26
% 251.94/36.26 [13076] CLOSURE : ~r(X8_75_4)
% 251.94/36.26
% 251.94/36.26 [12305] CLOSURE : ~r(Y11_102_3)
% 251.94/36.26
% 251.94/36.26 [7489] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7726] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [7726] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7727] (p(skolem_X22) <=> p(Y3_276_0))
% 251.94/36.26
% 251.94/36.26 [7727] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_276_0))
% 251.94/36.26 -> [7728] ~p(skolem_X22), ~p(Y3_276_0)
% 251.94/36.26 -> [7729] p(skolem_X22), p(Y3_276_0)
% 251.94/36.26
% 251.94/36.26 [7729] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8155] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [8155] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [8701] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [8701] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [8702] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [8702] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [8703] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [8704] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [8704] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8703] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [12668] (r(skolem_X1010) <=> r(Y11_139_3))
% 251.94/36.26
% 251.94/36.26 [12668] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_139_3))
% 251.94/36.26 -> [12670] ~r(skolem_X1010), ~r(Y11_139_3)
% 251.94/36.26 -> [12671] r(skolem_X1010), r(Y11_139_3)
% 251.94/36.26
% 251.94/36.26 [12670] CLOSURE : ~r(Y11_139_3)
% 251.94/36.26
% 251.94/36.26 [12671] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [13472] ~r(X8_84_4)
% 251.94/36.26
% 251.94/36.26 [13472] CLOSURE : ~r(X8_84_4)
% 251.94/36.26
% 251.94/36.26 [7728] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [7955] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [7955] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [8693] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [8693] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [8694] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [8694] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [8695] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [8696] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [8696] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8695] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [15005] (r(skolem_X1010) <=> r(Y11_200_3))
% 251.94/36.26
% 251.94/36.26 [15005] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_200_3))
% 251.94/36.26 -> [15007] ~r(skolem_X1010), ~r(Y11_200_3)
% 251.94/36.26 -> [15008] r(skolem_X1010), r(Y11_200_3)
% 251.94/36.26
% 251.94/36.26 [15007] CLOSURE : ~r(Y11_200_3)
% 251.94/36.26
% 251.94/36.26 [15008] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [35912] ~r(X8_966_4)
% 251.94/36.26
% 251.94/36.26 [35912] CLOSURE : ~r(X8_966_4)
% 251.94/36.26
% 251.94/36.26 [7308] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [7309] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [7309] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7742] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7742] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [8427] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8428] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [8427] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8714] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8715] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8714] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8978] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [8978] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [8979] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [8980] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8980] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8979] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [10509] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [10509] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [11441] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [11441] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [11442] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [11442] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [11443] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [11444] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [13473] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_160_3))
% 251.94/36.26 -> [23050] ~r(skolem_X1010), ~r(Y11_160_3)
% 251.94/36.26 -> [23051] r(skolem_X1010), r(Y11_160_3)
% 251.94/36.26
% 251.94/36.26 [23050] CLOSURE : ~r(Y11_160_3)
% 251.94/36.26
% 251.94/36.26 [23051] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [23550] ~r(X8_354_4)
% 251.94/36.26
% 251.94/36.26 [23550] CLOSURE : ~r(X8_354_4)
% 251.94/36.26
% 251.94/36.26 [11443] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [8715] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8717] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8717] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [9322] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9322] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [10242] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [10242] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [10244] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [10245] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10245] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10244] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [35977] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [35977] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [35994] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [35994] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [35995] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [35995] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [35996] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [35997] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [35997] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [35996] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [36020] (r(skolem_X1010) <=> r(Y11_905_3))
% 251.94/36.26
% 251.94/36.26 [36020] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_905_3))
% 251.94/36.26 -> [36022] ~r(skolem_X1010), ~r(Y11_905_3)
% 251.94/36.26 -> [36023] r(skolem_X1010), r(Y11_905_3)
% 251.94/36.26
% 251.94/36.26 [36022] CLOSURE : ~r(Y11_905_3)
% 251.94/36.26
% 251.94/36.26 [36023] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [36029] ~r(X8_979_4)
% 251.94/36.26
% 251.94/36.26 [36029] CLOSURE : ~r(X8_979_4)
% 251.94/36.26
% 251.94/36.26 [8428] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [8436] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [8436] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8437] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8438] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8437] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8719] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8719] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9608] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [9608] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [9609] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [9610] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9610] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9609] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [11455] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [11455] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [12686] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [12686] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [12687] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [12687] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [12688] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [12689] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [12689] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [12688] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [23155] (r(skolem_X1010) <=> r(Y11_445_3))
% 251.94/36.26
% 251.94/36.26 [23155] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_445_3))
% 251.94/36.26 -> [23157] ~r(skolem_X1010), ~r(Y11_445_3)
% 251.94/36.26 -> [23158] r(skolem_X1010), r(Y11_445_3)
% 251.94/36.26
% 251.94/36.26 [23157] CLOSURE : ~r(Y11_445_3)
% 251.94/36.26
% 251.94/36.26 [23158] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [23443] ~r(X8_344_4)
% 251.94/36.26
% 251.94/36.26 [23443] CLOSURE : ~r(X8_344_4)
% 251.94/36.26
% 251.94/36.26 [8438] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8443] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8443] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9005] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [9005] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [9006] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [9007] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9007] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9006] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [13486] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [13486] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [14529] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [14529] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [14530] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [14530] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [14531] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [14532] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [14531] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [36036] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_906_3))
% 251.94/36.26 -> [36070] ~r(skolem_X1010), ~r(Y11_906_3)
% 251.94/36.26 -> [36071] r(skolem_X1010), r(Y11_906_3)
% 251.94/36.26
% 251.94/36.26 [36070] CLOSURE : ~r(Y11_906_3)
% 251.94/36.26
% 251.94/36.26 [36071] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [36079] ~r(X8_984_4)
% 251.94/36.26
% 251.94/36.26 [36079] CLOSURE : ~r(X8_984_4)
% 251.94/36.26
% 251.94/36.26 [7169] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [7170] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7171] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [7170] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7310] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7310] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7311] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7312] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [7311] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7507] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7508] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7507] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7752] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [7752] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7753] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [7753] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [7754] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [7755] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7755] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7754] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [7996] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [7996] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9022] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9022] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [9023] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [9023] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [9024] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [9025] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [9025] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9024] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [15327] (r(skolem_X1010) <=> r(Y11_208_3))
% 251.94/36.26
% 251.94/36.26 [15327] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_208_3))
% 251.94/36.26 -> [15328] ~r(skolem_X1010), ~r(Y11_208_3)
% 251.94/36.26 -> [15329] r(skolem_X1010), r(Y11_208_3)
% 251.94/36.26
% 251.94/36.26 [15328] CLOSURE : ~r(Y11_208_3)
% 251.94/36.26
% 251.94/36.26 [15329] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [36099] ~r(X8_986_4)
% 251.94/36.26
% 251.94/36.26 [36099] CLOSURE : ~r(X8_986_4)
% 251.94/36.26
% 251.94/36.26 [7508] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7512] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7512] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8003] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [8003] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [8004] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [8005] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8005] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8004] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [10998] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [10998] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [11958] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [11958] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [11959] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [11959] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [11963] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [11964] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [11963] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [13985] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_174_3))
% 251.94/36.26 -> [36248] ~r(skolem_X1010), ~r(Y11_174_3)
% 251.94/36.26 -> [36249] r(skolem_X1010), r(Y11_174_3)
% 251.94/36.26
% 251.94/36.26 [36248] CLOSURE : ~r(Y11_174_3)
% 251.94/36.26
% 251.94/36.26 [36249] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [36313] ~r(X8_993_4)
% 251.94/36.26
% 251.94/36.26 [36313] CLOSURE : ~r(X8_993_4)
% 251.94/36.26
% 251.94/36.26 [7312] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [7318] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [7318] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7319] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7320] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7319] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7513] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [7513] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [7514] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [7515] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7515] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7514] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [7764] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [7764] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [8199] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [8199] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [8200] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [8200] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [8201] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [8202] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [8201] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [9627] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_91_3))
% 251.94/36.26 -> [14558] ~r(skolem_X1010), ~r(Y11_91_3)
% 251.94/36.26 -> [14559] r(skolem_X1010), r(Y11_91_3)
% 251.94/36.26
% 251.94/36.26 [14558] CLOSURE : ~r(Y11_91_3)
% 251.94/36.26
% 251.94/36.26 [14559] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [36197] ~r(X8_991_4)
% 251.94/36.26
% 251.94/36.26 [36197] CLOSURE : ~r(X8_991_4)
% 251.94/36.26
% 251.94/36.26 [7320] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7323] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7323] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7768] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [7768] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8457] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [8457] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [8461] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [8462] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8462] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8461] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [13105] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [13105] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [14566] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [14566] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [14567] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [14567] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [14568] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [14569] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [14568] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [14569] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [36544] (r(skolem_X1010) <=> r(Y11_938_3))
% 251.94/36.26
% 251.94/36.26 [36544] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_938_3))
% 251.94/36.26 -> [36545] ~r(skolem_X1010), ~r(Y11_938_3)
% 251.94/36.26 -> [36546] r(skolem_X1010), r(Y11_938_3)
% 251.94/36.26
% 251.94/36.26 [36545] CLOSURE : ~r(Y11_938_3)
% 251.94/36.26
% 251.94/36.26 [36546] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [36577] ~r(X8_996_4)
% 251.94/36.26
% 251.94/36.26 [36577] CLOSURE : ~r(X8_996_4)
% 251.94/36.26
% 251.94/36.26 [7171] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [7175] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [7175] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7538] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7539] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [7539] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [7540] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [7540] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7541] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7542] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7541] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7789] (p(skolem_X22) <=> p(Y3_280_0))
% 251.94/36.26
% 251.94/36.26 [7789] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_280_0))
% 251.94/36.26 -> [7790] ~p(skolem_X22), ~p(Y3_280_0)
% 251.94/36.26 -> [7791] p(skolem_X22), p(Y3_280_0)
% 251.94/36.26
% 251.94/36.26 [7791] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8244] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [8244] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [8741] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [8741] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [8743] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [8743] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [8746] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [8747] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [8746] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [10310] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_103_3))
% 251.94/36.26 -> [12401] ~r(skolem_X1010), ~r(Y11_103_3)
% 251.94/36.26 -> [12402] r(skolem_X1010), r(Y11_103_3)
% 251.94/36.26
% 251.94/36.26 [12402] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [13223] ~r(X8_80_4)
% 251.94/36.26
% 251.94/36.26 [13223] CLOSURE : ~r(X8_80_4)
% 251.94/36.26
% 251.94/36.26 [12401] CLOSURE : ~r(Y11_103_3)
% 251.94/36.26
% 251.94/36.26 [7790] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9089] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [9089] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9647] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9647] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [9648] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [9648] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [9649] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [9650] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [9650] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [11530] (r(skolem_X1010) <=> r(Y11_117_3))
% 251.94/36.26
% 251.94/36.26 [11530] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_117_3))
% 251.94/36.26 -> [11532] ~r(skolem_X1010), ~r(Y11_117_3)
% 251.94/36.26 -> [11533] r(skolem_X1010), r(Y11_117_3)
% 251.94/36.26
% 251.94/36.26 [11532] CLOSURE : ~r(Y11_117_3)
% 251.94/36.26
% 251.94/36.26 [11533] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [13216] ~r(X8_79_4)
% 251.94/36.26
% 251.94/36.26 [13216] CLOSURE : ~r(X8_79_4)
% 251.94/36.26
% 251.94/36.26 [9649] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [7542] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7551] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7551] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8036] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8036] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8759] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [8759] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [8760] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [8761] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8760] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8761] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9393] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [9393] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9973] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9973] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [9976] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [9976] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [9977] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [9978] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [9978] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9977] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [14692] (r(skolem_X1010) <=> r(Y11_193_3))
% 251.94/36.26
% 251.94/36.26 [14692] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_193_3))
% 251.94/36.26 -> [14693] ~r(skolem_X1010), ~r(Y11_193_3)
% 251.94/36.26 -> [14694] r(skolem_X1010), r(Y11_193_3)
% 251.94/36.26
% 251.94/36.26 [14693] CLOSURE : ~r(Y11_193_3)
% 251.94/36.26
% 251.94/36.26 [14694] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [15227] ~r(X8_113_4)
% 251.94/36.26
% 251.94/36.26 [15227] CLOSURE : ~r(X8_113_4)
% 251.94/36.26
% 251.94/36.26 [7538] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7777] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7778] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7777] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8018] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8018] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8727] (p(skolem_X22) <=> p(Y3_332_0))
% 251.94/36.26
% 251.94/36.26 [8727] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_332_0))
% 251.94/36.26 -> [8728] ~p(skolem_X22), ~p(Y3_332_0)
% 251.94/36.26 -> [8729] p(skolem_X22), p(Y3_332_0)
% 251.94/36.26
% 251.94/36.26 [8729] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9364] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [9364] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9961] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9961] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [9962] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [9962] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [9963] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [9964] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [9964] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9963] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [14578] (r(skolem_X1010) <=> r(Y11_189_3))
% 251.94/36.26
% 251.94/36.26 [14578] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_189_3))
% 251.94/36.26 -> [14579] ~r(skolem_X1010), ~r(Y11_189_3)
% 251.94/36.26 -> [14580] r(skolem_X1010), r(Y11_189_3)
% 251.94/36.26
% 251.94/36.26 [14580] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [15065] ~r(X8_110_4)
% 251.94/36.26
% 251.94/36.26 [15065] CLOSURE : ~r(X8_110_4)
% 251.94/36.26
% 251.94/36.26 [14579] CLOSURE : ~r(Y11_189_3)
% 251.94/36.26
% 251.94/36.26 [8728] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [10268] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [10268] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [11517] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [11517] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [11518] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [11518] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [11519] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [11520] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [11520] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [11519] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [36569] (r(skolem_X1010) <=> r(Y11_940_3))
% 251.94/36.26
% 251.94/36.26 [36569] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_940_3))
% 251.94/36.26 -> [36570] ~r(skolem_X1010), ~r(Y11_940_3)
% 251.94/36.26 -> [36571] r(skolem_X1010), r(Y11_940_3)
% 251.94/36.26
% 251.94/36.26 [36570] CLOSURE : ~r(Y11_940_3)
% 251.94/36.26
% 251.94/36.26 [36571] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [36591] ~r(X8_999_4)
% 251.94/36.26
% 251.94/36.26 [36591] CLOSURE : ~r(X8_999_4)
% 251.94/36.26
% 251.94/36.26 [7778] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7780] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7780] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8231] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [8231] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [8233] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [8234] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8233] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8234] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8739] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [8739] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9370] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9370] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [9371] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [9371] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [9372] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [9373] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [9372] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [10531] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_107_3))
% 251.94/36.26 -> [20566] ~r(skolem_X1010), ~r(Y11_107_3)
% 251.94/36.26 -> [20567] r(skolem_X1010), r(Y11_107_3)
% 251.94/36.26
% 251.94/36.26 [20566] CLOSURE : ~r(Y11_107_3)
% 251.94/36.26
% 251.94/36.26 [20567] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [21175] ~r(X8_254_4)
% 251.94/36.26
% 251.94/36.26 [21175] CLOSURE : ~r(X8_254_4)
% 251.94/36.26
% 251.94/36.26 [631] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [640] r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [640] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [836] ~s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [836] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26 -> [864] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [865] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26
% 251.94/36.26 [865] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [881] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [882] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [881] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [918] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [918] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [1356] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [1357] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [1357] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [1373] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [1373] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [1375] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1376] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [1375] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [1552] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [1552] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [1553] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [1554] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [1554] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [1553] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [2710] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [2710] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [3207] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [3207] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [3208] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [3208] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [3209] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [3210] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [3209] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [4031] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_27_3))
% 251.94/36.26 -> [17445] ~r(skolem_X1010), ~r(Y11_27_3)
% 251.94/36.26 -> [17446] r(skolem_X1010), r(Y11_27_3)
% 251.94/36.26
% 251.94/36.26 [17445] CLOSURE : ~r(Y11_27_3)
% 251.94/36.26
% 251.94/36.26 [17446] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [18464] ~s(skolem_X1414)
% 251.94/36.26
% 251.94/36.26 [18464] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [19363] (s(skolem_X1414) <=> s(Y15_26_5))
% 251.94/36.26
% 251.94/36.26 [19363] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_26_5))
% 251.94/36.26 -> [19364] ~s(skolem_X1414), ~s(Y15_26_5)
% 251.94/36.26 -> [19365] s(skolem_X1414), s(Y15_26_5)
% 251.94/36.26
% 251.94/36.26 [19365] CLOSURE : s(Y15_26_5)
% 251.94/36.26
% 251.94/36.26 [19364] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [20890] ~p(X16_21_6)
% 251.94/36.26
% 251.94/36.26 [20890] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [21564] q(Y17_18_7)
% 251.94/36.26
% 251.94/36.26 [21564] CLOSURE : q(Y17_18_7)
% 251.94/36.26
% 251.94/36.26 [1376] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [1384] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1384] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [2103] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [2103] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9991] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [9991] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [9994] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [9995] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9994] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9995] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [29963] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [29963] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [29991] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [29991] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [29992] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [29992] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [29993] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [29994] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [29994] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [29993] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [30158] (r(skolem_X1010) <=> r(Y11_681_3))
% 251.94/36.26
% 251.94/36.26 [30158] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_681_3))
% 251.94/36.26 -> [30159] ~r(skolem_X1010), ~r(Y11_681_3)
% 251.94/36.26 -> [30160] r(skolem_X1010), r(Y11_681_3)
% 251.94/36.26
% 251.94/36.26 [30159] CLOSURE : ~r(Y11_681_3)
% 251.94/36.26
% 251.94/36.26 [30160] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [30193] ~s(skolem_X1414)
% 251.94/36.26
% 251.94/36.26 [30193] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [30198] (s(skolem_X1414) <=> s(Y15_139_5))
% 251.94/36.26
% 251.94/36.26 [30198] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_139_5))
% 251.94/36.26 -> [30199] ~s(skolem_X1414), ~s(Y15_139_5)
% 251.94/36.26 -> [30200] s(skolem_X1414), s(Y15_139_5)
% 251.94/36.26
% 251.94/36.26 [30200] CLOSURE : s(Y15_139_5)
% 251.94/36.26
% 251.94/36.26 [30199] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [30215] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26
% 251.94/36.26 [30215] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [30216] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [30216] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [30217] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [30218] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [30217] CLOSURE : ~p(skolem_X22)
% 251.94/36.26
% 251.94/36.26 [30218] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [1356] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [1535] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1536] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [1535] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1736] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [1736] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [2498] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [2498] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [2500] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [2501] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2501] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2500] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [3379] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [3379] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [3855] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [3855] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [3856] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [3856] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [3857] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [3858] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [3858] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [3857] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [32867] (r(skolem_X1010) <=> r(Y11_810_3))
% 251.94/36.26
% 251.94/36.26 [32867] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_810_3))
% 251.94/36.26 -> [32870] ~r(skolem_X1010), ~r(Y11_810_3)
% 251.94/36.26 -> [32871] r(skolem_X1010), r(Y11_810_3)
% 251.94/36.26
% 251.94/36.26 [32870] CLOSURE : ~r(Y11_810_3)
% 251.94/36.26
% 251.94/36.26 [32871] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [32907] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [32907] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [32938] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [32938] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26 -> [32939] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26
% 251.94/36.26 [32939] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26 -> [32940] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.26 -> [32941] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [32940] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [32941] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [1536] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [1540] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1540] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [2291] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [2291] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [2292] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [2293] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2293] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2292] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [12817] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [12817] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [13963] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [13963] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [13964] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [13964] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [13966] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [13967] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [13966] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [16478] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_239_3))
% 251.94/36.26 -> [33920] ~r(skolem_X1010), ~r(Y11_239_3)
% 251.94/36.26 -> [33921] r(skolem_X1010), r(Y11_239_3)
% 251.94/36.26
% 251.94/36.26 [33920] CLOSURE : ~r(Y11_239_3)
% 251.94/36.26
% 251.94/36.26 [33921] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [34018] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [34018] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [34101] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [34101] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26 -> [34102] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26
% 251.94/36.26 [34102] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26 -> [34103] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.26 -> [34104] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [34103] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [34104] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [882] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [890] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [890] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [996] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [997] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [996] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [1130] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1131] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [1131] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [1134] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1134] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [1601] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [1601] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [1602] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [1603] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1602] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1603] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [2131] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [2131] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [2561] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [2561] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [2565] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [2565] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [2566] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [2567] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [2566] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [3423] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_18_3))
% 251.94/36.26 -> [30271] ~r(skolem_X1010), ~r(Y11_18_3)
% 251.94/36.26 -> [30272] r(skolem_X1010), r(Y11_18_3)
% 251.94/36.26
% 251.94/36.26 [30271] CLOSURE : ~r(Y11_18_3)
% 251.94/36.26
% 251.94/36.26 [30272] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [30377] p(Y13_312_4)
% 251.94/36.26
% 251.94/36.26 [30377] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [30438] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [30438] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26 -> [30439] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26
% 251.94/36.26 [30439] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26 -> [30440] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.26 -> [30441] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [30441] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [30440] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [30789] q(Y17_73_6)
% 251.94/36.26
% 251.94/36.26 [30789] CLOSURE : q(Y17_73_6)
% 251.94/36.26
% 251.94/36.26 [1130] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1388] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [1388] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [2116] (p(skolem_X22) <=> p(Y3_49_0))
% 251.94/36.26
% 251.94/36.26 [2116] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_49_0))
% 251.94/36.26 -> [2117] ~p(skolem_X22), ~p(Y3_49_0)
% 251.94/36.26 -> [2118] p(skolem_X22), p(Y3_49_0)
% 251.94/36.26
% 251.94/36.26 [2117] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [3027] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [3027] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [3571] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [3571] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [3573] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [3573] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [3574] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [3575] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [3575] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [3574] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [6072] (r(skolem_X1010) <=> r(Y11_63_3))
% 251.94/36.26
% 251.94/36.26 [6072] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_63_3))
% 251.94/36.26 -> [6073] ~r(skolem_X1010), ~r(Y11_63_3)
% 251.94/36.26 -> [6074] r(skolem_X1010), r(Y11_63_3)
% 251.94/36.26
% 251.94/36.26 [6074] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [6511] p(Y13_16_4)
% 251.94/36.26
% 251.94/36.26 [6511] CLOSURE : p(Y13_16_4)
% 251.94/36.26
% 251.94/36.26 [6073] CLOSURE : ~r(Y11_63_3)
% 251.94/36.26
% 251.94/36.26 [2118] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [2888] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [2888] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [3396] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [3396] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [3397] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [3397] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [3398] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [3399] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [3399] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [3398] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [5793] (r(skolem_X1010) <=> r(Y11_54_3))
% 251.94/36.26
% 251.94/36.26 [5793] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_54_3))
% 251.94/36.26 -> [5795] ~r(skolem_X1010), ~r(Y11_54_3)
% 251.94/36.26 -> [5796] r(skolem_X1010), r(Y11_54_3)
% 251.94/36.26
% 251.94/36.26 [5795] CLOSURE : ~r(Y11_54_3)
% 251.94/36.26
% 251.94/36.26 [5796] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [6303] p(Y13_14_4)
% 251.94/36.26
% 251.94/36.26 [6303] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [6625] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [6625] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26 -> [6632] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26
% 251.94/36.26 [6632] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26 -> [12993] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.26 -> [12994] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [12994] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [12993] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [31128] ~p(X16_105_6)
% 251.94/36.26
% 251.94/36.26 [31128] CLOSURE : ~p(X16_105_6)
% 251.94/36.26
% 251.94/36.26 [997] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [1012] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [1012] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [1015] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1016] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [1016] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [1028] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1028] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1447] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [1447] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [2143] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [2143] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [2144] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [2145] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [2144] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [2145] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [2922] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [2922] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [3434] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [3434] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [3436] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [3436] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [3437] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [3438] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [3438] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [3437] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [5922] (r(skolem_X1010) <=> r(Y11_58_3))
% 251.94/36.26
% 251.94/36.26 [5922] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_58_3))
% 251.94/36.26 -> [5923] ~r(skolem_X1010), ~r(Y11_58_3)
% 251.94/36.26 -> [5924] r(skolem_X1010), r(Y11_58_3)
% 251.94/36.26
% 251.94/36.26 [5923] CLOSURE : ~r(Y11_58_3)
% 251.94/36.26
% 251.94/36.26 [5924] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [6347] p(Y13_15_4)
% 251.94/36.26
% 251.94/36.26 [6347] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [6644] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [6644] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26 -> [6645] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.26 -> [6646] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [6646] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [6645] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [32989] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26
% 251.94/36.26 [32989] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [32990] (p(skolem_X22) <=> p(Y3_973_0))
% 251.94/36.26
% 251.94/36.26 [32990] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_973_0))
% 251.94/36.26 -> [32991] ~p(skolem_X22), ~p(Y3_973_0)
% 251.94/36.26 -> [32992] p(skolem_X22), p(Y3_973_0)
% 251.94/36.26
% 251.94/36.26 [32991] CLOSURE : ~p(skolem_X22)
% 251.94/36.26
% 251.94/36.26 [32992] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [33072] ! [Y5_5] : (r(Y5_5))
% 251.94/36.26
% 251.94/36.26 [33072] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [33073] r(Y5_1089_1)
% 251.94/36.26
% 251.94/36.26 [33073] GAMMA_FORALL : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [33089] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26
% 251.94/36.26 [33089] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [33090] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [33090] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [33091] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [33091] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [33092] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [33093] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [33092] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [33093] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [33727] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [33727] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [33729] (r(skolem_X1010) <=> r(Y11_836_3))
% 251.94/36.26
% 251.94/36.26 [33729] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_836_3))
% 251.94/36.26 -> [33732] ~r(skolem_X1010), ~r(Y11_836_3)
% 251.94/36.26 -> [33733] r(skolem_X1010), r(Y11_836_3)
% 251.94/36.26
% 251.94/36.26 [33732] CLOSURE : ~r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [33733] : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [33918] ! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [33918] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [33919] p(Y13_402_4)
% 251.94/36.26
% 251.94/36.26 [33919] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [34019] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [34019] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [34020] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.26
% 251.94/36.26 [34020] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.26 -> [34021] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.94/36.26 -> [34022] s(skolem_X1414), s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [34022] CLOSURE : s(skolem_X1414)
% 251.94/36.26
% 251.94/36.26 [34021] CLOSURE : ~s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [1015] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [1154] (p(skolem_X22) <=> p(Y3_13_0))
% 251.94/36.26
% 251.94/36.26 [1154] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_13_0))
% 251.94/36.26 -> [1156] ~p(skolem_X22), ~p(Y3_13_0)
% 251.94/36.26 -> [1157] p(skolem_X22), p(Y3_13_0)
% 251.94/36.26
% 251.94/36.26 [1157] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [3323] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [3323] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [36607] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [36607] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [36609] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [36609] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [36610] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [36611] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [36610] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [36627] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_944_3))
% 251.94/36.26 -> [36707] ~r(skolem_X1010), ~r(Y11_944_3)
% 251.94/36.26 -> [36708] r(skolem_X1010), r(Y11_944_3)
% 251.94/36.26
% 251.94/36.26 [36707] CLOSURE : ~r(Y11_944_3)
% 251.94/36.26
% 251.94/36.26 [36708] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [36712] p(Y13_474_4)
% 251.94/36.26
% 251.94/36.26 [36712] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [36724] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [36724] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26 -> [36725] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.26 -> [36726] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [36726] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [36725] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [36749] ~p(X16_160_6)
% 251.94/36.26
% 251.94/36.26 [36749] CLOSURE : ~p(X16_160_6)
% 251.94/36.26
% 251.94/36.26 [1156] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [6807] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [6807] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [8804] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [8804] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [8805] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [8805] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [8806] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [8807] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [8806] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [16727] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_247_3))
% 251.94/36.26 -> [39655] ~r(skolem_X1010), ~r(Y11_247_3)
% 251.94/36.26 -> [39656] r(skolem_X1010), r(Y11_247_3)
% 251.94/36.26
% 251.94/36.26 [39655] CLOSURE : ~r(Y11_247_3)
% 251.94/36.26
% 251.94/36.26 [39656] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [39761] p(Y13_574_4)
% 251.94/36.26
% 251.94/36.26 [39761] CLOSURE : p(Y13_574_4)
% 251.94/36.26
% 251.94/36.26 [864] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [897] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [898] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [898] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [903] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [903] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [1109] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [1109] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [1701] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [1702] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [1701] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [1983] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1984] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [1983] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [2227] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [2227] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [2228] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [2229] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2229] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2228] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [3184] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [3184] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [3666] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [3666] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [3668] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [3668] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [3672] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [3673] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [3672] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [6186] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_64_3))
% 251.94/36.26 -> [33816] ~r(skolem_X1010), ~r(Y11_64_3)
% 251.94/36.26 -> [33817] r(skolem_X1010), r(Y11_64_3)
% 251.94/36.26
% 251.94/36.26 [33816] CLOSURE : ~r(Y11_64_3)
% 251.94/36.26
% 251.94/36.26 [33817] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [33836] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [33836] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26 -> [33837] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26
% 251.94/36.26 [33837] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26 -> [33838] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.26 -> [33839] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [33839] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [33838] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [33903] ~p(X16_131_5)
% 251.94/36.26
% 251.94/36.26 [33903] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [33911] q(Y17_101_6)
% 251.94/36.26
% 251.94/36.26 [33911] CLOSURE : q(Y17_101_6)
% 251.94/36.26
% 251.94/36.26 [1984] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [1985] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1985] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [10575] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [10575] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [12397] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [12397] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [12398] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [12399] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [12398] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [12399] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [34475] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [34475] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [34516] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [34516] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [34517] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [34517] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [34518] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [34519] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [34519] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [34518] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [34679] (r(skolem_X1010) <=> r(Y11_867_3))
% 251.94/36.26
% 251.94/36.26 [34679] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_867_3))
% 251.94/36.26 -> [34680] ~r(skolem_X1010), ~r(Y11_867_3)
% 251.94/36.26 -> [34681] r(skolem_X1010), r(Y11_867_3)
% 251.94/36.26
% 251.94/36.26 [34680] CLOSURE : ~r(Y11_867_3)
% 251.94/36.26
% 251.94/36.26 [34681] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [34700] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [34700] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.26 -> [34701] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.26
% 251.94/36.26 [34701] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.26 -> [34702] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.26 -> [34703] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.26
% 251.94/36.26 [34702] CLOSURE : ~s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [34703] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [34838] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26
% 251.94/36.26 [34838] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [34842] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [34842] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [34843] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [34844] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [34843] CLOSURE : ~p(skolem_X22)
% 251.94/36.26
% 251.94/36.26 [34844] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [1702] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [1717] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [1717] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [1722] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1723] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [1723] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [1729] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1729] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [2485] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [2485] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [2488] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [2489] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2489] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2488] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [13054] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [13054] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [14225] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [14225] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [14226] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [14226] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [14227] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [14228] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [14227] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [35739] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_897_3))
% 251.94/36.26 -> [35822] ~r(skolem_X1010), ~r(Y11_897_3)
% 251.94/36.26 -> [35823] r(skolem_X1010), r(Y11_897_3)
% 251.94/36.26
% 251.94/36.26 [35822] CLOSURE : ~r(Y11_897_3)
% 251.94/36.26
% 251.94/36.26 [35823] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [35830] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [35830] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26 -> [35831] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.26 -> [35832] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [35832] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [35831] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [35877] q(Y17_117_5)
% 251.94/36.26
% 251.94/36.26 [35877] CLOSURE : q(Y17_117_5)
% 251.94/36.26
% 251.94/36.26 [1722] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1991] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [1991] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [2679] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [2679] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [2680] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [2681] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2681] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [2680] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [3684] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [3684] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [12083] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [12083] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [12084] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [12084] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [12085] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [12086] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [12086] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [12085] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [38178] (r(skolem_X1010) <=> r(Y11_1039_3))
% 251.94/36.26
% 251.94/36.26 [38178] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1039_3))
% 251.94/36.26 -> [38179] ~r(skolem_X1010), ~r(Y11_1039_3)
% 251.94/36.26 -> [38180] r(skolem_X1010), r(Y11_1039_3)
% 251.94/36.26
% 251.94/36.26 [38179] CLOSURE : ~r(Y11_1039_3)
% 251.94/36.26
% 251.94/36.26 [38180] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [38200] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [38200] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26 -> [38203] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.26 -> [38204] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [38204] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [38203] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [38332] ~p(X16_173_5)
% 251.94/36.26
% 251.94/36.26 [38332] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [38347] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26
% 251.94/36.26 [38347] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [38349] (p(skolem_X22) <=> p(Y3_1052_0))
% 251.94/36.26
% 251.94/36.26 [38349] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1052_0))
% 251.94/36.26 -> [38350] ~p(skolem_X22), ~p(Y3_1052_0)
% 251.94/36.26 -> [38351] p(skolem_X22), p(Y3_1052_0)
% 251.94/36.26
% 251.94/36.26 [38351] CLOSURE : p(skolem_X22)
% 251.94/36.26
% 251.94/36.26 [38350] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [38387] ! [Y5_5] : (r(Y5_5))
% 251.94/36.26
% 251.94/36.26 [38387] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [38388] r(Y5_1228_1)
% 251.94/36.26
% 251.94/36.26 [38388] GAMMA_FORALL : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [38414] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26
% 251.94/36.26 [38414] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [38415] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [38415] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [38416] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [38416] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [38417] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [38418] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [38417] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [38418] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [38458] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [38458] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [38459] (r(skolem_X1010) <=> r(Y11_1051_3))
% 251.94/36.26
% 251.94/36.26 [38459] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1051_3))
% 251.94/36.26 -> [38460] ~r(skolem_X1010), ~r(Y11_1051_3)
% 251.94/36.26 -> [38461] r(skolem_X1010), r(Y11_1051_3)
% 251.94/36.26
% 251.94/36.26 [38460] CLOSURE : ~r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [38461] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [38470] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [38470] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [38471] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.26
% 251.94/36.26 [38471] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.26 -> [38472] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.94/36.26 -> [38473] s(skolem_X1414), s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [38473] CLOSURE : s(skolem_X1414)
% 251.94/36.26
% 251.94/36.26 [38472] CLOSURE : ~s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [897] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [936] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [937] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [936] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [1041] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1042] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [1041] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [1198] (p(skolem_X22) <=> p(Y3_15_0))
% 251.94/36.26
% 251.94/36.26 [1198] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_15_0))
% 251.94/36.26 -> [1202] ~p(skolem_X22), ~p(Y3_15_0)
% 251.94/36.26 -> [1203] p(skolem_X22), p(Y3_15_0)
% 251.94/36.26
% 251.94/36.26 [1202] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8944] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [8944] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9983] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9983] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [9984] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [9984] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [9985] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [9986] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [9985] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [20098] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_343_3))
% 251.94/36.26 -> [21908] ~r(skolem_X1010), ~r(Y11_343_3)
% 251.94/36.26 -> [21909] r(skolem_X1010), r(Y11_343_3)
% 251.94/36.26
% 251.94/36.26 [21908] CLOSURE : ~r(Y11_343_3)
% 251.94/36.26
% 251.94/36.26 [21909] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [21928] ~s(X12_140_4)
% 251.94/36.26
% 251.94/36.26 [21928] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [21938] p(Y13_94_5)
% 251.94/36.26
% 251.94/36.26 [21938] CLOSURE : p(Y13_94_5)
% 251.94/36.26
% 251.94/36.26 [1203] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8468] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [8468] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9269] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9269] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [9270] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [9270] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [9274] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [9275] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [9274] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [20352] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_353_3))
% 251.94/36.26 -> [26349] ~r(skolem_X1010), ~r(Y11_353_3)
% 251.94/36.26 -> [26350] r(skolem_X1010), r(Y11_353_3)
% 251.94/36.26
% 251.94/36.26 [26349] CLOSURE : ~r(Y11_353_3)
% 251.94/36.26
% 251.94/36.26 [26350] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [26448] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [26448] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [26873] p(Y13_234_5)
% 251.94/36.26
% 251.94/36.26 [26873] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [27222] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [27222] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26 -> [27223] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26
% 251.94/36.26 [27223] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26 -> [27224] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.26 -> [27225] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [27224] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [27225] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [1042] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [1045] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1045] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7954] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [7954] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9420] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [9420] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [9421] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [9422] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9421] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9422] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [11413] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [11413] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [12275] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [12275] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [12276] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [12276] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [12277] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [12278] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [12278] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [12277] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [35327] (r(skolem_X1010) <=> r(Y11_883_3))
% 251.94/36.26
% 251.94/36.26 [35327] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_883_3))
% 251.94/36.26 -> [35329] ~r(skolem_X1010), ~r(Y11_883_3)
% 251.94/36.26 -> [35330] r(skolem_X1010), r(Y11_883_3)
% 251.94/36.26
% 251.94/36.26 [35329] CLOSURE : ~r(Y11_883_3)
% 251.94/36.26
% 251.94/36.26 [35330] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [35345] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [35345] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [35352] p(Y13_434_5)
% 251.94/36.26
% 251.94/36.26 [35352] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [35374] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [35374] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26 -> [35375] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26
% 251.94/36.26 [35375] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26 -> [35376] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.26 -> [35377] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [35376] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [35377] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [937] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [943] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [943] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [947] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [948] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [947] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [1058] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [1058] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [7923] (p(skolem_X22) <=> p(Y3_290_0))
% 251.94/36.26
% 251.94/36.26 [7923] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_290_0))
% 251.94/36.26 -> [7924] ~p(skolem_X22), ~p(Y3_290_0)
% 251.94/36.26 -> [7925] p(skolem_X22), p(Y3_290_0)
% 251.94/36.26
% 251.94/36.26 [7924] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9301] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [9301] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [10176] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [10176] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [10177] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [10177] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [10178] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [10179] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [10179] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [10178] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [23278] (r(skolem_X1010) <=> r(Y11_449_3))
% 251.94/36.26
% 251.94/36.26 [23278] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_449_3))
% 251.94/36.26 -> [23280] ~r(skolem_X1010), ~r(Y11_449_3)
% 251.94/36.26 -> [23281] r(skolem_X1010), r(Y11_449_3)
% 251.94/36.26
% 251.94/36.26 [23280] CLOSURE : ~r(Y11_449_3)
% 251.94/36.26
% 251.94/36.26 [23281] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [23740] ~s(X12_177_4)
% 251.94/36.26
% 251.94/36.26 [23740] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [23989] p(Y13_132_5)
% 251.94/36.26
% 251.94/36.26 [23989] CLOSURE : p(Y13_132_5)
% 251.94/36.26
% 251.94/36.26 [7925] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8913] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [8913] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9879] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9879] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [9880] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [9880] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [9881] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [9882] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [9882] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9881] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [35758] (r(skolem_X1010) <=> r(Y11_898_3))
% 251.94/36.26
% 251.94/36.26 [35758] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_898_3))
% 251.94/36.26 -> [35759] ~r(skolem_X1010), ~r(Y11_898_3)
% 251.94/36.26 -> [35760] r(skolem_X1010), r(Y11_898_3)
% 251.94/36.26
% 251.94/36.26 [35759] CLOSURE : ~r(Y11_898_3)
% 251.94/36.26
% 251.94/36.26 [35760] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [35790] ~s(skolem_X1414)
% 251.94/36.26
% 251.94/36.26 [35790] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [35803] p(Y13_450_5)
% 251.94/36.26
% 251.94/36.26 [35803] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [35808] (s(skolem_X1414) <=> s(Y15_233_6))
% 251.94/36.26
% 251.94/36.26 [35808] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_233_6))
% 251.94/36.26 -> [35809] ~s(skolem_X1414), ~s(Y15_233_6)
% 251.94/36.26 -> [35810] s(skolem_X1414), s(Y15_233_6)
% 251.94/36.26
% 251.94/36.26 [35810] CLOSURE : s(Y15_233_6)
% 251.94/36.26
% 251.94/36.26 [35809] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [35818] ~p(X16_152_7)
% 251.94/36.26
% 251.94/36.26 [35818] CLOSURE : ~p(X16_152_7)
% 251.94/36.26
% 251.94/36.26 [948] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [960] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [960] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [1333] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [1333] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [1336] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [1337] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1336] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [1337] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [1688] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [1688] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [2206] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [2206] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [2210] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [2210] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [2211] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [2212] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [2211] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [3176] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_13_3))
% 251.94/36.26 -> [21240] ~r(skolem_X1010), ~r(Y11_13_3)
% 251.94/36.26 -> [21241] r(skolem_X1010), r(Y11_13_3)
% 251.94/36.26
% 251.94/36.26 [21241] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [24642] ~s(skolem_X1414)
% 251.94/36.26
% 251.94/36.26 [24642] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [24826] p(Y13_166_5)
% 251.94/36.26
% 251.94/36.26 [24826] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [24960] (s(skolem_X1414) <=> s(Y15_76_6))
% 251.94/36.26
% 251.94/36.26 [24960] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_76_6))
% 251.94/36.26 -> [24964] ~s(skolem_X1414), ~s(Y15_76_6)
% 251.94/36.26 -> [24965] s(skolem_X1414), s(Y15_76_6)
% 251.94/36.26
% 251.94/36.26 [24965] CLOSURE : s(Y15_76_6)
% 251.94/36.26
% 251.94/36.26 [24964] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [25207] q(Y17_35_7)
% 251.94/36.26
% 251.94/36.26 [25207] CLOSURE : q(Y17_35_7)
% 251.94/36.26
% 251.94/36.26 [21240] CLOSURE : ~r(Y11_13_3)
% 251.94/36.26
% 251.94/36.26 [618] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.26 -> [7214] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [7215] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.26
% 251.94/36.26 [7214] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26 -> [7445] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7446] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26
% 251.94/36.26 [7445] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [7766] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7767] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [7767] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [8103] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [8103] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [8862] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8862] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [10266] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [10267] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [10266] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [19021] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [19022] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [19021] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [19175] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [19175] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [19837] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [19837] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [19838] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [19839] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19839] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19838] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [20935] r(Y5_858_1)
% 251.94/36.26
% 251.94/36.26 [20935] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [21723] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [21723] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [21724] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [21724] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [21725] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [21726] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [21726] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [21725] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [35221] ~! [Y11_11] : ((r(X10_843_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [35221] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_843_3) <=> r(Y11_11)))
% 251.94/36.26 -> [35222] ~(r(X10_843_3) <=> r(skolem_Y1111(X10_843_3)))
% 251.94/36.26
% 251.94/36.26 [35222] BETA_NOT_EQUIV : ~(r(X10_843_3) <=> r(skolem_Y1111(X10_843_3)))
% 251.94/36.26 -> [35223] ~r(X10_843_3), r(skolem_Y1111(X10_843_3))
% 251.94/36.26 -> [35224] r(X10_843_3), ~r(skolem_Y1111(X10_843_3))
% 251.94/36.26
% 251.94/36.26 [35223] CLOSURE : ~r(X10_843_3)
% 251.94/36.26
% 251.94/36.26 [35224] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [35246] ~r(X8_923_4)
% 251.94/36.26
% 251.94/36.26 [35246] CLOSURE : ~r(X8_923_4)
% 251.94/36.26
% 251.94/36.26 [19022] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [19023] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [19023] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [19403] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [19403] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [19404] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [19405] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19405] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19404] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [21738] r(Y5_876_1)
% 251.94/36.26
% 251.94/36.26 [21738] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [35298] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [35298] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [35299] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [35299] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [35300] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [35301] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [35300] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [35301] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [35308] ~! [Y11_11] : ((r(X10_848_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [35308] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_848_3) <=> r(Y11_11)))
% 251.94/36.26 -> [35309] ~(r(X10_848_3) <=> r(skolem_Y1111(X10_848_3)))
% 251.94/36.26
% 251.94/36.26 [35309] BETA_NOT_EQUIV : ~(r(X10_848_3) <=> r(skolem_Y1111(X10_848_3)))
% 251.94/36.26 -> [35310] ~r(X10_848_3), r(skolem_Y1111(X10_848_3))
% 251.94/36.26 -> [35311] r(X10_848_3), ~r(skolem_Y1111(X10_848_3))
% 251.94/36.26
% 251.94/36.26 [35310] CLOSURE : ~r(X10_848_3)
% 251.94/36.26
% 251.94/36.26 [35311] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [35337] ~r(X8_932_4)
% 251.94/36.26
% 251.94/36.26 [35337] CLOSURE : ~r(X8_932_4)
% 251.94/36.26
% 251.94/36.26 [10267] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [10273] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [10273] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [10274] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [10275] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [10275] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [10279] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [10279] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [19275] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [19275] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [19935] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [19935] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [19936] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [19937] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19937] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19936] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [23412] r(Y5_941_1)
% 251.94/36.26
% 251.94/36.26 [23412] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [23677] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [23677] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [23678] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [23678] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [23679] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [23680] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [23680] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [23679] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [25107] ~! [Y11_11] : ((r(X10_454_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [25107] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_454_3) <=> r(Y11_11)))
% 251.94/36.26 -> [25108] ~(r(X10_454_3) <=> r(skolem_Y1111(X10_454_3)))
% 251.94/36.26
% 251.94/36.26 [25108] BETA_NOT_EQUIV : ~(r(X10_454_3) <=> r(skolem_Y1111(X10_454_3)))
% 251.94/36.26 -> [25109] ~r(X10_454_3), r(skolem_Y1111(X10_454_3))
% 251.94/36.26 -> [25110] r(X10_454_3), ~r(skolem_Y1111(X10_454_3))
% 251.94/36.26
% 251.94/36.26 [25109] CLOSURE : ~r(X10_454_3)
% 251.94/36.26
% 251.94/36.26 [25110] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [26091] ~r(X8_524_4)
% 251.94/36.26
% 251.94/36.26 [26091] CLOSURE : ~r(X8_524_4)
% 251.94/36.26
% 251.94/36.26 [10274] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [19048] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [19048] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [19049] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [19050] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19050] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19049] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [39774] r(Y5_1273_1)
% 251.94/36.26
% 251.94/36.26 [39774] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [39843] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [39843] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [39844] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [39844] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [39845] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [39846] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [39845] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [39990] BETA_NOT_EQUIV : ~(r(X10_1035_3) <=> r(skolem_Y1111(X10_1035_3)))
% 251.94/36.26 -> [40551] ~r(X10_1035_3), r(skolem_Y1111(X10_1035_3))
% 251.94/36.26 -> [40552] r(X10_1035_3), ~r(skolem_Y1111(X10_1035_3))
% 251.94/36.26
% 251.94/36.26 [40551] CLOSURE : ~r(X10_1035_3)
% 251.94/36.26
% 251.94/36.26 [40552] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [40589] ~r(X8_1234_4)
% 251.94/36.26
% 251.94/36.26 [40589] CLOSURE : ~r(X8_1234_4)
% 251.94/36.26
% 251.94/36.26 [7766] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [8092] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8093] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [8092] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8466] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8467] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8467] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8469] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8469] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9326] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [9326] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [9327] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [9328] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9327] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9328] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [10248] r(skolem_Y1111(X10_259_3))
% 251.94/36.26
% 251.94/36.26 [10248] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [19319] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [19319] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [19320] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [19320] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [19321] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [19322] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [19321] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [19978] BETA_NOT_EQUIV : ~(r(X10_259_3) <=> r(skolem_Y1111(X10_259_3)))
% 251.94/36.26 -> [39381] ~r(X10_259_3), r(skolem_Y1111(X10_259_3))
% 251.94/36.26 -> [39382] r(X10_259_3), ~r(skolem_Y1111(X10_259_3))
% 251.94/36.26
% 251.94/36.26 [39382] CLOSURE : ~r(skolem_Y1111(X10_259_3))
% 251.94/36.26
% 251.94/36.26 [39381] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [39746] ~r(X8_1202_4)
% 251.94/36.26
% 251.94/36.26 [39746] CLOSURE : ~r(X8_1202_4)
% 251.94/36.26
% 251.94/36.26 [8466] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8838] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8838] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8839] (p(skolem_X22) <=> p(Y3_338_0))
% 251.94/36.26
% 251.94/36.26 [8839] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_338_0))
% 251.94/36.26 -> [8840] ~p(skolem_X22), ~p(Y3_338_0)
% 251.94/36.26 -> [8841] p(skolem_X22), p(Y3_338_0)
% 251.94/36.26
% 251.94/36.26 [8841] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9758] r(Y5_316_1)
% 251.94/36.26
% 251.94/36.26 [9758] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [18901] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [18901] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [18902] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [18902] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [18903] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [18904] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [18904] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [18903] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [21727] ~! [Y11_11] : ((r(X10_309_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [21727] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_309_3) <=> r(Y11_11)))
% 251.94/36.26 -> [21728] ~(r(X10_309_3) <=> r(skolem_Y1111(X10_309_3)))
% 251.94/36.26
% 251.94/36.26 [21728] BETA_NOT_EQUIV : ~(r(X10_309_3) <=> r(skolem_Y1111(X10_309_3)))
% 251.94/36.26 -> [21729] ~r(X10_309_3), r(skolem_Y1111(X10_309_3))
% 251.94/36.26 -> [21730] r(X10_309_3), ~r(skolem_Y1111(X10_309_3))
% 251.94/36.26
% 251.94/36.26 [21729] CLOSURE : ~r(X10_309_3)
% 251.94/36.26
% 251.94/36.26 [21730] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [35777] ~r(X8_958_4)
% 251.94/36.26
% 251.94/36.26 [35777] CLOSURE : ~r(X8_958_4)
% 251.94/36.26
% 251.94/36.26 [8840] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9325] r(skolem_Y1111(X10_1055_3))
% 251.94/36.26
% 251.94/36.26 [9325] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [18845] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [18845] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [18846] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [18846] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [18847] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [18848] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [18848] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [18847] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [40460] ~! [Y11_11] : ((r(X10_1055_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [40460] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1055_3) <=> r(Y11_11)))
% 251.94/36.26 -> [40461] ~(r(X10_1055_3) <=> r(skolem_Y1111(X10_1055_3)))
% 251.94/36.26
% 251.94/36.26 [40461] BETA_NOT_EQUIV : ~(r(X10_1055_3) <=> r(skolem_Y1111(X10_1055_3)))
% 251.94/36.26 -> [40462] ~r(X10_1055_3), r(skolem_Y1111(X10_1055_3))
% 251.94/36.26 -> [40463] r(X10_1055_3), ~r(skolem_Y1111(X10_1055_3))
% 251.94/36.26
% 251.94/36.26 [40463] CLOSURE : ~r(skolem_Y1111(X10_1055_3))
% 251.94/36.26
% 251.94/36.26 [40462] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [40998] ~r(X8_1251_4)
% 251.94/36.26
% 251.94/36.26 [40998] CLOSURE : ~r(X8_1251_4)
% 251.94/36.26
% 251.94/36.26 [8093] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [8097] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [8097] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8098] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8099] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8099] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8101] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8101] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8857] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8857] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [10261] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [10261] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [10262] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [10263] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [10262] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [10263] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [21930] r(skolem_Y1111(X10_351_3))
% 251.94/36.26
% 251.94/36.26 [21930] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [22115] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [22115] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [22116] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [22116] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [22117] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [22118] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [22118] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [22117] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [22806] ~! [Y11_11] : ((r(X10_351_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [22806] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_351_3) <=> r(Y11_11)))
% 251.94/36.26 -> [22807] ~(r(X10_351_3) <=> r(skolem_Y1111(X10_351_3)))
% 251.94/36.26
% 251.94/36.26 [22807] BETA_NOT_EQUIV : ~(r(X10_351_3) <=> r(skolem_Y1111(X10_351_3)))
% 251.94/36.26 -> [22808] ~r(X10_351_3), r(skolem_Y1111(X10_351_3))
% 251.94/36.26 -> [22809] r(X10_351_3), ~r(skolem_Y1111(X10_351_3))
% 251.94/36.26
% 251.94/36.26 [22809] CLOSURE : ~r(skolem_Y1111(X10_351_3))
% 251.94/36.26
% 251.94/36.26 [22808] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [23211] ~r(X8_325_4)
% 251.94/36.26
% 251.94/36.26 [23211] CLOSURE : ~r(X8_325_4)
% 251.94/36.26
% 251.94/36.26 [8098] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8472] (p(skolem_X22) <=> p(Y3_317_0))
% 251.94/36.26
% 251.94/36.26 [8472] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_317_0))
% 251.94/36.26 -> [8473] ~p(skolem_X22), ~p(Y3_317_0)
% 251.94/36.26 -> [8474] p(skolem_X22), p(Y3_317_0)
% 251.94/36.26
% 251.94/36.26 [8473] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8849] r(Y5_260_1)
% 251.94/36.26
% 251.94/36.26 [8849] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9762] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9762] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [9763] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [9763] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [9764] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [9765] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [9764] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [9765] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [19657] ~! [Y11_11] : ((r(X10_246_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [19657] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_246_3) <=> r(Y11_11)))
% 251.94/36.26 -> [19658] ~(r(X10_246_3) <=> r(skolem_Y1111(X10_246_3)))
% 251.94/36.26
% 251.94/36.26 [19658] BETA_NOT_EQUIV : ~(r(X10_246_3) <=> r(skolem_Y1111(X10_246_3)))
% 251.94/36.26 -> [19659] ~r(X10_246_3), r(skolem_Y1111(X10_246_3))
% 251.94/36.26 -> [19660] r(X10_246_3), ~r(skolem_Y1111(X10_246_3))
% 251.94/36.26
% 251.94/36.26 [19659] CLOSURE : ~r(X10_246_3)
% 251.94/36.26
% 251.94/36.26 [19660] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [32309] ~r(X8_801_4)
% 251.94/36.26
% 251.94/36.26 [32309] CLOSURE : ~r(X8_801_4)
% 251.94/36.26
% 251.94/36.26 [8474] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9344] r(skolem_Y1111(X10_243_3))
% 251.94/36.26
% 251.94/36.26 [9344] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [10249] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [10249] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [10250] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [10250] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [10251] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [10252] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [10251] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [19573] BETA_NOT_EQUIV : ~(r(X10_243_3) <=> r(skolem_Y1111(X10_243_3)))
% 251.94/36.26 -> [41824] ~r(X10_243_3), r(skolem_Y1111(X10_243_3))
% 251.94/36.26 -> [41825] r(X10_243_3), ~r(skolem_Y1111(X10_243_3))
% 251.94/36.26
% 251.94/36.26 [41825] CLOSURE : ~r(skolem_Y1111(X10_243_3))
% 251.94/36.26
% 251.94/36.26 [41824] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [42268] ~r(X8_1347_4)
% 251.94/36.26
% 251.94/36.26 [42268] CLOSURE : ~r(X8_1347_4)
% 251.94/36.26
% 251.94/36.26 [7446] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [7447] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7448] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [7448] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [7452] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [7452] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [8142] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8143] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [8142] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8532] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8533] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8533] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8534] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8534] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [9427] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9427] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [17201] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [17201] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [17202] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [17203] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [17202] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [17203] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [17641] r(Y5_714_1)
% 251.94/36.26
% 251.94/36.26 [17641] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [18005] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [18005] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [18006] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [18006] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [18007] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [18008] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [18008] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [18007] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [19667] ~! [Y11_11] : ((r(X10_248_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [19667] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_248_3) <=> r(Y11_11)))
% 251.94/36.26 -> [19670] ~(r(X10_248_3) <=> r(skolem_Y1111(X10_248_3)))
% 251.94/36.26
% 251.94/36.26 [19670] BETA_NOT_EQUIV : ~(r(X10_248_3) <=> r(skolem_Y1111(X10_248_3)))
% 251.94/36.26 -> [19671] ~r(X10_248_3), r(skolem_Y1111(X10_248_3))
% 251.94/36.26 -> [19672] r(X10_248_3), ~r(skolem_Y1111(X10_248_3))
% 251.94/36.26
% 251.94/36.26 [19671] CLOSURE : ~r(X10_248_3)
% 251.94/36.26
% 251.94/36.26 [19672] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [20892] ~r(X8_240_4)
% 251.94/36.26
% 251.94/36.26 [20892] CLOSURE : ~r(X8_240_4)
% 251.94/36.26
% 251.94/36.26 [8532] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8926] (p(skolem_X22) <=> p(Y3_345_0))
% 251.94/36.26
% 251.94/36.26 [8926] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_345_0))
% 251.94/36.26 -> [8927] ~p(skolem_X22), ~p(Y3_345_0)
% 251.94/36.26 -> [8928] p(skolem_X22), p(Y3_345_0)
% 251.94/36.26
% 251.94/36.26 [8928] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9839] r(Y5_322_1)
% 251.94/36.26
% 251.94/36.26 [9839] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [19369] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [19369] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [19370] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [19370] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [19371] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [19372] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [19371] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [19372] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [20239] ~! [Y11_11] : ((r(X10_267_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [20239] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_267_3) <=> r(Y11_11)))
% 251.94/36.26 -> [20240] ~(r(X10_267_3) <=> r(skolem_Y1111(X10_267_3)))
% 251.94/36.26
% 251.94/36.26 [20240] BETA_NOT_EQUIV : ~(r(X10_267_3) <=> r(skolem_Y1111(X10_267_3)))
% 251.94/36.26 -> [20241] ~r(X10_267_3), r(skolem_Y1111(X10_267_3))
% 251.94/36.26 -> [20242] r(X10_267_3), ~r(skolem_Y1111(X10_267_3))
% 251.94/36.26
% 251.94/36.26 [20241] CLOSURE : ~r(X10_267_3)
% 251.94/36.26
% 251.94/36.26 [20242] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [24173] ~r(X8_399_4)
% 251.94/36.26
% 251.94/36.26 [24173] CLOSURE : ~r(X8_399_4)
% 251.94/36.26
% 251.94/36.26 [8927] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [19456] r(Y5_802_1)
% 251.94/36.26
% 251.94/36.26 [19456] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [19752] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [19752] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [19755] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [19755] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [19756] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [19757] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [19756] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [19757] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [20399] ~! [Y11_11] : ((r(X10_270_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [20399] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_270_3) <=> r(Y11_11)))
% 251.94/36.26 -> [20400] ~(r(X10_270_3) <=> r(skolem_Y1111(X10_270_3)))
% 251.94/36.26
% 251.94/36.26 [20400] BETA_NOT_EQUIV : ~(r(X10_270_3) <=> r(skolem_Y1111(X10_270_3)))
% 251.94/36.26 -> [20401] ~r(X10_270_3), r(skolem_Y1111(X10_270_3))
% 251.94/36.26 -> [20402] r(X10_270_3), ~r(skolem_Y1111(X10_270_3))
% 251.94/36.26
% 251.94/36.26 [20401] CLOSURE : ~r(X10_270_3)
% 251.94/36.26
% 251.94/36.26 [20402] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [33723] ~r(X8_871_4)
% 251.94/36.26
% 251.94/36.26 [33723] CLOSURE : ~r(X8_871_4)
% 251.94/36.26
% 251.94/36.26 [8143] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [8156] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [8156] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8157] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8158] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8157] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8541] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8541] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [9859] (p(skolem_X22) <=> p(Y3_391_0))
% 251.94/36.26
% 251.94/36.26 [9859] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_391_0))
% 251.94/36.26 -> [9861] ~p(skolem_X22), ~p(Y3_391_0)
% 251.94/36.26 -> [9862] p(skolem_X22), p(Y3_391_0)
% 251.94/36.26
% 251.94/36.26 [9861] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [22425] r(Y5_907_1)
% 251.94/36.26
% 251.94/36.26 [22425] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [22727] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [22727] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [22729] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [22729] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [22731] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [22732] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [22732] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [22731] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [23803] ~! [Y11_11] : ((r(X10_407_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [23803] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_407_3) <=> r(Y11_11)))
% 251.94/36.26 -> [23804] ~(r(X10_407_3) <=> r(skolem_Y1111(X10_407_3)))
% 251.94/36.26
% 251.94/36.26 [23804] BETA_NOT_EQUIV : ~(r(X10_407_3) <=> r(skolem_Y1111(X10_407_3)))
% 251.94/36.26 -> [23805] ~r(X10_407_3), r(skolem_Y1111(X10_407_3))
% 251.94/36.26 -> [23806] r(X10_407_3), ~r(skolem_Y1111(X10_407_3))
% 251.94/36.26
% 251.94/36.26 [23805] CLOSURE : ~r(X10_407_3)
% 251.94/36.26
% 251.94/36.26 [23806] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [24587] ~r(X8_430_4)
% 251.94/36.26
% 251.94/36.26 [24587] CLOSURE : ~r(X8_430_4)
% 251.94/36.26
% 251.94/36.26 [9862] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [17118] r(skolem_Y1111(X10_260_3))
% 251.94/36.26
% 251.94/36.26 [17118] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [17898] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [17898] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [17900] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [17900] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [17903] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [17904] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [17904] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [17903] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [19981] ~! [Y11_11] : ((r(X10_260_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [19981] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_260_3) <=> r(Y11_11)))
% 251.94/36.26 -> [19982] ~(r(X10_260_3) <=> r(skolem_Y1111(X10_260_3)))
% 251.94/36.26
% 251.94/36.26 [19982] BETA_NOT_EQUIV : ~(r(X10_260_3) <=> r(skolem_Y1111(X10_260_3)))
% 251.94/36.26 -> [19983] ~r(X10_260_3), r(skolem_Y1111(X10_260_3))
% 251.94/36.26 -> [19984] r(X10_260_3), ~r(skolem_Y1111(X10_260_3))
% 251.94/36.26
% 251.94/36.26 [19984] CLOSURE : ~r(skolem_Y1111(X10_260_3))
% 251.94/36.26
% 251.94/36.26 [19983] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [25070] ~r(X8_465_4)
% 251.94/36.26
% 251.94/36.26 [25070] CLOSURE : ~r(X8_465_4)
% 251.94/36.26
% 251.94/36.26 [8158] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8165] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8165] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8953] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [8953] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [8956] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [8957] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8957] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [9869] r(Y5_325_1)
% 251.94/36.26
% 251.94/36.26 [9869] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [17193] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [17193] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [17194] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [17194] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [17195] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [17196] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [17195] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [25332] BETA_NOT_EQUIV : ~(r(X10_468_3) <=> r(skolem_Y1111(X10_468_3)))
% 251.94/36.26 -> [26052] ~r(X10_468_3), r(skolem_Y1111(X10_468_3))
% 251.94/36.26 -> [26053] r(X10_468_3), ~r(skolem_Y1111(X10_468_3))
% 251.94/36.26
% 251.94/36.26 [26052] CLOSURE : ~r(X10_468_3)
% 251.94/36.26
% 251.94/36.26 [26053] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [26327] ~r(X8_532_4)
% 251.94/36.26
% 251.94/36.26 [26327] CLOSURE : ~r(X8_532_4)
% 251.94/36.26
% 251.94/36.26 [8956] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7447] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [7771] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [7771] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [7772] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7773] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [7772] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [8113] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8114] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [8114] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [8118] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [8118] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8901] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8901] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [10326] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [10326] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [10329] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [10330] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10330] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [10329] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [22180] r(skolem_Y1111(X10_396_3))
% 251.94/36.26
% 251.94/36.26 [22180] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [22563] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [22563] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [22564] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [22564] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [22565] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [22566] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [22565] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [22566] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [23572] ~! [Y11_11] : ((r(X10_396_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [23572] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_396_3) <=> r(Y11_11)))
% 251.94/36.26 -> [23573] ~(r(X10_396_3) <=> r(skolem_Y1111(X10_396_3)))
% 251.94/36.26
% 251.94/36.26 [23573] BETA_NOT_EQUIV : ~(r(X10_396_3) <=> r(skolem_Y1111(X10_396_3)))
% 251.94/36.26 -> [23575] ~r(X10_396_3), r(skolem_Y1111(X10_396_3))
% 251.94/36.26 -> [23576] r(X10_396_3), ~r(skolem_Y1111(X10_396_3))
% 251.94/36.26
% 251.94/36.26 [23576] CLOSURE : ~r(skolem_Y1111(X10_396_3))
% 251.94/36.26
% 251.94/36.26 [23575] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [24367] ~r(X8_420_4)
% 251.94/36.26
% 251.94/36.26 [24367] CLOSURE : ~r(X8_420_4)
% 251.94/36.26
% 251.94/36.26 [8113] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8499] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [8499] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [8500] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [8501] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8501] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8500] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8897] r(skolem_Y1111(X10_258_3))
% 251.94/36.26
% 251.94/36.26 [8897] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9805] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9805] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [9806] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [9806] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [9807] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [9808] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [9807] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [19909] BETA_NOT_EQUIV : ~(r(X10_258_3) <=> r(skolem_Y1111(X10_258_3)))
% 251.94/36.26 -> [32847] ~r(X10_258_3), r(skolem_Y1111(X10_258_3))
% 251.94/36.26 -> [32848] r(X10_258_3), ~r(skolem_Y1111(X10_258_3))
% 251.94/36.26
% 251.94/36.26 [32848] CLOSURE : ~r(skolem_Y1111(X10_258_3))
% 251.94/36.26
% 251.94/36.26 [32847] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [33117] ~r(X8_849_4)
% 251.94/36.26
% 251.94/36.26 [33117] CLOSURE : ~r(X8_849_4)
% 251.94/36.26
% 251.94/36.26 [7773] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [7779] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [7779] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [7781] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [7782] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [7782] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [7784] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [7784] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8526] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [8526] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [8527] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [8528] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8528] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8527] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [20323] r(Y5_835_1)
% 251.94/36.26
% 251.94/36.26 [20323] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [20811] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [20811] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [20814] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [20814] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [20815] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [20816] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [20815] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [36653] BETA_NOT_EQUIV : ~(r(X10_901_3) <=> r(skolem_Y1111(X10_901_3)))
% 251.94/36.26 -> [36736] ~r(X10_901_3), r(skolem_Y1111(X10_901_3))
% 251.94/36.26 -> [36737] r(X10_901_3), ~r(skolem_Y1111(X10_901_3))
% 251.94/36.26
% 251.94/36.26 [36736] CLOSURE : ~r(X10_901_3)
% 251.94/36.26
% 251.94/36.26 [36737] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [36757] ~r(X8_1009_4)
% 251.94/36.26
% 251.94/36.26 [36757] CLOSURE : ~r(X8_1009_4)
% 251.94/36.26
% 251.94/36.26 [7781] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [8125] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [8125] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8126] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [8126] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [8127] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [8128] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8128] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8127] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [8506] r(Y5_248_1)
% 251.94/36.26
% 251.94/36.26 [8506] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [9823] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [9823] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [9824] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [9824] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [9825] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [9826] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [9826] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [9825] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [41959] ~! [Y11_11] : ((r(X10_1119_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [41959] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1119_3) <=> r(Y11_11)))
% 251.94/36.26 -> [41960] ~(r(X10_1119_3) <=> r(skolem_Y1111(X10_1119_3)))
% 251.94/36.26
% 251.94/36.26 [41960] BETA_NOT_EQUIV : ~(r(X10_1119_3) <=> r(skolem_Y1111(X10_1119_3)))
% 251.94/36.26 -> [41961] ~r(X10_1119_3), r(skolem_Y1111(X10_1119_3))
% 251.94/36.26 -> [41962] r(X10_1119_3), ~r(skolem_Y1111(X10_1119_3))
% 251.94/36.26
% 251.94/36.26 [41961] CLOSURE : ~r(X10_1119_3)
% 251.94/36.26
% 251.94/36.26 [41962] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [42481] ~r(X8_1367_4)
% 251.94/36.26
% 251.94/36.26 [42481] CLOSURE : ~r(X8_1367_4)
% 251.94/36.26
% 251.94/36.26 [7215] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [7218] r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [7218] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [7797] ~s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [7797] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26 -> [8962] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [8963] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26
% 251.94/36.26 [8963] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [8969] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [8970] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [8969] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [9459] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [9459] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [17300] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [17301] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [17300] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [17681] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [17682] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [17681] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [18037] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [18037] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [18038] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [18039] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [18039] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [18038] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [23138] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [23138] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [23343] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [23343] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [23344] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [23344] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [23345] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [23346] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [23345] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [23646] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [24847] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [24848] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [24848] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [24847] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [17682] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [17683] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [17683] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [18670] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [18670] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [38950] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [38950] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [39123] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [39124] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [39124] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [39123] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [39396] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [39396] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [39409] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [39409] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [39410] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [39410] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [39411] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [39412] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [39412] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [39411] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [39499] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [39499] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [39500] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [39500] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [39501] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [39502] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [39502] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [39501] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [17301] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [17302] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [17302] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [17303] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [17304] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [17303] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [17685] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [17685] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [18671] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [18671] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [18672] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [18673] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [18673] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [18672] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [39182] r(Y5_1258_1)
% 251.94/36.26
% 251.94/36.26 [39182] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [39250] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [39250] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [39251] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [39251] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [39252] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [39253] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [39253] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [39252] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [39454] ~! [Y11_11] : ((r(X10_1012_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [39454] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1012_3) <=> r(Y11_11)))
% 251.94/36.26 -> [39455] ~(r(X10_1012_3) <=> r(skolem_Y1111(X10_1012_3)))
% 251.94/36.26
% 251.94/36.26 [39455] BETA_NOT_EQUIV : ~(r(X10_1012_3) <=> r(skolem_Y1111(X10_1012_3)))
% 251.94/36.26 -> [39456] ~r(X10_1012_3), r(skolem_Y1111(X10_1012_3))
% 251.94/36.26 -> [39457] r(X10_1012_3), ~r(skolem_Y1111(X10_1012_3))
% 251.94/36.26
% 251.94/36.26 [39456] CLOSURE : ~r(X10_1012_3)
% 251.94/36.26
% 251.94/36.26 [39457] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [39593] ~s(skolem_X1414)
% 251.94/36.26
% 251.94/36.26 [39593] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [39616] (s(skolem_X1414) <=> s(Y15_294_5))
% 251.94/36.26
% 251.94/36.26 [39616] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_294_5))
% 251.94/36.26 -> [39617] ~s(skolem_X1414), ~s(Y15_294_5)
% 251.94/36.26 -> [39618] s(skolem_X1414), s(Y15_294_5)
% 251.94/36.26
% 251.94/36.26 [39618] CLOSURE : s(Y15_294_5)
% 251.94/36.26
% 251.94/36.26 [39617] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [39668] ~p(X16_184_6)
% 251.94/36.26
% 251.94/36.26 [39668] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [39695] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26
% 251.94/36.26 [39695] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [39697] (p(skolem_X22) <=> p(Y3_1068_0))
% 251.94/36.26
% 251.94/36.26 [39697] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1068_0))
% 251.94/36.26 -> [39698] ~p(skolem_X22), ~p(Y3_1068_0)
% 251.94/36.26 -> [39699] p(skolem_X22), p(Y3_1068_0)
% 251.94/36.26
% 251.94/36.26 [39699] CLOSURE : p(skolem_X22)
% 251.94/36.26
% 251.94/36.26 [39698] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [39727] ! [Y5_5] : (r(Y5_5))
% 251.94/36.26
% 251.94/36.26 [39727] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [39728] r(Y5_1271_1)
% 251.94/36.26
% 251.94/36.26 [39728] CLOSURE : r(Y5_1271_1)
% 251.94/36.26
% 251.94/36.26 [17304] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [17305] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [17305] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [18347] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [18347] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [18348] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [18349] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [18348] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [18349] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [39173] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [39173] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [39248] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [39248] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [39298] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [39298] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [39299] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [39300] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [39299] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [39465] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [40113] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [40114] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [40113] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [40114] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [8970] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [8971] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [8971] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [9889] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [9890] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [9890] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [9901] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [9901] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [9902] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [9903] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [9902] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [16971] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [16971] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [17671] (p(skolem_X22) <=> p(Y3_616_0))
% 251.94/36.26
% 251.94/36.26 [17671] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_616_0))
% 251.94/36.26 -> [17672] ~p(skolem_X22), ~p(Y3_616_0)
% 251.94/36.26 -> [17673] p(skolem_X22), p(Y3_616_0)
% 251.94/36.26
% 251.94/36.26 [17672] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [18854] r(Y5_783_1)
% 251.94/36.26
% 251.94/36.26 [18854] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [19588] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [19588] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [19589] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [19589] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [19590] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [19591] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [19591] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [19590] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [29853] ~! [Y11_11] : ((r(X10_657_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [29853] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_657_3) <=> r(Y11_11)))
% 251.94/36.26 -> [29854] ~(r(X10_657_3) <=> r(skolem_Y1111(X10_657_3)))
% 251.94/36.26
% 251.94/36.26 [29854] BETA_NOT_EQUIV : ~(r(X10_657_3) <=> r(skolem_Y1111(X10_657_3)))
% 251.94/36.26 -> [29855] ~r(X10_657_3), r(skolem_Y1111(X10_657_3))
% 251.94/36.26 -> [29856] r(X10_657_3), ~r(skolem_Y1111(X10_657_3))
% 251.94/36.26
% 251.94/36.26 [29855] CLOSURE : ~r(X10_657_3)
% 251.94/36.26
% 251.94/36.26 [29856] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [29884] p(Y13_303_4)
% 251.94/36.26
% 251.94/36.26 [29884] CLOSURE : p(Y13_303_4)
% 251.94/36.26
% 251.94/36.26 [17673] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [18592] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [18592] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [19333] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [19333] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [19334] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [19334] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [19335] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [19336] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [19336] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [19335] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [29885] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [29885] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [29886] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [29886] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [29887] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [29888] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [29887] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [29888] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [9903] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [9908] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9908] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [17329] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [17329] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [17330] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [17331] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [17331] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [22060] r(Y5_895_1)
% 251.94/36.26
% 251.94/36.26 [22060] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [22484] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [22484] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [22485] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [22485] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [22486] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [22487] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [22486] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [22487] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [23226] ~! [Y11_11] : ((r(X10_378_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [23226] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_378_3) <=> r(Y11_11)))
% 251.94/36.26 -> [23227] ~(r(X10_378_3) <=> r(skolem_Y1111(X10_378_3)))
% 251.94/36.26
% 251.94/36.26 [23227] BETA_NOT_EQUIV : ~(r(X10_378_3) <=> r(skolem_Y1111(X10_378_3)))
% 251.94/36.26 -> [23228] ~r(X10_378_3), r(skolem_Y1111(X10_378_3))
% 251.94/36.26 -> [23229] r(X10_378_3), ~r(skolem_Y1111(X10_378_3))
% 251.94/36.26
% 251.94/36.26 [23228] CLOSURE : ~r(X10_378_3)
% 251.94/36.26
% 251.94/36.26 [23229] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [25176] p(Y13_177_4)
% 251.94/36.26
% 251.94/36.26 [25176] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26 -> [25379] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [25379] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.26 -> [25380] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.26 -> [25381] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [25381] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [25380] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [26665] q(Y17_50_6)
% 251.94/36.26
% 251.94/36.26 [26665] CLOSURE : q(Y17_50_6)
% 251.94/36.26
% 251.94/36.26 [17330] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9889] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [16969] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [16970] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [16970] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [16972] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [16972] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [39033] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [39033] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [39081] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [39081] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [39082] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [39083] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [39082] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [39083] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [39162] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [39162] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [39230] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [39230] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [39231] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [39231] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [39232] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [39233] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [39233] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [39232] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [39828] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [39828] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [39829] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [39829] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [39830] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [39831] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [39830] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [39831] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [16969] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [39256] (p(skolem_X22) <=> p(Y3_1064_0))
% 251.94/36.26
% 251.94/36.26 [39256] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1064_0))
% 251.94/36.26 -> [39257] ~p(skolem_X22), ~p(Y3_1064_0)
% 251.94/36.26 -> [39258] p(skolem_X22), p(Y3_1064_0)
% 251.94/36.26
% 251.94/36.26 [39258] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [39323] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [39323] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [39369] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [39369] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [39370] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [39370] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [39372] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [39373] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [39372] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [39545] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [40146] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [40147] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [40146] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [40147] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [39257] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [39403] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [39403] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [39529] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [39529] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [39530] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [39530] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [39531] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [39532] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [39531] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [39633] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [40182] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [40183] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [40183] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [40182] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [8962] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [9450] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [9451] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [9450] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [9870] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [9871] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [9870] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [16841] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [16842] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [16841] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [37923] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [37923] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [37980] (p(skolem_X22) <=> p(Y3_1048_0))
% 251.94/36.26
% 251.94/36.26 [37980] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1048_0))
% 251.94/36.26 -> [37981] ~p(skolem_X22), ~p(Y3_1048_0)
% 251.94/36.26 -> [37982] p(skolem_X22), p(Y3_1048_0)
% 251.94/36.26
% 251.94/36.26 [37982] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [38041] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [38041] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [38083] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [38083] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [38084] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [38084] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [38085] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [38086] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [38086] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [38085] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [38137] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [38137] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [38138] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [38138] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [38139] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [38140] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [38139] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [38140] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [37981] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [38048] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [38048] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [38102] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [38102] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [38103] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [38103] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [38104] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [38105] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [38105] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [38104] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [38141] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [38141] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [38142] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [38142] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [38143] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [38144] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [38144] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [38143] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [16842] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [16845] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [16845] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [37959] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [37959] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [37960] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [37961] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [37960] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [37961] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [37995] r(Y5_1212_1)
% 251.94/36.26
% 251.94/36.26 [37995] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [38017] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [38017] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [38018] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [38018] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [38019] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [38020] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [38019] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [38095] BETA_NOT_EQUIV : ~(r(X10_942_3) <=> r(skolem_Y1111(X10_942_3)))
% 251.94/36.26 -> [38201] ~r(X10_942_3), r(skolem_Y1111(X10_942_3))
% 251.94/36.26 -> [38202] r(X10_942_3), ~r(skolem_Y1111(X10_942_3))
% 251.94/36.26
% 251.94/36.26 [38201] CLOSURE : ~r(X10_942_3)
% 251.94/36.26
% 251.94/36.26 [38202] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [38243] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [38243] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [38256] p(Y13_523_5)
% 251.94/36.26
% 251.94/36.26 [38256] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [38264] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [38264] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26 -> [38265] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26
% 251.94/36.26 [38265] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26 -> [38267] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.26 -> [38268] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [38267] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [38268] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [9871] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [9873] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [9873] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [9874] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [9875] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [9875] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [9877] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [9877] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [17113] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [17113] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [17782] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [17782] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [17783] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [17784] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [17783] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [17784] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [18710] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [18710] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [19447] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [19447] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [19448] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [19448] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [19449] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [19450] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [19450] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [19449] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [23408] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [23408] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [23409] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [23409] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [23410] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [23411] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [23410] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [23411] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [9874] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [16846] (p(skolem_X22) <=> p(Y3_590_0))
% 251.94/36.26
% 251.94/36.26 [16846] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_590_0))
% 251.94/36.26 -> [16847] ~p(skolem_X22), ~p(Y3_590_0)
% 251.94/36.26 -> [16848] p(skolem_X22), p(Y3_590_0)
% 251.94/36.26
% 251.94/36.26 [16847] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [18399] r(Y5_764_1)
% 251.94/36.26
% 251.94/36.26 [18399] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [23498] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [23498] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [23499] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [23499] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [23500] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [23501] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [23500] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [23725] BETA_NOT_EQUIV : ~(r(X10_404_3) <=> r(skolem_Y1111(X10_404_3)))
% 251.94/36.26 -> [24810] ~r(X10_404_3), r(skolem_Y1111(X10_404_3))
% 251.94/36.26 -> [24811] r(X10_404_3), ~r(skolem_Y1111(X10_404_3))
% 251.94/36.26
% 251.94/36.26 [24810] CLOSURE : ~r(X10_404_3)
% 251.94/36.26
% 251.94/36.26 [24811] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [25175] ~s(X12_229_4)
% 251.94/36.26
% 251.94/36.26 [25175] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [25234] p(Y13_179_5)
% 251.94/36.26
% 251.94/36.26 [25234] CLOSURE : p(Y13_179_5)
% 251.94/36.26
% 251.94/36.26 [16848] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [17389] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [17389] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [18042] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [18042] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [18043] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [18043] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [18044] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [18045] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [18044] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [40008] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [40606] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [40607] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [40607] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [40606] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [9451] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [9454] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [9454] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [16894] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [16894] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [17687] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [17688] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [17688] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [17695] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [17695] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [17696] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [17697] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [17697] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [17698] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [17698] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [18385] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [18385] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [19233] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [19233] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [19234] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [19235] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19235] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [19234] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [24469] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [24469] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [24562] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [24562] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [24563] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [24563] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [24564] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [24565] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [24565] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [24564] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [25245] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [25245] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [25246] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [25246] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [25247] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [25248] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [25247] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [25248] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [17696] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [17932] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [17932] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [17934] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [17935] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [17935] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [17934] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [19232] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [19232] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [20064] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [20064] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [20067] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [20067] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [20068] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [20069] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [20068] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [40610] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [41367] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [41368] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [41367] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [41368] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [17687] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [17922] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [17923] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [17922] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [18133] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [18133] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [18936] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [18936] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [18937] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [18938] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [18938] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [18937] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [20324] r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [20324] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [40314] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [40314] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [40315] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [40315] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [40316] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [40317] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [40316] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [40317] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [41388] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [41388] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.26 -> [41393] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26
% 251.94/36.26 [41393] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.26 -> [41394] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.26 -> [41395] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [41394] CLOSURE : ~r(skolem_X88)
% 251.94/36.26
% 251.94/36.26 [41395] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.26
% 251.94/36.26 [17923] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [17924] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [17924] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [18619] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [18619] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [18620] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [18621] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [18621] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [18620] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [40513] r(Y5_1297_1)
% 251.94/36.26
% 251.94/36.26 [40513] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [40885] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [40885] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [40887] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [40887] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [40888] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [40889] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [40888] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [40889] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [40950] ~! [Y11_11] : ((r(X10_1077_3) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [40950] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1077_3) <=> r(Y11_11)))
% 251.94/36.26 -> [40951] ~(r(X10_1077_3) <=> r(skolem_Y1111(X10_1077_3)))
% 251.94/36.26
% 251.94/36.26 [40951] BETA_NOT_EQUIV : ~(r(X10_1077_3) <=> r(skolem_Y1111(X10_1077_3)))
% 251.94/36.26 -> [40952] ~r(X10_1077_3), r(skolem_Y1111(X10_1077_3))
% 251.94/36.26 -> [40953] r(X10_1077_3), ~r(skolem_Y1111(X10_1077_3))
% 251.94/36.26
% 251.94/36.26 [40952] CLOSURE : ~r(X10_1077_3)
% 251.94/36.26
% 251.94/36.26 [40953] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [41722] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [41722] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.26 -> [41723] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26
% 251.94/36.26 [41723] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.26 -> [41724] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.26 -> [41725] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.26
% 251.94/36.26 [41725] CLOSURE : s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [41724] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [42561] q(Y17_169_5)
% 251.94/36.26
% 251.94/36.26 [42561] CLOSURE : q(Y17_169_5)
% 251.94/36.26
% 251.94/36.26 [20] BETA_NOT_EQUIV : ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.94/36.26 -> [220] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.26 -> [221] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.26
% 251.94/36.26 [220] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.26 -> [264] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26 -> [265] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26
% 251.94/36.26 [265] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.26 -> [284] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26
% 251.94/36.26 [284] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.26 -> [286] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [287] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.26
% 251.94/36.26 [286] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.26 -> [326] ~s(skolem_Y99)
% 251.94/36.26
% 251.94/36.26 [326] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.26 -> [332] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [333] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26
% 251.94/36.26 [333] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.26 -> [352] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [353] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.26
% 251.94/36.26 [353] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.26 -> [359] s(skolem_X1212)
% 251.94/36.26
% 251.94/36.26 [359] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [20655] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [20656] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [20656] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [20661] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [20661] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [20664] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [20665] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [20664] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [21007] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [21007] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [33828] (p(skolem_X22) <=> p(Y3_986_0))
% 251.94/36.26
% 251.94/36.26 [33828] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_986_0))
% 251.94/36.26 -> [33829] ~p(skolem_X22), ~p(Y3_986_0)
% 251.94/36.26 -> [33830] p(skolem_X22), p(Y3_986_0)
% 251.94/36.26
% 251.94/36.26 [33830] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [33953] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [33953] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [34012] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [34012] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [34013] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [34013] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [34014] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [34015] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [34015] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [34014] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [34233] (r(skolem_X1010) <=> r(Y11_846_3))
% 251.94/36.26
% 251.94/36.26 [34233] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_846_3))
% 251.94/36.26 -> [34234] ~r(skolem_X1010), ~r(Y11_846_3)
% 251.94/36.26 -> [34235] r(skolem_X1010), r(Y11_846_3)
% 251.94/36.26
% 251.94/36.26 [34234] CLOSURE : ~r(Y11_846_3)
% 251.94/36.26
% 251.94/36.26 [34235] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [34293] ~r(X8_885_4)
% 251.94/36.26
% 251.94/36.26 [34293] CLOSURE : ~r(X8_885_4)
% 251.94/36.26
% 251.94/36.26 [33829] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [33968] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [33968] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [34039] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [34039] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [34040] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [34040] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [34041] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [34042] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [34042] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [34041] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [34242] (r(skolem_X1010) <=> r(Y11_847_3))
% 251.94/36.26
% 251.94/36.26 [34242] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_847_3))
% 251.94/36.26 -> [34243] ~r(skolem_X1010), ~r(Y11_847_3)
% 251.94/36.26 -> [34244] r(skolem_X1010), r(Y11_847_3)
% 251.94/36.26
% 251.94/36.26 [34243] CLOSURE : ~r(Y11_847_3)
% 251.94/36.26
% 251.94/36.26 [34244] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [34313] ~r(X8_888_4)
% 251.94/36.26
% 251.94/36.26 [34313] CLOSURE : ~r(X8_888_4)
% 251.94/36.26
% 251.94/36.26 [20665] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [20671] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [20671] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [21316] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [21316] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [21317] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [21318] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [21317] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [21318] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [33917] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [33917] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [33976] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [33976] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [33977] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [33977] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [33978] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [33979] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [34193] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_844_3))
% 251.94/36.26 -> [34426] ~r(skolem_X1010), ~r(Y11_844_3)
% 251.94/36.26 -> [34427] r(skolem_X1010), r(Y11_844_3)
% 251.94/36.26
% 251.94/36.26 [34426] CLOSURE : ~r(Y11_844_3)
% 251.94/36.26
% 251.94/36.26 [34427] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [34454] ~r(X8_897_4)
% 251.94/36.26
% 251.94/36.26 [34454] CLOSURE : ~r(X8_897_4)
% 251.94/36.26
% 251.94/36.26 [33978] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [20655] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [21004] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [21005] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [21004] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [21307] (p(skolem_X22) <=> p(Y3_747_0))
% 251.94/36.26
% 251.94/36.26 [21307] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_747_0))
% 251.94/36.26 -> [21308] ~p(skolem_X22), ~p(Y3_747_0)
% 251.94/36.26 -> [21309] p(skolem_X22), p(Y3_747_0)
% 251.94/36.26
% 251.94/36.26 [21309] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [22049] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [22049] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [22475] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [22475] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [22476] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [22476] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [22477] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [22478] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [22477] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [23314] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_452_3))
% 251.94/36.26 -> [24470] ~r(skolem_X1010), ~r(Y11_452_3)
% 251.94/36.26 -> [24471] r(skolem_X1010), r(Y11_452_3)
% 251.94/36.26
% 251.94/36.26 [24470] CLOSURE : ~r(Y11_452_3)
% 251.94/36.26
% 251.94/36.26 [24471] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [24825] ~r(X8_446_4)
% 251.94/36.26
% 251.94/36.26 [24825] CLOSURE : ~r(X8_446_4)
% 251.94/36.26
% 251.94/36.26 [21308] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [22634] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [22634] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [23077] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [23077] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [23078] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [23078] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [23079] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [23080] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [23079] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [23598] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_466_3))
% 251.94/36.26 -> [24823] ~r(skolem_X1010), ~r(Y11_466_3)
% 251.94/36.26 -> [24824] r(skolem_X1010), r(Y11_466_3)
% 251.94/36.26
% 251.94/36.26 [24823] CLOSURE : ~r(Y11_466_3)
% 251.94/36.26
% 251.94/36.26 [24824] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [25106] ~r(X8_468_4)
% 251.94/36.26
% 251.94/36.26 [25106] CLOSURE : ~r(X8_468_4)
% 251.94/36.26
% 251.94/36.26 [21005] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [21006] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [21006] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [21589] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [21589] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [33888] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26
% 251.94/36.26 [33888] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.26 -> [33889] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.26 -> [33890] p(skolem_X22), p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [33889] CLOSURE : ~p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [33890] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [34027] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [34027] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [34148] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [34148] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [34149] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [34149] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [34150] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [34151] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [34151] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [34150] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [34653] (r(skolem_X1010) <=> r(Y11_865_3))
% 251.94/36.26
% 251.94/36.26 [34653] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_865_3))
% 251.94/36.26 -> [34654] ~r(skolem_X1010), ~r(Y11_865_3)
% 251.94/36.26 -> [34655] r(skolem_X1010), r(Y11_865_3)
% 251.94/36.26
% 251.94/36.26 [34654] CLOSURE : ~r(Y11_865_3)
% 251.94/36.26
% 251.94/36.26 [34655] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [34699] ~r(X8_910_4)
% 251.94/36.26
% 251.94/36.26 [34699] CLOSURE : ~r(X8_910_4)
% 251.94/36.26
% 251.94/36.26 [352] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.26 -> [427] ~p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [427] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.26 -> [432] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [433] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26
% 251.94/36.26 [432] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [443] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [444] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [443] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [4213] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [4213] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [4214] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [4215] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [4215] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [4214] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [4373] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [4373] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [5112] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [5112] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [5113] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [5113] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [5114] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [5115] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [5114] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [6776] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_66_3))
% 251.94/36.26 -> [9190] ~r(skolem_X1010), ~r(Y11_66_3)
% 251.94/36.26 -> [9191] r(skolem_X1010), r(Y11_66_3)
% 251.94/36.26
% 251.94/36.26 [9190] CLOSURE : ~r(Y11_66_3)
% 251.94/36.26
% 251.94/36.26 [9191] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [10388] ~r(X8_47_4)
% 251.94/36.26
% 251.94/36.26 [10388] CLOSURE : ~r(X8_47_4)
% 251.94/36.26
% 251.94/36.26 [444] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [449] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [449] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [808] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [808] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [8560] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [8560] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [8561] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [8562] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8562] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [8561] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [14003] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [14003] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [22152] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [22152] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [22153] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [22153] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26 -> [22154] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.26 -> [22155] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.26
% 251.94/36.26 [22155] CLOSURE : q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [22154] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.26 -> [24483] (r(skolem_X1010) <=> r(Y11_515_3))
% 251.94/36.26
% 251.94/36.26 [24483] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_515_3))
% 251.94/36.26 -> [24484] ~r(skolem_X1010), ~r(Y11_515_3)
% 251.94/36.26 -> [24485] r(skolem_X1010), r(Y11_515_3)
% 251.94/36.26
% 251.94/36.26 [24484] CLOSURE : ~r(Y11_515_3)
% 251.94/36.26
% 251.94/36.26 [24485] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [24827] ~r(X8_447_4)
% 251.94/36.26
% 251.94/36.26 [24827] CLOSURE : ~r(X8_447_4)
% 251.94/36.26
% 251.94/36.26 [433] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.26 -> [5206] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.26
% 251.94/36.26 [5206] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.26 -> [5207] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [5208] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.26
% 251.94/36.26 [5208] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.26 -> [5209] p(skolem_X1616)
% 251.94/36.26
% 251.94/36.26 [5209] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [38069] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [38069] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [38070] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [38071] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [38071] CLOSURE : p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [38070] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [38257] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [38257] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [38276] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [38276] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.26 -> [38278] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26
% 251.94/36.26 [38278] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.26 -> [38280] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.26 -> [38281] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.26
% 251.94/36.26 [38280] CLOSURE : ~q(skolem_X44)
% 251.94/36.26
% 251.94/36.26 [38298] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1044_3))
% 251.94/36.26 -> [38362] ~r(skolem_X1010), ~r(Y11_1044_3)
% 251.94/36.26 -> [38363] r(skolem_X1010), r(Y11_1044_3)
% 251.94/36.26
% 251.94/36.26 [38362] CLOSURE : ~r(Y11_1044_3)
% 251.94/36.26
% 251.94/36.26 [38363] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.26 -> [38378] ~r(X8_1119_4)
% 251.94/36.26
% 251.94/36.26 [38378] CLOSURE : ~r(X8_1119_4)
% 251.94/36.26
% 251.94/36.26 [5207] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.26 -> [6077] ~q(skolem_Y1717)
% 251.94/36.26
% 251.94/36.26 [6077] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.26 -> [6081] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26
% 251.94/36.26 [6081] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.26 -> [6084] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.26 -> [6085] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.26
% 251.94/36.26 [6084] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.26 -> [6447] r(skolem_X1010)
% 251.94/36.26
% 251.94/36.26 [6447] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.26 -> [17498] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26
% 251.94/36.26 [17498] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.26 -> [17499] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.26
% 251.94/36.26 [17499] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [17500] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [17501] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [17501] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [17500] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [21494] (r(skolem_X1010) <=> r(Y11_389_3))
% 251.94/36.27
% 251.94/36.27 [21494] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_389_3))
% 251.94/36.27 -> [21495] ~r(skolem_X1010), ~r(Y11_389_3)
% 251.94/36.27 -> [21496] r(skolem_X1010), r(Y11_389_3)
% 251.94/36.27
% 251.94/36.27 [21495] CLOSURE : ~r(Y11_389_3)
% 251.94/36.27
% 251.94/36.27 [21496] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [21891] ~r(X8_274_4)
% 251.94/36.27
% 251.94/36.27 [21891] CLOSURE : ~r(X8_274_4)
% 251.94/36.27
% 251.94/36.27 [6085] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [332] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [409] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [410] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [410] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [417] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [417] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [10576] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [10576] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [12099] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [12100] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [12100] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [12102] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [12102] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [12103] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [12104] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [12103] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [21797] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [21797] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [21798] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [21799] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [21798] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [25818] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [25818] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [25953] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [25953] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [25954] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [25954] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [25956] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [25957] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [25956] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [26088] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_570_3))
% 251.94/36.27 -> [26485] ~r(skolem_X1010), ~r(Y11_570_3)
% 251.94/36.27 -> [26486] r(skolem_X1010), r(Y11_570_3)
% 251.94/36.27
% 251.94/36.27 [26485] CLOSURE : ~r(Y11_570_3)
% 251.94/36.27
% 251.94/36.27 [26486] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [26609] ~r(X8_544_4)
% 251.94/36.27
% 251.94/36.27 [26609] CLOSURE : ~r(X8_544_4)
% 251.94/36.27
% 251.94/36.27 [21799] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [12104] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [12105] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [12105] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [31000] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [31000] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [31015] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [31015] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [31016] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [31017] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [31017] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [31016] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [31040] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [31040] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [31087] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [31087] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [31089] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [31089] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [31091] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [31092] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [31092] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [31091] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [31245] (r(skolem_X1010) <=> r(Y11_711_3))
% 251.94/36.27
% 251.94/36.27 [31245] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_711_3))
% 251.94/36.27 -> [31246] ~r(skolem_X1010), ~r(Y11_711_3)
% 251.94/36.27 -> [31247] r(skolem_X1010), r(Y11_711_3)
% 251.94/36.27
% 251.94/36.27 [31246] CLOSURE : ~r(Y11_711_3)
% 251.94/36.27
% 251.94/36.27 [31247] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [31267] ~r(X8_763_4)
% 251.94/36.27
% 251.94/36.27 [31267] CLOSURE : ~r(X8_763_4)
% 251.94/36.27
% 251.94/36.27 [12099] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [21794] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [21795] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [21794] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [30912] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [30912] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [30985] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [30985] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [30986] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [30987] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [30987] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [30986] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [31018] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [31018] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [31024] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [31024] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [31025] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [31025] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [31026] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [31027] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [31026] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [31027] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [31403] (r(skolem_X1010) <=> r(Y11_720_3))
% 251.94/36.27
% 251.94/36.27 [31403] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_720_3))
% 251.94/36.27 -> [31404] ~r(skolem_X1010), ~r(Y11_720_3)
% 251.94/36.27 -> [31405] r(skolem_X1010), r(Y11_720_3)
% 251.94/36.27
% 251.94/36.27 [31404] CLOSURE : ~r(Y11_720_3)
% 251.94/36.27
% 251.94/36.27 [31405] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [31445] ~r(X8_768_4)
% 251.94/36.27
% 251.94/36.27 [31445] CLOSURE : ~r(X8_768_4)
% 251.94/36.27
% 251.94/36.27 [21795] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [21796] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [21796] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [30980] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [30980] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [30982] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [30983] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [30983] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [30982] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [31139] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [31139] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [31222] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [31222] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [31224] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [31224] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [31226] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [31227] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [31227] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [31327] (r(skolem_X1010) <=> r(Y11_716_3))
% 251.94/36.27
% 251.94/36.27 [31327] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_716_3))
% 251.94/36.27 -> [31343] ~r(skolem_X1010), ~r(Y11_716_3)
% 251.94/36.27 -> [31344] r(skolem_X1010), r(Y11_716_3)
% 251.94/36.27
% 251.94/36.27 [31343] CLOSURE : ~r(Y11_716_3)
% 251.94/36.27
% 251.94/36.27 [31344] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [31385] ~r(X8_765_4)
% 251.94/36.27
% 251.94/36.27 [31385] CLOSURE : ~r(X8_765_4)
% 251.94/36.27
% 251.94/36.27 [31226] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [409] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [9550] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [9551] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [9551] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [9553] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [9553] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [9554] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [9555] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [9555] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [9567] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [9567] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [10485] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [10485] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20078] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [20078] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [20079] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [20080] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20079] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20080] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20595] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [20595] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [21138] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [21138] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [21139] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [21139] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [21140] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [21141] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21140] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21141] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [26008] (r(skolem_X1010) <=> r(Y11_567_3))
% 251.94/36.27
% 251.94/36.27 [26008] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_567_3))
% 251.94/36.27 -> [26009] ~r(skolem_X1010), ~r(Y11_567_3)
% 251.94/36.27 -> [26010] r(skolem_X1010), r(Y11_567_3)
% 251.94/36.27
% 251.94/36.27 [26009] CLOSURE : ~r(Y11_567_3)
% 251.94/36.27
% 251.94/36.27 [26010] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [26203] ~r(X8_527_4)
% 251.94/36.27
% 251.94/36.27 [26203] CLOSURE : ~r(X8_527_4)
% 251.94/36.27
% 251.94/36.27 [9554] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [10015] (p(skolem_X22) <=> p(Y3_399_0))
% 251.94/36.27
% 251.94/36.27 [10015] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_399_0))
% 251.94/36.27 -> [10016] ~p(skolem_X22), ~p(Y3_399_0)
% 251.94/36.27 -> [10017] p(skolem_X22), p(Y3_399_0)
% 251.94/36.27
% 251.94/36.27 [10016] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [10477] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [10477] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [20014] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [20014] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [20015] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [20015] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [20016] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [20017] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20016] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20515] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_362_3))
% 251.94/36.27 -> [21739] ~r(skolem_X1010), ~r(Y11_362_3)
% 251.94/36.27 -> [21740] r(skolem_X1010), r(Y11_362_3)
% 251.94/36.27
% 251.94/36.27 [21739] CLOSURE : ~r(Y11_362_3)
% 251.94/36.27
% 251.94/36.27 [21740] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [32512] ~r(X8_812_4)
% 251.94/36.27
% 251.94/36.27 [32512] CLOSURE : ~r(X8_812_4)
% 251.94/36.27
% 251.94/36.27 [10017] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [11060] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [11060] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [20084] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [20084] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [20085] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [20085] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [20086] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [20087] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20086] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21336] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_385_3))
% 251.94/36.27 -> [34411] ~r(skolem_X1010), ~r(Y11_385_3)
% 251.94/36.27 -> [34412] r(skolem_X1010), r(Y11_385_3)
% 251.94/36.27
% 251.94/36.27 [34411] CLOSURE : ~r(Y11_385_3)
% 251.94/36.27
% 251.94/36.27 [34412] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [34441] ~r(X8_896_4)
% 251.94/36.27
% 251.94/36.27 [34441] CLOSURE : ~r(X8_896_4)
% 251.94/36.27
% 251.94/36.27 [9550] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [10003] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [10004] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [10004] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [10005] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [10005] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19866] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [19866] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [19867] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [19868] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19867] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19868] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20320] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [20320] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [20911] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [20911] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [20912] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [20912] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [20913] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [20914] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20913] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [40598] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1128_3))
% 251.94/36.27 -> [40783] ~r(skolem_X1010), ~r(Y11_1128_3)
% 251.94/36.27 -> [40784] r(skolem_X1010), r(Y11_1128_3)
% 251.94/36.27
% 251.94/36.27 [40783] CLOSURE : ~r(Y11_1128_3)
% 251.94/36.27
% 251.94/36.27 [40784] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [40872] ~r(X8_1243_4)
% 251.94/36.27
% 251.94/36.27 [40872] CLOSURE : ~r(X8_1243_4)
% 251.94/36.27
% 251.94/36.27 [10003] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [10457] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [10457] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [10458] (p(skolem_X22) <=> p(Y3_414_0))
% 251.94/36.27
% 251.94/36.27 [10458] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_414_0))
% 251.94/36.27 -> [10461] ~p(skolem_X22), ~p(Y3_414_0)
% 251.94/36.27 -> [10462] p(skolem_X22), p(Y3_414_0)
% 251.94/36.27
% 251.94/36.27 [10461] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [11029] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [11029] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [20482] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [20482] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [20483] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [20483] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [20484] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [20485] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [20485] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [20484] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [33245] (r(skolem_X1010) <=> r(Y11_827_3))
% 251.94/36.27
% 251.94/36.27 [33245] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_827_3))
% 251.94/36.27 -> [33246] ~r(skolem_X1010), ~r(Y11_827_3)
% 251.94/36.27 -> [33247] r(skolem_X1010), r(Y11_827_3)
% 251.94/36.27
% 251.94/36.27 [33246] CLOSURE : ~r(Y11_827_3)
% 251.94/36.27
% 251.94/36.27 [33247] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [33343] ~r(X8_857_4)
% 251.94/36.27
% 251.94/36.27 [33343] CLOSURE : ~r(X8_857_4)
% 251.94/36.27
% 251.94/36.27 [10462] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20268] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [20268] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [20962] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [20962] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [20963] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [20963] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [20964] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [20965] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20964] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20965] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [40769] (r(skolem_X1010) <=> r(Y11_1131_3))
% 251.94/36.27
% 251.94/36.27 [40769] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1131_3))
% 251.94/36.27 -> [40770] ~r(skolem_X1010), ~r(Y11_1131_3)
% 251.94/36.27 -> [40771] r(skolem_X1010), r(Y11_1131_3)
% 251.94/36.27
% 251.94/36.27 [40770] CLOSURE : ~r(Y11_1131_3)
% 251.94/36.27
% 251.94/36.27 [40771] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [42087] ~r(X8_1322_4)
% 251.94/36.27
% 251.94/36.27 [42087] CLOSURE : ~r(X8_1322_4)
% 251.94/36.27
% 251.94/36.27 [287] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [299] r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [299] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.27 -> [4826] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [4827] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27
% 251.94/36.27 [4827] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [4828] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [4829] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [4828] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [5610] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [5610] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [7619] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [7620] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [7620] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [7625] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [7625] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [7626] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [7627] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [7626] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [8398] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [8398] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [10149] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [10149] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [10151] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [10152] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [10152] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [10151] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [12153] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [12153] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [13312] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [13312] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [13313] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [13313] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [13314] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [13315] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [13315] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [13314] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [18905] (r(skolem_X1010) <=> r(Y11_302_3))
% 251.94/36.27
% 251.94/36.27 [18905] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_302_3))
% 251.94/36.27 -> [18906] ~r(skolem_X1010), ~r(Y11_302_3)
% 251.94/36.27 -> [18907] r(skolem_X1010), r(Y11_302_3)
% 251.94/36.27
% 251.94/36.27 [18906] CLOSURE : ~r(Y11_302_3)
% 251.94/36.27
% 251.94/36.27 [18907] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [19495] s(Y9_121_4)
% 251.94/36.27
% 251.94/36.27 [19495] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [19898] ~s(X12_114_5)
% 251.94/36.27
% 251.94/36.27 [19898] CLOSURE : ~s(X12_114_5)
% 251.94/36.27
% 251.94/36.27 [7627] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [7632] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [7632] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [9144] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [9144] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [9145] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [9146] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [9146] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [9145] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [13322] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [13322] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [14118] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [14118] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [14120] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [14120] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [14123] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [14124] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [14123] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [16202] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_228_3))
% 251.94/36.27 -> [19646] ~r(skolem_X1010), ~r(Y11_228_3)
% 251.94/36.27 -> [19647] r(skolem_X1010), r(Y11_228_3)
% 251.94/36.27
% 251.94/36.27 [19646] CLOSURE : ~r(Y11_228_3)
% 251.94/36.27
% 251.94/36.27 [19647] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [20150] s(Y9_129_4)
% 251.94/36.27
% 251.94/36.27 [20150] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [20425] ~s(X12_123_5)
% 251.94/36.27
% 251.94/36.27 [20425] CLOSURE : ~s(X12_123_5)
% 251.94/36.27
% 251.94/36.27 [7619] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [8389] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [8390] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [8389] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [9109] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [9109] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [9111] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [9112] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [9112] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [9111] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [11279] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [11279] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [12126] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [12126] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [12127] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [12127] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [12128] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [12129] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [12128] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [14103] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_176_3))
% 251.94/36.27 -> [18586] ~r(skolem_X1010), ~r(Y11_176_3)
% 251.94/36.27 -> [18587] r(skolem_X1010), r(Y11_176_3)
% 251.94/36.27
% 251.94/36.27 [18586] CLOSURE : ~r(Y11_176_3)
% 251.94/36.27
% 251.94/36.27 [18587] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [19182] s(Y9_114_4)
% 251.94/36.27
% 251.94/36.27 [19182] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [19638] ~s(X12_108_5)
% 251.94/36.27
% 251.94/36.27 [19638] CLOSURE : ~s(X12_108_5)
% 251.94/36.27
% 251.94/36.27 [8390] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [8393] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [8393] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [9801] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [9801] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [10821] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [10821] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [10822] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [10823] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [10823] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [10822] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [16674] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [16674] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [17567] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [17567] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [17568] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [17568] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [17569] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [17570] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [17569] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [17570] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [20144] (r(skolem_X1010) <=> r(Y11_345_3))
% 251.94/36.27
% 251.94/36.27 [20144] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_345_3))
% 251.94/36.27 -> [20145] ~r(skolem_X1010), ~r(Y11_345_3)
% 251.94/36.27 -> [20146] r(skolem_X1010), r(Y11_345_3)
% 251.94/36.27
% 251.94/36.27 [20145] CLOSURE : ~r(Y11_345_3)
% 251.94/36.27
% 251.94/36.27 [20146] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [20519] s(Y9_134_4)
% 251.94/36.27
% 251.94/36.27 [20519] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [20875] ~s(X12_127_5)
% 251.94/36.27
% 251.94/36.27 [20875] CLOSURE : ~s(X12_127_5)
% 251.94/36.27
% 251.94/36.27 [4829] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [4835] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [4835] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [6522] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6523] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [6522] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6951] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6952] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6952] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6955] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6955] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [8415] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [8415] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [10172] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [10172] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [10173] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [10174] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [10173] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [10174] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [11319] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [11319] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [12167] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [12167] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [12168] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [12168] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [12169] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [12170] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [12170] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [12169] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [16691] (r(skolem_X1010) <=> r(Y11_243_3))
% 251.94/36.27
% 251.94/36.27 [16691] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_243_3))
% 251.94/36.27 -> [16693] ~r(skolem_X1010), ~r(Y11_243_3)
% 251.94/36.27 -> [16694] r(skolem_X1010), r(Y11_243_3)
% 251.94/36.27
% 251.94/36.27 [16693] CLOSURE : ~r(Y11_243_3)
% 251.94/36.27
% 251.94/36.27 [16694] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [17373] s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [17373] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [17832] p(Y13_57_5)
% 251.94/36.27
% 251.94/36.27 [17832] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [18139] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [18139] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27 -> [18140] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27
% 251.94/36.27 [18140] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27 -> [18141] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.27 -> [18142] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [18142] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [18141] CLOSURE : ~s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [6951] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [7639] (p(skolem_X22) <=> p(Y3_271_0))
% 251.94/36.27
% 251.94/36.27 [7639] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_271_0))
% 251.94/36.27 -> [7640] ~p(skolem_X22), ~p(Y3_271_0)
% 251.94/36.27 -> [7641] p(skolem_X22), p(Y3_271_0)
% 251.94/36.27
% 251.94/36.27 [7640] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [10449] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [10449] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [11298] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [11298] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [11299] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [11299] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [11300] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [11301] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [11300] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [13327] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_157_3))
% 251.94/36.27 -> [18458] ~r(skolem_X1010), ~r(Y11_157_3)
% 251.94/36.27 -> [18459] r(skolem_X1010), r(Y11_157_3)
% 251.94/36.27
% 251.94/36.27 [18458] CLOSURE : ~r(Y11_157_3)
% 251.94/36.27
% 251.94/36.27 [18459] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [19069] s(Y9_113_4)
% 251.94/36.27
% 251.94/36.27 [19069] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [19499] p(Y13_70_5)
% 251.94/36.27
% 251.94/36.27 [19499] CLOSURE : p(Y13_70_5)
% 251.94/36.27
% 251.94/36.27 [7641] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [9164] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [9164] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [10160] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [10160] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [10163] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [10163] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [10164] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [10165] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [10164] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [11731] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_120_3))
% 251.94/36.27 -> [18606] ~r(skolem_X1010), ~r(Y11_120_3)
% 251.94/36.27 -> [18607] r(skolem_X1010), r(Y11_120_3)
% 251.94/36.27
% 251.94/36.27 [18606] CLOSURE : ~r(Y11_120_3)
% 251.94/36.27
% 251.94/36.27 [18607] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [18917] s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [18917] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [19203] p(Y13_68_5)
% 251.94/36.27
% 251.94/36.27 [19203] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [19509] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [19509] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27 -> [19510] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27
% 251.94/36.27 [19510] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27 -> [19511] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.27 -> [19512] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [19512] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [19511] CLOSURE : ~s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [6523] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [6527] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [6527] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6528] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6529] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6528] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6967] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [6967] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [9174] (p(skolem_X22) <=> p(Y3_362_0))
% 251.94/36.27
% 251.94/36.27 [9174] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_362_0))
% 251.94/36.27 -> [9175] ~p(skolem_X22), ~p(Y3_362_0)
% 251.94/36.27 -> [9176] p(skolem_X22), p(Y3_362_0)
% 251.94/36.27
% 251.94/36.27 [9176] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [10184] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [10184] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [10871] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [10871] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [10872] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [10872] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [10873] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [10874] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [10874] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [10873] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [15764] (r(skolem_X1010) <=> r(Y11_216_3))
% 251.94/36.27
% 251.94/36.27 [15764] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_216_3))
% 251.94/36.27 -> [15765] ~r(skolem_X1010), ~r(Y11_216_3)
% 251.94/36.27 -> [15766] r(skolem_X1010), r(Y11_216_3)
% 251.94/36.27
% 251.94/36.27 [15765] CLOSURE : ~r(Y11_216_3)
% 251.94/36.27
% 251.94/36.27 [15766] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [17197] s(skolem_X1414)
% 251.94/36.27
% 251.94/36.27 [17197] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [17615] p(Y13_55_5)
% 251.94/36.27
% 251.94/36.27 [17615] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [17996] (s(skolem_X1414) <=> s(Y15_17_6))
% 251.94/36.27
% 251.94/36.27 [17996] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_17_6))
% 251.94/36.27 -> [17997] ~s(skolem_X1414), ~s(Y15_17_6)
% 251.94/36.27 -> [17998] s(skolem_X1414), s(Y15_17_6)
% 251.94/36.27
% 251.94/36.27 [17998] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [18335] ~p(X16_12_7)
% 251.94/36.27
% 251.94/36.27 [18335] CLOSURE : ~p(X16_12_7)
% 251.94/36.27
% 251.94/36.27 [17997] CLOSURE : ~s(Y15_17_6)
% 251.94/36.27
% 251.94/36.27 [9175] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [11329] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [11329] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [12615] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [12615] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [12616] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [12616] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [12617] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [12618] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [12618] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [12617] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [18615] (r(skolem_X1010) <=> r(Y11_292_3))
% 251.94/36.27
% 251.94/36.27 [18615] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_292_3))
% 251.94/36.27 -> [18616] ~r(skolem_X1010), ~r(Y11_292_3)
% 251.94/36.27 -> [18617] r(skolem_X1010), r(Y11_292_3)
% 251.94/36.27
% 251.94/36.27 [18616] CLOSURE : ~r(Y11_292_3)
% 251.94/36.27
% 251.94/36.27 [18617] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [19224] s(Y9_115_4)
% 251.94/36.27
% 251.94/36.27 [19224] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [19664] p(Y13_72_5)
% 251.94/36.27
% 251.94/36.27 [19664] CLOSURE : p(Y13_72_5)
% 251.94/36.27
% 251.94/36.27 [6529] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6532] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6532] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [7660] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [7660] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [7661] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [7662] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [7661] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [7662] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [9185] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [9185] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [10475] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [10475] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [10476] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [10476] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [10478] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [10479] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [10478] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [12191] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_128_3))
% 251.94/36.27 -> [38971] ~r(skolem_X1010), ~r(Y11_128_3)
% 251.94/36.27 -> [38972] r(skolem_X1010), r(Y11_128_3)
% 251.94/36.27
% 251.94/36.27 [38971] CLOSURE : ~r(Y11_128_3)
% 251.94/36.27
% 251.94/36.27 [38972] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [39006] s(skolem_X1414)
% 251.94/36.27
% 251.94/36.27 [39006] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [39019] p(Y13_554_5)
% 251.94/36.27
% 251.94/36.27 [39019] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [39034] (s(skolem_X1414) <=> s(Y15_287_6))
% 251.94/36.27
% 251.94/36.27 [39034] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_287_6))
% 251.94/36.27 -> [39035] ~s(skolem_X1414), ~s(Y15_287_6)
% 251.94/36.27 -> [39036] s(skolem_X1414), s(Y15_287_6)
% 251.94/36.27
% 251.94/36.27 [39036] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [39060] q(Y17_141_7)
% 251.94/36.27
% 251.94/36.27 [39060] CLOSURE : q(Y17_141_7)
% 251.94/36.27
% 251.94/36.27 [39035] CLOSURE : ~s(Y15_287_6)
% 251.94/36.27
% 251.94/36.27 [4826] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [5604] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [5605] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [5605] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [5608] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [5608] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [6933] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6933] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [9093] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [9094] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [9093] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [9779] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [9780] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [9779] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [10113] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [10113] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [11242] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [11242] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [11243] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [11244] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [11244] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [11243] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [13298] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [13298] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [14544] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [14544] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [14545] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [14545] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [14546] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [14547] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [14547] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [14546] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [19307] (r(skolem_X1010) <=> r(Y11_317_3))
% 251.94/36.27
% 251.94/36.27 [19307] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_317_3))
% 251.94/36.27 -> [19308] ~r(skolem_X1010), ~r(Y11_317_3)
% 251.94/36.27 -> [19309] r(skolem_X1010), r(Y11_317_3)
% 251.94/36.27
% 251.94/36.27 [19308] CLOSURE : ~r(Y11_317_3)
% 251.94/36.27
% 251.94/36.27 [19309] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [19884] s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [19884] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [20253] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [20253] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27 -> [20254] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27
% 251.94/36.27 [20254] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27 -> [20255] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.27 -> [20256] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [20256] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [20255] CLOSURE : ~s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [9780] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [9781] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [9781] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [10418] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [10418] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [10422] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [10423] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [10423] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [10422] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [15370] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [15370] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [16170] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [16170] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [16173] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [16173] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [16174] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [16175] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [16174] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [17751] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_272_3))
% 251.94/36.27 -> [26024] ~r(skolem_X1010), ~r(Y11_272_3)
% 251.94/36.27 -> [26025] r(skolem_X1010), r(Y11_272_3)
% 251.94/36.27
% 251.94/36.27 [26024] CLOSURE : ~r(Y11_272_3)
% 251.94/36.27
% 251.94/36.27 [26025] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [26030] s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [26030] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [26033] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [26033] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27 -> [26034] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27
% 251.94/36.27 [26034] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27 -> [26035] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.27 -> [26036] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [26036] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [26035] CLOSURE : ~s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [9094] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [9098] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [9098] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [9099] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [9100] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [9100] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [9106] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [9106] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [10136] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [10136] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [11265] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [11265] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [11267] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [11268] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [11268] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [11267] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [17332] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [17332] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [18119] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [18119] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [18120] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [18120] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [18121] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [18122] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [18122] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18121] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [20747] (r(skolem_X1010) <=> r(Y11_371_3))
% 251.94/36.27
% 251.94/36.27 [20747] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_371_3))
% 251.94/36.27 -> [20748] ~r(skolem_X1010), ~r(Y11_371_3)
% 251.94/36.27 -> [20749] r(skolem_X1010), r(Y11_371_3)
% 251.94/36.27
% 251.94/36.27 [20748] CLOSURE : ~r(Y11_371_3)
% 251.94/36.27
% 251.94/36.27 [20749] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [21354] s(skolem_X1414)
% 251.94/36.27
% 251.94/36.27 [21354] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [21595] (s(skolem_X1414) <=> s(Y15_36_5))
% 251.94/36.27
% 251.94/36.27 [21595] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_36_5))
% 251.94/36.27 -> [21599] ~s(skolem_X1414), ~s(Y15_36_5)
% 251.94/36.27 -> [21600] s(skolem_X1414), s(Y15_36_5)
% 251.94/36.27
% 251.94/36.27 [21600] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [22328] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27
% 251.94/36.27 [22328] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [22329] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [22329] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [22330] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [22331] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [22331] CLOSURE : p(skolem_X22)
% 251.94/36.27
% 251.94/36.27 [22330] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [21599] CLOSURE : ~s(Y15_36_5)
% 251.94/36.27
% 251.94/36.27 [9099] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [9792] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [9792] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [9793] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [9794] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [9794] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [9793] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [11710] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [11710] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [12561] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [12561] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [12564] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [12564] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [12569] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [12570] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [12569] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [14944] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_198_3))
% 251.94/36.27 -> [35439] ~r(skolem_X1010), ~r(Y11_198_3)
% 251.94/36.27 -> [35440] r(skolem_X1010), r(Y11_198_3)
% 251.94/36.27
% 251.94/36.27 [35439] CLOSURE : ~r(Y11_198_3)
% 251.94/36.27
% 251.94/36.27 [35440] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [35450] s(skolem_X1414)
% 251.94/36.27
% 251.94/36.27 [35450] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [35455] (s(skolem_X1414) <=> s(Y15_228_5))
% 251.94/36.27
% 251.94/36.27 [35455] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_228_5))
% 251.94/36.27 -> [35456] ~s(skolem_X1414), ~s(Y15_228_5)
% 251.94/36.27 -> [35457] s(skolem_X1414), s(Y15_228_5)
% 251.94/36.27
% 251.94/36.27 [35456] CLOSURE : ~s(Y15_228_5)
% 251.94/36.27
% 251.94/36.27 [35457] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [35461] ~p(X16_147_6)
% 251.94/36.27
% 251.94/36.27 [35461] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [35476] q(Y17_109_7)
% 251.94/36.27
% 251.94/36.27 [35476] CLOSURE : q(Y17_109_7)
% 251.94/36.27
% 251.94/36.27 [5604] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [6505] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6506] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [6506] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [6507] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [6507] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6508] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6509] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6509] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6510] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6510] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [7594] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [7594] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [9766] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [9766] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [9767] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [9768] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [9767] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [9768] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [10414] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [10414] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [11220] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [11220] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [11221] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [11221] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [11222] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [11223] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [11223] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [11222] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [16161] (r(skolem_X1010) <=> r(Y11_227_3))
% 251.94/36.27
% 251.94/36.27 [16161] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_227_3))
% 251.94/36.27 -> [16162] ~r(skolem_X1010), ~r(Y11_227_3)
% 251.94/36.27 -> [16163] r(skolem_X1010), r(Y11_227_3)
% 251.94/36.27
% 251.94/36.27 [16163] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [17125] s(Y9_86_4)
% 251.94/36.27
% 251.94/36.27 [17125] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [17525] ~s(X12_78_5)
% 251.94/36.27
% 251.94/36.27 [17525] CLOSURE : ~s(X12_78_5)
% 251.94/36.27
% 251.94/36.27 [16162] CLOSURE : ~r(Y11_227_3)
% 251.94/36.27
% 251.94/36.27 [6508] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [6910] (p(skolem_X22) <=> p(Y3_243_0))
% 251.94/36.27
% 251.94/36.27 [6910] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_243_0))
% 251.94/36.27 -> [6911] ~p(skolem_X22), ~p(Y3_243_0)
% 251.94/36.27 -> [6912] p(skolem_X22), p(Y3_243_0)
% 251.94/36.27
% 251.94/36.27 [6912] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [9076] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [9076] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [10095] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [10095] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [10096] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [10096] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [10098] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [10099] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [10098] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [11691] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_119_3))
% 251.94/36.27 -> [14534] ~r(skolem_X1010), ~r(Y11_119_3)
% 251.94/36.27 -> [14535] r(skolem_X1010), r(Y11_119_3)
% 251.94/36.27
% 251.94/36.27 [14534] CLOSURE : ~r(Y11_119_3)
% 251.94/36.27
% 251.94/36.27 [14535] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [15353] s(Y9_68_4)
% 251.94/36.27
% 251.94/36.27 [15353] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [16638] ~s(X12_59_5)
% 251.94/36.27
% 251.94/36.27 [16638] CLOSURE : ~s(X12_59_5)
% 251.94/36.27
% 251.94/36.27 [6911] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [10090] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [10090] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [10776] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [10776] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [10778] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [10778] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [10781] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [10782] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [10781] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [12941] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_146_3))
% 251.94/36.27 -> [18422] ~r(skolem_X1010), ~r(Y11_146_3)
% 251.94/36.27 -> [18423] r(skolem_X1010), r(Y11_146_3)
% 251.94/36.27
% 251.94/36.27 [18422] CLOSURE : ~r(Y11_146_3)
% 251.94/36.27
% 251.94/36.27 [18423] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [19051] s(Y9_112_4)
% 251.94/36.27
% 251.94/36.27 [19051] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [19631] ~s(X12_107_5)
% 251.94/36.27
% 251.94/36.27 [19631] CLOSURE : ~s(X12_107_5)
% 251.94/36.27
% 251.94/36.27 [6505] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6901] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6902] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6902] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6903] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6903] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [8353] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [8353] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [8357] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [8358] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [8357] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [8358] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [10089] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [10089] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [10748] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [10748] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [10751] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [10751] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [10753] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [10754] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [10753] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [12520] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_132_3))
% 251.94/36.27 -> [15346] ~r(skolem_X1010), ~r(Y11_132_3)
% 251.94/36.27 -> [15347] r(skolem_X1010), r(Y11_132_3)
% 251.94/36.27
% 251.94/36.27 [15346] CLOSURE : ~r(Y11_132_3)
% 251.94/36.27
% 251.94/36.27 [15347] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [22275] s(Y9_156_4)
% 251.94/36.27
% 251.94/36.27 [22275] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [22570] ~s(X12_147_5)
% 251.94/36.27
% 251.94/36.27 [22570] CLOSURE : ~s(X12_147_5)
% 251.94/36.27
% 251.94/36.27 [6901] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [7557] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [7557] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [9751] (p(skolem_X22) <=> p(Y3_384_0))
% 251.94/36.27
% 251.94/36.27 [9751] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_384_0))
% 251.94/36.27 -> [9752] ~p(skolem_X22), ~p(Y3_384_0)
% 251.94/36.27 -> [9753] p(skolem_X22), p(Y3_384_0)
% 251.94/36.27
% 251.94/36.27 [9753] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [16233] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [16233] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [17063] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [17063] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [17065] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [17065] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [17068] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [17069] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [17068] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [17069] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [40548] (r(skolem_X1010) <=> r(Y11_1127_3))
% 251.94/36.27
% 251.94/36.27 [40548] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1127_3))
% 251.94/36.27 -> [40549] ~r(skolem_X1010), ~r(Y11_1127_3)
% 251.94/36.27 -> [40550] r(skolem_X1010), r(Y11_1127_3)
% 251.94/36.27
% 251.94/36.27 [40549] CLOSURE : ~r(Y11_1127_3)
% 251.94/36.27
% 251.94/36.27 [40550] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [41107] s(Y9_652_4)
% 251.94/36.27
% 251.94/36.27 [41107] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [41143] ~s(X12_669_5)
% 251.94/36.27
% 251.94/36.27 [41143] CLOSURE : ~s(X12_669_5)
% 251.94/36.27
% 251.94/36.27 [9752] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [17415] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [17415] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [40465] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [40465] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [40466] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [40466] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [40467] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [40468] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [40468] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [40467] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [42331] (r(skolem_X1010) <=> r(Y11_1186_3))
% 251.94/36.27
% 251.94/36.27 [42331] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1186_3))
% 251.94/36.27 -> [42332] ~r(skolem_X1010), ~r(Y11_1186_3)
% 251.94/36.27 -> [42333] r(skolem_X1010), r(Y11_1186_3)
% 251.94/36.27
% 251.94/36.27 [42333] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [42369] s(Y9_694_4)
% 251.94/36.27
% 251.94/36.27 [42369] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [42385] ~s(X12_703_5)
% 251.94/36.27
% 251.94/36.27 [42385] CLOSURE : ~s(X12_703_5)
% 251.94/36.27
% 251.94/36.27 [42332] CLOSURE : ~r(Y11_1186_3)
% 251.94/36.27
% 251.94/36.27 [264] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.27 -> [309] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [310] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.27
% 251.94/36.27 [309] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [372] ~s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [372] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.27 -> [375] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [376] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27
% 251.94/36.27 [375] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [4641] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [4642] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [4642] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [4644] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [4644] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [11284] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [11284] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [25712] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [25713] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [25712] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [25788] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [25789] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [25788] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [25840] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [25840] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [25841] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [25842] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [25842] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [25841] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [26138] r(Y5_983_1)
% 251.94/36.27
% 251.94/36.27 [26138] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [26351] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [26351] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [26352] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [26352] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [26353] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [26354] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [26353] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [26764] BETA_NOT_EQUIV : ~(r(X10_516_3) <=> r(skolem_Y1111(X10_516_3)))
% 251.94/36.27 -> [26809] ~r(X10_516_3), r(skolem_Y1111(X10_516_3))
% 251.94/36.27 -> [26810] r(X10_516_3), ~r(skolem_Y1111(X10_516_3))
% 251.94/36.27
% 251.94/36.27 [26809] CLOSURE : ~r(X10_516_3)
% 251.94/36.27
% 251.94/36.27 [26810] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [27221] ~r(X8_566_4)
% 251.94/36.27
% 251.94/36.27 [27221] CLOSURE : ~r(X8_566_4)
% 251.94/36.27
% 251.94/36.27 [25789] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [25790] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [25790] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [25979] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [25979] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [26187] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [26187] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [26188] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [26189] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [26189] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [26188] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [26862] r(skolem_Y1111(X10_547_3))
% 251.94/36.27
% 251.94/36.27 [26862] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [26885] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [26885] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [26886] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [26886] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [26887] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [26888] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [26888] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [26887] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [27532] ~! [Y11_11] : ((r(X10_547_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [27532] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_547_3) <=> r(Y11_11)))
% 251.94/36.27 -> [27534] ~(r(X10_547_3) <=> r(skolem_Y1111(X10_547_3)))
% 251.94/36.27
% 251.94/36.27 [27534] BETA_NOT_EQUIV : ~(r(X10_547_3) <=> r(skolem_Y1111(X10_547_3)))
% 251.94/36.27 -> [27536] ~r(X10_547_3), r(skolem_Y1111(X10_547_3))
% 251.94/36.27 -> [27537] r(X10_547_3), ~r(skolem_Y1111(X10_547_3))
% 251.94/36.27
% 251.94/36.27 [27537] CLOSURE : ~r(skolem_Y1111(X10_547_3))
% 251.94/36.27
% 251.94/36.27 [27536] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [27618] ~r(X8_590_4)
% 251.94/36.27
% 251.94/36.27 [27618] CLOSURE : ~r(X8_590_4)
% 251.94/36.27
% 251.94/36.27 [25713] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [25716] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [25716] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [25717] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [25718] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [25717] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [25791] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [25791] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [25983] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [25983] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [25984] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [25985] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [25985] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [25984] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [26276] r(Y5_985_1)
% 251.94/36.27
% 251.94/36.27 [26276] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [26491] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [26491] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [26493] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [26493] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [26496] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [26497] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [26496] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [26497] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [27391] ~! [Y11_11] : ((r(X10_536_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [27391] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_536_3) <=> r(Y11_11)))
% 251.94/36.27 -> [27394] ~(r(X10_536_3) <=> r(skolem_Y1111(X10_536_3)))
% 251.94/36.27
% 251.94/36.27 [27394] BETA_NOT_EQUIV : ~(r(X10_536_3) <=> r(skolem_Y1111(X10_536_3)))
% 251.94/36.27 -> [27395] ~r(X10_536_3), r(skolem_Y1111(X10_536_3))
% 251.94/36.27 -> [27396] r(X10_536_3), ~r(skolem_Y1111(X10_536_3))
% 251.94/36.27
% 251.94/36.27 [27395] CLOSURE : ~r(X10_536_3)
% 251.94/36.27
% 251.94/36.27 [27396] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [27551] ~r(X8_584_4)
% 251.94/36.27
% 251.94/36.27 [27551] CLOSURE : ~r(X8_584_4)
% 251.94/36.27
% 251.94/36.27 [25718] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [25727] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [25727] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [25906] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [25906] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [25907] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [25908] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [25907] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [25908] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [26889] r(Y5_988_1)
% 251.94/36.27
% 251.94/36.27 [26889] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [26986] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [26986] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [26987] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [26987] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [26988] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [26989] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [26988] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [26989] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [27143] ~! [Y11_11] : ((r(X10_522_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [27143] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_522_3) <=> r(Y11_11)))
% 251.94/36.27 -> [27144] ~(r(X10_522_3) <=> r(skolem_Y1111(X10_522_3)))
% 251.94/36.27
% 251.94/36.27 [27144] BETA_NOT_EQUIV : ~(r(X10_522_3) <=> r(skolem_Y1111(X10_522_3)))
% 251.94/36.27 -> [27145] ~r(X10_522_3), r(skolem_Y1111(X10_522_3))
% 251.94/36.27 -> [27146] r(X10_522_3), ~r(skolem_Y1111(X10_522_3))
% 251.94/36.27
% 251.94/36.27 [27145] CLOSURE : ~r(X10_522_3)
% 251.94/36.27
% 251.94/36.27 [27146] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [27682] ~r(X8_596_4)
% 251.94/36.27
% 251.94/36.27 [27682] CLOSURE : ~r(X8_596_4)
% 251.94/36.27
% 251.94/36.27 [4641] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [20502] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [20503] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [20502] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [20781] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [20782] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [20781] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [21097] (p(skolem_X22) <=> p(Y3_738_0))
% 251.94/36.27
% 251.94/36.27 [21097] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_738_0))
% 251.94/36.27 -> [21099] ~p(skolem_X22), ~p(Y3_738_0)
% 251.94/36.27 -> [21100] p(skolem_X22), p(Y3_738_0)
% 251.94/36.27
% 251.94/36.27 [21100] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21748] r(skolem_Y1111(X10_878_3))
% 251.94/36.27
% 251.94/36.27 [21748] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [35885] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [35885] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [35886] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [35886] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [35887] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [35888] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [35887] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [35900] BETA_NOT_EQUIV : ~(r(X10_878_3) <=> r(skolem_Y1111(X10_878_3)))
% 251.94/36.27 -> [35943] ~r(X10_878_3), r(skolem_Y1111(X10_878_3))
% 251.94/36.27 -> [35944] r(X10_878_3), ~r(skolem_Y1111(X10_878_3))
% 251.94/36.27
% 251.94/36.27 [35944] CLOSURE : ~r(skolem_Y1111(X10_878_3))
% 251.94/36.27
% 251.94/36.27 [35943] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [35965] ~r(X8_971_4)
% 251.94/36.27
% 251.94/36.27 [35965] CLOSURE : ~r(X8_971_4)
% 251.94/36.27
% 251.94/36.27 [21099] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21422] r(Y5_869_1)
% 251.94/36.27
% 251.94/36.27 [21422] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [35833] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [35833] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [35834] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [35834] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [35835] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [35836] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [35835] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [35863] BETA_NOT_EQUIV : ~(r(X10_875_3) <=> r(skolem_Y1111(X10_875_3)))
% 251.94/36.27 -> [35972] ~r(X10_875_3), r(skolem_Y1111(X10_875_3))
% 251.94/36.27 -> [35973] r(X10_875_3), ~r(skolem_Y1111(X10_875_3))
% 251.94/36.27
% 251.94/36.27 [35972] CLOSURE : ~r(X10_875_3)
% 251.94/36.27
% 251.94/36.27 [35973] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [35987] ~r(X8_974_4)
% 251.94/36.27
% 251.94/36.27 [35987] CLOSURE : ~r(X8_974_4)
% 251.94/36.27
% 251.94/36.27 [20782] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [20783] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20783] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [21430] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [21430] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [35908] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [35908] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [35909] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [35910] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [35909] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [35910] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [35923] r(skolem_Y1111(X10_881_3))
% 251.94/36.27
% 251.94/36.27 [35923] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [35931] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [35931] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [35932] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [35932] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [35934] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [35935] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [35934] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [35935] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [35978] ~! [Y11_11] : ((r(X10_881_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [35978] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_881_3) <=> r(Y11_11)))
% 251.94/36.27 -> [35979] ~(r(X10_881_3) <=> r(skolem_Y1111(X10_881_3)))
% 251.94/36.27
% 251.94/36.27 [35979] BETA_NOT_EQUIV : ~(r(X10_881_3) <=> r(skolem_Y1111(X10_881_3)))
% 251.94/36.27 -> [35980] ~r(X10_881_3), r(skolem_Y1111(X10_881_3))
% 251.94/36.27 -> [35981] r(X10_881_3), ~r(skolem_Y1111(X10_881_3))
% 251.94/36.27
% 251.94/36.27 [35981] CLOSURE : ~r(skolem_Y1111(X10_881_3))
% 251.94/36.27
% 251.94/36.27 [35980] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [36011] ~r(X8_976_4)
% 251.94/36.27
% 251.94/36.27 [36011] CLOSURE : ~r(X8_976_4)
% 251.94/36.27
% 251.94/36.27 [20503] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [20504] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [20504] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [20505] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [20506] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [20505] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [20784] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [20784] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20785] (p(skolem_X22) <=> p(Y3_734_0))
% 251.94/36.27
% 251.94/36.27 [20785] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_734_0))
% 251.94/36.27 -> [20786] ~p(skolem_X22), ~p(Y3_734_0)
% 251.94/36.27 -> [20787] p(skolem_X22), p(Y3_734_0)
% 251.94/36.27
% 251.94/36.27 [20786] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21105] r(Y5_863_1)
% 251.94/36.27
% 251.94/36.27 [21105] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [35914] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [35914] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [35915] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [35915] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [35916] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [35917] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [35917] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [35916] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [35966] ~! [Y11_11] : ((r(X10_880_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [35966] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_880_3) <=> r(Y11_11)))
% 251.94/36.27 -> [35967] ~(r(X10_880_3) <=> r(skolem_Y1111(X10_880_3)))
% 251.94/36.27
% 251.94/36.27 [35967] BETA_NOT_EQUIV : ~(r(X10_880_3) <=> r(skolem_Y1111(X10_880_3)))
% 251.94/36.27 -> [35968] ~r(X10_880_3), r(skolem_Y1111(X10_880_3))
% 251.94/36.27 -> [35969] r(X10_880_3), ~r(skolem_Y1111(X10_880_3))
% 251.94/36.27
% 251.94/36.27 [35968] CLOSURE : ~r(X10_880_3)
% 251.94/36.27
% 251.94/36.27 [35969] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [35986] ~r(X8_973_4)
% 251.94/36.27
% 251.94/36.27 [35986] CLOSURE : ~r(X8_973_4)
% 251.94/36.27
% 251.94/36.27 [20787] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [35928] r(Y5_1171_1)
% 251.94/36.27
% 251.94/36.27 [35928] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [35945] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [35945] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [35946] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [35946] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [35947] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [35948] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [35948] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [35947] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [36007] ~! [Y11_11] : ((r(X10_886_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [36007] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_886_3) <=> r(Y11_11)))
% 251.94/36.27 -> [36008] ~(r(X10_886_3) <=> r(skolem_Y1111(X10_886_3)))
% 251.94/36.27
% 251.94/36.27 [36008] BETA_NOT_EQUIV : ~(r(X10_886_3) <=> r(skolem_Y1111(X10_886_3)))
% 251.94/36.27 -> [36009] ~r(X10_886_3), r(skolem_Y1111(X10_886_3))
% 251.94/36.27 -> [36010] r(X10_886_3), ~r(skolem_Y1111(X10_886_3))
% 251.94/36.27
% 251.94/36.27 [36009] CLOSURE : ~r(X10_886_3)
% 251.94/36.27
% 251.94/36.27 [36010] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [36016] ~r(X8_977_4)
% 251.94/36.27
% 251.94/36.27 [36016] CLOSURE : ~r(X8_977_4)
% 251.94/36.27
% 251.94/36.27 [20506] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [20510] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20510] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [21115] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [21115] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [21116] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [21117] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [21116] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [21117] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21760] r(skolem_Y1111(X10_885_3))
% 251.94/36.27
% 251.94/36.27 [21760] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [35960] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [35960] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [35961] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [35961] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [35962] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [35963] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [35962] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [36001] BETA_NOT_EQUIV : ~(r(X10_885_3) <=> r(skolem_Y1111(X10_885_3)))
% 251.94/36.27 -> [36027] ~r(X10_885_3), r(skolem_Y1111(X10_885_3))
% 251.94/36.27 -> [36028] r(X10_885_3), ~r(skolem_Y1111(X10_885_3))
% 251.94/36.27
% 251.94/36.27 [36028] CLOSURE : ~r(skolem_Y1111(X10_885_3))
% 251.94/36.27
% 251.94/36.27 [36027] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [36053] ~r(X8_981_4)
% 251.94/36.27
% 251.94/36.27 [36053] CLOSURE : ~r(X8_981_4)
% 251.94/36.27
% 251.94/36.27 [376] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [389] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [390] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [390] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [393] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [393] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [4999] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [5000] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [5000] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [5009] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [5009] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [5010] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [5011] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [5011] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [5019] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [5019] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6308] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [6308] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [37948] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [37948] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [37949] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [37950] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [37949] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [37950] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [38024] r(skolem_Y1111(X10_947_3))
% 251.94/36.27
% 251.94/36.27 [38024] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [38117] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [38117] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [38118] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [38118] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [38119] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [38120] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [38120] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [38119] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [38259] ~! [Y11_11] : ((r(X10_947_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [38259] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_947_3) <=> r(Y11_11)))
% 251.94/36.27 -> [38260] ~(r(X10_947_3) <=> r(skolem_Y1111(X10_947_3)))
% 251.94/36.27
% 251.94/36.27 [38260] BETA_NOT_EQUIV : ~(r(X10_947_3) <=> r(skolem_Y1111(X10_947_3)))
% 251.94/36.27 -> [38261] ~r(X10_947_3), r(skolem_Y1111(X10_947_3))
% 251.94/36.27 -> [38262] r(X10_947_3), ~r(skolem_Y1111(X10_947_3))
% 251.94/36.27
% 251.94/36.27 [38262] CLOSURE : ~r(skolem_Y1111(X10_947_3))
% 251.94/36.27
% 251.94/36.27 [38261] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [38379] ~r(X8_1120_4)
% 251.94/36.27
% 251.94/36.27 [38379] CLOSURE : ~r(X8_1120_4)
% 251.94/36.27
% 251.94/36.27 [5010] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [5599] (p(skolem_X22) <=> p(Y3_193_0))
% 251.94/36.27
% 251.94/36.27 [5599] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_193_0))
% 251.94/36.27 -> [5601] ~p(skolem_X22), ~p(Y3_193_0)
% 251.94/36.27 -> [5602] p(skolem_X22), p(Y3_193_0)
% 251.94/36.27
% 251.94/36.27 [5601] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [38558] r(Y5_1236_1)
% 251.94/36.27
% 251.94/36.27 [38558] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [38607] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [38607] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [38608] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [38608] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [38609] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [38610] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [38609] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [38610] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [38803] ~! [Y11_11] : ((r(X10_973_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [38803] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_973_3) <=> r(Y11_11)))
% 251.94/36.27 -> [38804] ~(r(X10_973_3) <=> r(skolem_Y1111(X10_973_3)))
% 251.94/36.27
% 251.94/36.27 [38804] BETA_NOT_EQUIV : ~(r(X10_973_3) <=> r(skolem_Y1111(X10_973_3)))
% 251.94/36.27 -> [38805] ~r(X10_973_3), r(skolem_Y1111(X10_973_3))
% 251.94/36.27 -> [38806] r(X10_973_3), ~r(skolem_Y1111(X10_973_3))
% 251.94/36.27
% 251.94/36.27 [38806] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [39156] ~r(X8_1162_4)
% 251.94/36.27
% 251.94/36.27 [39156] CLOSURE : ~r(X8_1162_4)
% 251.94/36.27
% 251.94/36.27 [38805] CLOSURE : ~r(X10_973_3)
% 251.94/36.27
% 251.94/36.27 [5602] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [17036] r(skolem_Y1111(X10_1004_3))
% 251.94/36.27
% 251.94/36.27 [17036] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [39174] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [39174] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [39175] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [39175] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [39176] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [39177] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [39176] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [39325] BETA_NOT_EQUIV : ~(r(X10_1004_3) <=> r(skolem_Y1111(X10_1004_3)))
% 251.94/36.27 -> [40191] ~r(X10_1004_3), r(skolem_Y1111(X10_1004_3))
% 251.94/36.27 -> [40192] r(X10_1004_3), ~r(skolem_Y1111(X10_1004_3))
% 251.94/36.27
% 251.94/36.27 [40192] CLOSURE : ~r(skolem_Y1111(X10_1004_3))
% 251.94/36.27
% 251.94/36.27 [40191] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [41105] ~r(X8_1263_4)
% 251.94/36.27
% 251.94/36.27 [41105] CLOSURE : ~r(X8_1263_4)
% 251.94/36.27
% 251.94/36.27 [4999] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [5596] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [5597] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [5597] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [5598] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [5598] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [16771] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [16771] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [16772] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [16773] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [16772] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [16773] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [17264] r(skolem_Y1111(X10_225_3))
% 251.94/36.27
% 251.94/36.27 [17264] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [17837] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [17837] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [17838] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [17838] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [17839] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [17840] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [17839] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [19158] BETA_NOT_EQUIV : ~(r(X10_225_3) <=> r(skolem_Y1111(X10_225_3)))
% 251.94/36.27 -> [24522] ~r(X10_225_3), r(skolem_Y1111(X10_225_3))
% 251.94/36.27 -> [24523] r(X10_225_3), ~r(skolem_Y1111(X10_225_3))
% 251.94/36.27
% 251.94/36.27 [24523] CLOSURE : ~r(skolem_Y1111(X10_225_3))
% 251.94/36.27
% 251.94/36.27 [24522] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [25054] ~r(X8_464_4)
% 251.94/36.27
% 251.94/36.27 [25054] CLOSURE : ~r(X8_464_4)
% 251.94/36.27
% 251.94/36.27 [5596] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6298] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [6298] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [17381] (p(skolem_X22) <=> p(Y3_605_0))
% 251.94/36.27
% 251.94/36.27 [17381] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_605_0))
% 251.94/36.27 -> [17384] ~p(skolem_X22), ~p(Y3_605_0)
% 251.94/36.27 -> [17385] p(skolem_X22), p(Y3_605_0)
% 251.94/36.27
% 251.94/36.27 [17385] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [23601] r(skolem_Y1111(X10_438_3))
% 251.94/36.27
% 251.94/36.27 [23601] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [23754] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [23754] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [23755] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [23755] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [23756] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [23757] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [23757] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [23756] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [24710] ~! [Y11_11] : ((r(X10_438_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [24710] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_438_3) <=> r(Y11_11)))
% 251.94/36.27 -> [24711] ~(r(X10_438_3) <=> r(skolem_Y1111(X10_438_3)))
% 251.94/36.27
% 251.94/36.27 [24711] BETA_NOT_EQUIV : ~(r(X10_438_3) <=> r(skolem_Y1111(X10_438_3)))
% 251.94/36.27 -> [24712] ~r(X10_438_3), r(skolem_Y1111(X10_438_3))
% 251.94/36.27 -> [24713] r(X10_438_3), ~r(skolem_Y1111(X10_438_3))
% 251.94/36.27
% 251.94/36.27 [24713] CLOSURE : ~r(skolem_Y1111(X10_438_3))
% 251.94/36.27
% 251.94/36.27 [24712] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [25742] ~r(X8_501_4)
% 251.94/36.27
% 251.94/36.27 [25742] CLOSURE : ~r(X8_501_4)
% 251.94/36.27
% 251.94/36.27 [17384] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [40036] r(Y5_1288_1)
% 251.94/36.27
% 251.94/36.27 [40036] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [40142] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [40142] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [40143] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [40143] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [40144] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [40145] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [40145] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [40144] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [40706] ~! [Y11_11] : ((r(X10_1066_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [40706] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1066_3) <=> r(Y11_11)))
% 251.94/36.27 -> [40708] ~(r(X10_1066_3) <=> r(skolem_Y1111(X10_1066_3)))
% 251.94/36.27
% 251.94/36.27 [40708] BETA_NOT_EQUIV : ~(r(X10_1066_3) <=> r(skolem_Y1111(X10_1066_3)))
% 251.94/36.27 -> [40710] ~r(X10_1066_3), r(skolem_Y1111(X10_1066_3))
% 251.94/36.27 -> [40711] r(X10_1066_3), ~r(skolem_Y1111(X10_1066_3))
% 251.94/36.27
% 251.94/36.27 [40710] CLOSURE : ~r(X10_1066_3)
% 251.94/36.27
% 251.94/36.27 [40711] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [41871] ~r(X8_1307_4)
% 251.94/36.27
% 251.94/36.27 [41871] CLOSURE : ~r(X8_1307_4)
% 251.94/36.27
% 251.94/36.27 [389] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [456] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [456] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [462] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [463] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [463] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [476] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [476] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [477] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [478] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [477] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [737] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [737] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [738] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [739] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [739] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [738] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [2391] r(Y5_23_1)
% 251.94/36.27
% 251.94/36.27 [2391] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [4448] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [4448] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [4449] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [4449] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [4450] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [4451] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [4450] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [4451] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [6268] ~! [Y11_11] : ((r(X10_28_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [6268] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_28_3) <=> r(Y11_11)))
% 251.94/36.27 -> [6269] ~(r(X10_28_3) <=> r(skolem_Y1111(X10_28_3)))
% 251.94/36.27
% 251.94/36.27 [6269] BETA_NOT_EQUIV : ~(r(X10_28_3) <=> r(skolem_Y1111(X10_28_3)))
% 251.94/36.27 -> [6270] ~r(X10_28_3), r(skolem_Y1111(X10_28_3))
% 251.94/36.27 -> [6271] r(X10_28_3), ~r(skolem_Y1111(X10_28_3))
% 251.94/36.27
% 251.94/36.27 [6270] CLOSURE : ~r(X10_28_3)
% 251.94/36.27
% 251.94/36.27 [6271] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [28900] ~r(X8_675_4)
% 251.94/36.27
% 251.94/36.27 [28900] CLOSURE : ~r(X8_675_4)
% 251.94/36.27
% 251.94/36.27 [478] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [491] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [491] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [1201] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [1201] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [3028] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [3028] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [3029] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [3030] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [3029] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [3030] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [32131] r(Y5_1069_1)
% 251.94/36.27
% 251.94/36.27 [32131] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [32224] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [32224] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [32227] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [32227] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [32229] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [32230] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [32230] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [32229] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [32437] ~! [Y11_11] : ((r(X10_731_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [32437] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_731_3) <=> r(Y11_11)))
% 251.94/36.27 -> [32438] ~(r(X10_731_3) <=> r(skolem_Y1111(X10_731_3)))
% 251.94/36.27
% 251.94/36.27 [32438] BETA_NOT_EQUIV : ~(r(X10_731_3) <=> r(skolem_Y1111(X10_731_3)))
% 251.94/36.27 -> [32439] ~r(X10_731_3), r(skolem_Y1111(X10_731_3))
% 251.94/36.27 -> [32440] r(X10_731_3), ~r(skolem_Y1111(X10_731_3))
% 251.94/36.27
% 251.94/36.27 [32439] CLOSURE : ~r(X10_731_3)
% 251.94/36.27
% 251.94/36.27 [32440] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [32517] ~r(X8_813_4)
% 251.94/36.27
% 251.94/36.27 [32517] CLOSURE : ~r(X8_813_4)
% 251.94/36.27
% 251.94/36.27 [462] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [723] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [724] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [724] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [727] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [727] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [22032] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [22032] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [22034] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [22035] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [22035] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [22034] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [23279] r(skolem_Y1111(X10_400_3))
% 251.94/36.27
% 251.94/36.27 [23279] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [23449] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [23449] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [23450] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [23450] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [23451] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [23452] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [23451] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [23695] BETA_NOT_EQUIV : ~(r(X10_400_3) <=> r(skolem_Y1111(X10_400_3)))
% 251.94/36.27 -> [24815] ~r(X10_400_3), r(skolem_Y1111(X10_400_3))
% 251.94/36.27 -> [24816] r(X10_400_3), ~r(skolem_Y1111(X10_400_3))
% 251.94/36.27
% 251.94/36.27 [24816] CLOSURE : ~r(skolem_Y1111(X10_400_3))
% 251.94/36.27
% 251.94/36.27 [24815] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [25177] ~r(X8_475_4)
% 251.94/36.27
% 251.94/36.27 [25177] CLOSURE : ~r(X8_475_4)
% 251.94/36.27
% 251.94/36.27 [723] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19786] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19786] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19787] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [19787] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [19788] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [19789] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19789] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19788] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20096] r(skolem_Y1111(X10_1104_3))
% 251.94/36.27
% 251.94/36.27 [20096] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [40962] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [40962] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [40963] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [40963] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [40964] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [40965] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [40965] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [40964] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [41714] ~! [Y11_11] : ((r(X10_1104_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [41714] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1104_3) <=> r(Y11_11)))
% 251.94/36.27 -> [41715] ~(r(X10_1104_3) <=> r(skolem_Y1111(X10_1104_3)))
% 251.94/36.27
% 251.94/36.27 [41715] BETA_NOT_EQUIV : ~(r(X10_1104_3) <=> r(skolem_Y1111(X10_1104_3)))
% 251.94/36.27 -> [41716] ~r(X10_1104_3), r(skolem_Y1111(X10_1104_3))
% 251.94/36.27 -> [41717] r(X10_1104_3), ~r(skolem_Y1111(X10_1104_3))
% 251.94/36.27
% 251.94/36.27 [41717] CLOSURE : ~r(skolem_Y1111(X10_1104_3))
% 251.94/36.27
% 251.94/36.27 [41716] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [42421] ~r(X8_1362_4)
% 251.94/36.27
% 251.94/36.27 [42421] CLOSURE : ~r(X8_1362_4)
% 251.94/36.27
% 251.94/36.27 [310] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [316] r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [316] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.27 -> [549] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [550] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27
% 251.94/36.27 [550] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [565] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [566] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [565] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [775] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [775] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [1529] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [1530] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [1530] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [1534] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [1534] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [1537] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [1538] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [1537] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [1806] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [1806] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [1807] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [1808] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [1808] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [1807] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [18498] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [18498] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [18782] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [18782] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [18783] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [18783] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [18784] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [18785] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [18784] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [19537] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [22437] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [22438] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [22438] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [22437] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [1538] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [1547] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [1547] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [2195] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [2195] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [6031] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [6031] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [6032] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [6033] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6033] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6032] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [29288] r(Y5_1020_1)
% 251.94/36.27
% 251.94/36.27 [29288] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [29335] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [29335] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [29336] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [29336] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [29337] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [29338] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [29338] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [29337] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [29421] ~! [Y11_11] : ((r(X10_636_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [29421] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_636_3) <=> r(Y11_11)))
% 251.94/36.27 -> [29422] ~(r(X10_636_3) <=> r(skolem_Y1111(X10_636_3)))
% 251.94/36.27
% 251.94/36.27 [29422] BETA_NOT_EQUIV : ~(r(X10_636_3) <=> r(skolem_Y1111(X10_636_3)))
% 251.94/36.27 -> [29425] ~r(X10_636_3), r(skolem_Y1111(X10_636_3))
% 251.94/36.27 -> [29426] r(X10_636_3), ~r(skolem_Y1111(X10_636_3))
% 251.94/36.27
% 251.94/36.27 [29425] CLOSURE : ~r(X10_636_3)
% 251.94/36.27
% 251.94/36.27 [29426] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [29478] s(Y9_355_4)
% 251.94/36.27
% 251.94/36.27 [29478] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [29484] ~s(X12_359_5)
% 251.94/36.27
% 251.94/36.27 [29484] CLOSURE : ~s(X12_359_5)
% 251.94/36.27
% 251.94/36.27 [1529] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [1792] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [1793] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [1793] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [1797] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [1797] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [9197] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [9197] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [9198] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [9199] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [9199] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [9198] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [13491] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [13491] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [14154] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [14154] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [14156] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [14156] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [14158] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [14159] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [14158] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [15902] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [38226] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [38227] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [38226] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [38227] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [1792] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [2184] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [2184] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [13526] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [13526] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [13527] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [13528] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [13528] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [13527] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [15581] r(Y5_623_1)
% 251.94/36.27
% 251.94/36.27 [15581] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [16977] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [16977] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [16978] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [16978] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [16979] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [16980] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [16979] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [16980] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [39719] ~! [Y11_11] : ((r(X10_1021_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [39719] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1021_3) <=> r(Y11_11)))
% 251.94/36.27 -> [39720] ~(r(X10_1021_3) <=> r(skolem_Y1111(X10_1021_3)))
% 251.94/36.27
% 251.94/36.27 [39720] BETA_NOT_EQUIV : ~(r(X10_1021_3) <=> r(skolem_Y1111(X10_1021_3)))
% 251.94/36.27 -> [39722] ~r(X10_1021_3), r(skolem_Y1111(X10_1021_3))
% 251.94/36.27 -> [39723] r(X10_1021_3), ~r(skolem_Y1111(X10_1021_3))
% 251.94/36.27
% 251.94/36.27 [39722] CLOSURE : ~r(X10_1021_3)
% 251.94/36.27
% 251.94/36.27 [39723] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [40089] s(Y9_631_4)
% 251.94/36.27
% 251.94/36.27 [40089] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [40140] ~s(X12_653_5)
% 251.94/36.27
% 251.94/36.27 [40140] CLOSURE : ~s(X12_653_5)
% 251.94/36.27
% 251.94/36.27 [566] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [574] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [574] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [1548] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [1549] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [1548] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [2256] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [2257] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [2257] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [2262] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [2262] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [2891] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [2891] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [2892] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [2893] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [2892] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [2893] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [3522] r(Y5_79_1)
% 251.94/36.27
% 251.94/36.27 [3522] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [3956] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [3956] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [3959] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [3959] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [3960] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [3961] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [3960] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [4358] BETA_NOT_EQUIV : ~(r(X10_11_3) <=> r(skolem_Y1111(X10_11_3)))
% 251.94/36.27 -> [5259] ~r(X10_11_3), r(skolem_Y1111(X10_11_3))
% 251.94/36.27 -> [5260] r(X10_11_3), ~r(skolem_Y1111(X10_11_3))
% 251.94/36.27
% 251.94/36.27 [5259] CLOSURE : ~r(X10_11_3)
% 251.94/36.27
% 251.94/36.27 [5260] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [6039] s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [6039] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [6182] p(Y13_13_5)
% 251.94/36.27
% 251.94/36.27 [6182] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [6317] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [6317] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.27 -> [6318] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27
% 251.94/36.27 [6318] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.27 -> [6319] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.27 -> [6320] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [6320] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.27
% 251.94/36.27 [6319] CLOSURE : ~s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [2256] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [2712] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [2712] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [3282] (p(skolem_X22) <=> p(Y3_121_0))
% 251.94/36.27
% 251.94/36.27 [3282] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_121_0))
% 251.94/36.27 -> [3283] ~p(skolem_X22), ~p(Y3_121_0)
% 251.94/36.27 -> [3284] p(skolem_X22), p(Y3_121_0)
% 251.94/36.27
% 251.94/36.27 [3284] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [3706] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [3706] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [4071] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [4071] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [4072] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [4072] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [4074] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [4075] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [4075] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [4074] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [4909] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [4909] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [4911] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [4911] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [4912] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [4913] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [4913] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [4912] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [3283] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [4171] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [4171] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [4427] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [4427] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [4428] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [4428] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [4429] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [4430] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [4430] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [4429] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [5744] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [5744] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [5745] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [5745] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [5746] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [5747] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [5746] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [5747] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [1549] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [1555] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [1555] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [1556] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [1557] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [1557] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [1566] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [1566] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [2541] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [2541] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [3498] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [3498] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [3499] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [3500] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [3499] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [3500] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [6634] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [6634] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [13761] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [13761] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [13762] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [13762] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [13763] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [13764] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [13764] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [13763] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [38338] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [38338] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [38339] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [38339] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [38340] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [38341] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [38340] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [38341] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [1556] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [2287] (p(skolem_X22) <=> p(Y3_57_0))
% 251.94/36.27
% 251.94/36.27 [2287] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_57_0))
% 251.94/36.27 -> [2289] ~p(skolem_X22), ~p(Y3_57_0)
% 251.94/36.27 -> [2290] p(skolem_X22), p(Y3_57_0)
% 251.94/36.27
% 251.94/36.27 [2289] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19962] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [19962] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [20417] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [20417] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [20418] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [20418] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [20419] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [20420] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20420] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [21986] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [21986] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [26047] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [26047] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [26048] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [26049] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [26048] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [26049] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [20419] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [2290] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [2798] r(Y5_41_1)
% 251.94/36.27
% 251.94/36.27 [2798] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [3478] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [3478] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [3479] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [3479] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [3480] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [3481] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [3480] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [3481] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [7089] ~! [Y11_11] : ((r(X10_41_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [7089] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_41_3) <=> r(Y11_11)))
% 251.94/36.27 -> [7090] ~(r(X10_41_3) <=> r(skolem_Y1111(X10_41_3)))
% 251.94/36.27
% 251.94/36.27 [7090] BETA_NOT_EQUIV : ~(r(X10_41_3) <=> r(skolem_Y1111(X10_41_3)))
% 251.94/36.27 -> [7091] ~r(X10_41_3), r(skolem_Y1111(X10_41_3))
% 251.94/36.27 -> [7092] r(X10_41_3), ~r(skolem_Y1111(X10_41_3))
% 251.94/36.27
% 251.94/36.27 [7091] CLOSURE : ~r(X10_41_3)
% 251.94/36.27
% 251.94/36.27 [7092] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [19032] s(skolem_X1414)
% 251.94/36.27
% 251.94/36.27 [19032] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [19701] p(Y13_74_5)
% 251.94/36.27
% 251.94/36.27 [19701] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [20370] (s(skolem_X1414) <=> s(Y15_31_6))
% 251.94/36.27
% 251.94/36.27 [20370] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_31_6))
% 251.94/36.27 -> [20371] ~s(skolem_X1414), ~s(Y15_31_6)
% 251.94/36.27 -> [20372] s(skolem_X1414), s(Y15_31_6)
% 251.94/36.27
% 251.94/36.27 [20372] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [40248] ~p(X16_190_7)
% 251.94/36.27
% 251.94/36.27 [40248] CLOSURE : ~p(X16_190_7)
% 251.94/36.27
% 251.94/36.27 [20371] CLOSURE : ~s(Y15_31_6)
% 251.94/36.27
% 251.94/36.27 [549] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [962] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [963] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [963] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [970] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [970] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [8670] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [8670] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [10638] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [10639] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [10639] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [10645] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [10645] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [10646] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [10647] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [10647] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [10655] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [10655] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [11603] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [11603] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [11604] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [11605] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [11605] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [11604] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [15645] r(Y5_626_1)
% 251.94/36.27
% 251.94/36.27 [15645] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [16565] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [16565] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [16566] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [16566] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [16567] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [16568] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [16567] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [16568] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [17914] ~! [Y11_11] : ((r(X10_194_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [17914] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_194_3) <=> r(Y11_11)))
% 251.94/36.27 -> [17915] ~(r(X10_194_3) <=> r(skolem_Y1111(X10_194_3)))
% 251.94/36.27
% 251.94/36.27 [17915] BETA_NOT_EQUIV : ~(r(X10_194_3) <=> r(skolem_Y1111(X10_194_3)))
% 251.94/36.27 -> [17916] ~r(X10_194_3), r(skolem_Y1111(X10_194_3))
% 251.94/36.27 -> [17917] r(X10_194_3), ~r(skolem_Y1111(X10_194_3))
% 251.94/36.27
% 251.94/36.27 [17916] CLOSURE : ~r(X10_194_3)
% 251.94/36.27
% 251.94/36.27 [17917] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [20825] s(skolem_X1414)
% 251.94/36.27
% 251.94/36.27 [20825] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [21251] (s(skolem_X1414) <=> s(Y15_33_5))
% 251.94/36.27
% 251.94/36.27 [21251] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_33_5))
% 251.94/36.27 -> [21252] ~s(skolem_X1414), ~s(Y15_33_5)
% 251.94/36.27 -> [21253] s(skolem_X1414), s(Y15_33_5)
% 251.94/36.27
% 251.94/36.27 [21253] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [21565] q(Y17_19_6)
% 251.94/36.27
% 251.94/36.27 [21565] CLOSURE : q(Y17_19_6)
% 251.94/36.27
% 251.94/36.27 [21252] CLOSURE : ~s(Y15_33_5)
% 251.94/36.27
% 251.94/36.27 [10646] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [11120] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [11120] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [12447] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [12447] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [12448] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [12449] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [12449] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [12448] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [14454] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [14454] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [15636] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [15636] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [15637] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [15637] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [15638] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [15639] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [15639] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [15638] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [19694] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [19694] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [19695] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [19695] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [19696] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [19697] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [19696] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [19697] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [10638] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [11111] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [11112] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [11111] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [11585] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [11585] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [11586] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [11587] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [11587] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [11586] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [13571] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [13571] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [14436] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [14436] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [14437] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [14437] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [14438] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [14439] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [14438] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [16560] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [21080] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [21081] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [21081] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [21080] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [11112] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [11116] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [11116] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [12033] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [12033] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [13226] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [13226] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [13227] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [13228] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [13228] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [13227] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [18239] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [18239] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [18666] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [18666] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [18667] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [18667] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [18668] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [18669] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [18669] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18668] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [21246] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [21246] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [21247] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [21247] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [21248] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [21249] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [21249] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [21248] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [962] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [1170] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [1171] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [1171] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [1175] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [1175] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [1178] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [1179] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [1178] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [8046] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [8046] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [9209] (p(skolem_X22) <=> p(Y3_363_0))
% 251.94/36.27
% 251.94/36.27 [9209] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_363_0))
% 251.94/36.27 -> [9210] ~p(skolem_X22), ~p(Y3_363_0)
% 251.94/36.27 -> [9211] p(skolem_X22), p(Y3_363_0)
% 251.94/36.27
% 251.94/36.27 [9211] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [10055] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [10055] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [11031] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [11031] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [11034] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [11034] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [11035] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [11036] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [11036] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [11035] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [15260] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [15260] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [15261] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [15261] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [15262] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [15263] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [15263] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [15262] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [9210] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [11645] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [11645] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [13031] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [13031] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [13032] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [13032] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [13033] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [13034] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [13034] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [13033] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [22551] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [22551] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [22553] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [22553] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [22554] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [22555] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [22555] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [22554] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [1179] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [1187] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [1187] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [8777] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [8777] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [8778] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [8779] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [8778] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [8779] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [9611] r(Y5_304_1)
% 251.94/36.27
% 251.94/36.27 [9611] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [10515] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [10515] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [10516] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [10516] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [10517] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [10518] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [10517] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20677] BETA_NOT_EQUIV : ~(r(X10_279_3) <=> r(skolem_Y1111(X10_279_3)))
% 251.94/36.27 -> [23423] ~r(X10_279_3), r(skolem_Y1111(X10_279_3))
% 251.94/36.27 -> [23424] r(X10_279_3), ~r(skolem_Y1111(X10_279_3))
% 251.94/36.27
% 251.94/36.27 [23423] CLOSURE : ~r(X10_279_3)
% 251.94/36.27
% 251.94/36.27 [23424] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [24643] s(Y9_220_4)
% 251.94/36.27
% 251.94/36.27 [24643] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [24957] ~s(X12_225_5)
% 251.94/36.27
% 251.94/36.27 [24957] CLOSURE : ~s(X12_225_5)
% 251.94/36.27
% 251.94/36.27 [1170] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [2132] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [2133] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [2133] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [2135] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [2135] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [4180] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [4180] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [6374] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [6374] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [6376] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [6377] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6376] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6377] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19015] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [19015] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [19519] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [19519] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.27 -> [19520] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27
% 251.94/36.27 [19520] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.27 -> [19521] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.27 -> [19522] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [19522] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19521] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [22313] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [22313] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [22314] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [22314] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [22315] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [22316] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [22316] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [22315] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [2132] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [2830] (p(skolem_X22) <=> p(Y3_93_0))
% 251.94/36.27
% 251.94/36.27 [2830] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_93_0))
% 251.94/36.27 -> [2831] ~p(skolem_X22), ~p(Y3_93_0)
% 251.94/36.27 -> [2832] p(skolem_X22), p(Y3_93_0)
% 251.94/36.27
% 251.94/36.27 [2832] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [4172] r(Y5_109_1)
% 251.94/36.27
% 251.94/36.27 [4172] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [5708] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [5708] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [5709] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [5709] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [5711] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [5712] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [5711] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [19018] BETA_NOT_EQUIV : ~(r(X10_220_3) <=> r(skolem_Y1111(X10_220_3)))
% 251.94/36.27 -> [22461] ~r(X10_220_3), r(skolem_Y1111(X10_220_3))
% 251.94/36.27 -> [22462] r(X10_220_3), ~r(skolem_Y1111(X10_220_3))
% 251.94/36.27
% 251.94/36.27 [22461] CLOSURE : ~r(X10_220_3)
% 251.94/36.27
% 251.94/36.27 [22462] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [23333] s(Y9_177_4)
% 251.94/36.27
% 251.94/36.27 [23333] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [23482] ~s(X12_166_5)
% 251.94/36.27
% 251.94/36.27 [23482] CLOSURE : ~s(X12_166_5)
% 251.94/36.27
% 251.94/36.27 [2831] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [6356] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [6356] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [18635] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [18635] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.94/36.27 -> [18636] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27
% 251.94/36.27 [18636] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.94/36.27 -> [18637] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.94/36.27 -> [18638] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [18637] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20102] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [42088] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [42089] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [42088] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [42089] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [221] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.27 -> [226] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27
% 251.94/36.27 [226] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.27 -> [228] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.27 -> [229] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.27
% 251.94/36.27 [228] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.27 -> [3636] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [3637] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.27
% 251.94/36.27 [3637] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [3642] r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [3642] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [5245] ~s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [5245] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.27 -> [18604] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [18605] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27
% 251.94/36.27 [18605] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [18612] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [18613] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [18612] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [18794] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18794] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [19349] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [19350] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [19350] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [19351] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [19351] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [19352] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19353] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [19353] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [19354] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19354] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [20003] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [20003] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20602] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [20602] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [20603] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [20604] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20604] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20603] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [23533] r(Y5_942_1)
% 251.94/36.27
% 251.94/36.27 [23533] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [23780] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [23780] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [23781] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [23782] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [23782] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [23781] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [25137] ~! [Y11_11] : ((r(X10_456_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [25137] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_456_3) <=> r(Y11_11)))
% 251.94/36.27 -> [25138] ~(r(X10_456_3) <=> r(skolem_Y1111(X10_456_3)))
% 251.94/36.27
% 251.94/36.27 [25138] BETA_NOT_EQUIV : ~(r(X10_456_3) <=> r(skolem_Y1111(X10_456_3)))
% 251.94/36.27 -> [25139] ~r(X10_456_3), r(skolem_Y1111(X10_456_3))
% 251.94/36.27 -> [25140] r(X10_456_3), ~r(skolem_Y1111(X10_456_3))
% 251.94/36.27
% 251.94/36.27 [25139] CLOSURE : ~r(X10_456_3)
% 251.94/36.27
% 251.94/36.27 [25140] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [26170] ~s(skolem_X1414)
% 251.94/36.27
% 251.94/36.27 [26170] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [26258] (s(skolem_X1414) <=> s(Y15_96_5))
% 251.94/36.27
% 251.94/36.27 [26258] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_96_5))
% 251.94/36.27 -> [26259] ~s(skolem_X1414), ~s(Y15_96_5)
% 251.94/36.27 -> [26260] s(skolem_X1414), s(Y15_96_5)
% 251.94/36.27
% 251.94/36.27 [26260] CLOSURE : s(Y15_96_5)
% 251.94/36.27
% 251.94/36.27 [26259] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [26391] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27
% 251.94/36.27 [26391] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [26392] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [26392] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [26393] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [26394] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [26394] CLOSURE : p(skolem_X22)
% 251.94/36.27
% 251.94/36.27 [26393] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19352] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19560] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [19560] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [19561] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [19562] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19562] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19561] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20596] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [20596] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21398] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21398] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [21401] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [21402] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21402] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [22453] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [22453] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [22454] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [22454] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [22455] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [22456] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [22456] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [22455] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [21401] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [19349] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [19557] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19558] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [19557] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19780] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19780] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20384] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [20384] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [20387] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [20388] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20388] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20387] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21605] r(Y5_873_1)
% 251.94/36.27
% 251.94/36.27 [21605] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [22440] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [22440] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [22441] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [22442] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [22442] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [22441] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [24182] ~! [Y11_11] : ((r(X10_420_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [24182] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_420_3) <=> r(Y11_11)))
% 251.94/36.27 -> [24183] ~(r(X10_420_3) <=> r(skolem_Y1111(X10_420_3)))
% 251.94/36.27
% 251.94/36.27 [24183] BETA_NOT_EQUIV : ~(r(X10_420_3) <=> r(skolem_Y1111(X10_420_3)))
% 251.94/36.27 -> [24184] ~r(X10_420_3), r(skolem_Y1111(X10_420_3))
% 251.94/36.27 -> [24185] r(X10_420_3), ~r(skolem_Y1111(X10_420_3))
% 251.94/36.27
% 251.94/36.27 [24184] CLOSURE : ~r(X10_420_3)
% 251.94/36.27
% 251.94/36.27 [24185] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [25420] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [25420] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [25580] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [25580] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.27 -> [25581] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.27
% 251.94/36.27 [25581] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.27 -> [25582] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.27 -> [25583] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [25582] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [25583] CLOSURE : s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [19558] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [19559] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19559] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20218] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [20218] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [20219] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [20220] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20220] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20219] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [33586] r(Y5_1109_1)
% 251.94/36.27
% 251.94/36.27 [33586] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [33660] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [33660] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [33661] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [33662] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [33661] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [33662] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [33704] ~! [Y11_11] : ((r(X10_775_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [33704] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_775_3) <=> r(Y11_11)))
% 251.94/36.27 -> [33705] ~(r(X10_775_3) <=> r(skolem_Y1111(X10_775_3)))
% 251.94/36.27
% 251.94/36.27 [33705] BETA_NOT_EQUIV : ~(r(X10_775_3) <=> r(skolem_Y1111(X10_775_3)))
% 251.94/36.27 -> [33706] ~r(X10_775_3), r(skolem_Y1111(X10_775_3))
% 251.94/36.27 -> [33707] r(X10_775_3), ~r(skolem_Y1111(X10_775_3))
% 251.94/36.27
% 251.94/36.27 [33706] CLOSURE : ~r(X10_775_3)
% 251.94/36.27
% 251.94/36.27 [33707] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [33771] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [33771] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [33796] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [33796] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.27 -> [33797] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.27
% 251.94/36.27 [33797] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.27 -> [33798] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.27 -> [33799] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [33798] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [33799] CLOSURE : s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [18613] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [18614] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [18614] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [18980] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [18981] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [18981] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [18982] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [18982] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [18983] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18984] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [18983] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19127] (p(skolem_X22) <=> p(Y3_662_0))
% 251.94/36.27
% 251.94/36.27 [19127] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_662_0))
% 251.94/36.27 -> [19128] ~p(skolem_X22), ~p(Y3_662_0)
% 251.94/36.27 -> [19129] p(skolem_X22), p(Y3_662_0)
% 251.94/36.27
% 251.94/36.27 [19129] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19583] r(Y5_805_1)
% 251.94/36.27
% 251.94/36.27 [19583] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [20020] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20020] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [20023] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [20024] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20023] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20024] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [20421] ~! [Y11_11] : ((r(X10_271_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [20421] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_271_3) <=> r(Y11_11)))
% 251.94/36.27 -> [20422] ~(r(X10_271_3) <=> r(skolem_Y1111(X10_271_3)))
% 251.94/36.27
% 251.94/36.27 [20422] BETA_NOT_EQUIV : ~(r(X10_271_3) <=> r(skolem_Y1111(X10_271_3)))
% 251.94/36.27 -> [20423] ~r(X10_271_3), r(skolem_Y1111(X10_271_3))
% 251.94/36.27 -> [20424] r(X10_271_3), ~r(skolem_Y1111(X10_271_3))
% 251.94/36.27
% 251.94/36.27 [20423] CLOSURE : ~r(X10_271_3)
% 251.94/36.27
% 251.94/36.27 [20424] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [23225] p(Y13_107_4)
% 251.94/36.27
% 251.94/36.27 [23225] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [23504] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [23504] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.27 -> [23505] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.27 -> [23506] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [23506] CLOSURE : s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [23505] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [25377] ~p(X16_51_6)
% 251.94/36.27
% 251.94/36.27 [25377] CLOSURE : ~p(X16_51_6)
% 251.94/36.27
% 251.94/36.27 [19128] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20234] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [20234] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [20893] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20893] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [20894] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [20895] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20894] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [33693] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [34288] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [34289] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [34289] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [34288] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [18984] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [18985] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [18985] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19378] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19378] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20033] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [20033] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [20034] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [20035] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20034] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20035] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20901] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [20901] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21655] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21655] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [21656] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [21657] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21656] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21657] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [34307] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [34307] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [34308] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [34308] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [34309] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [34310] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [34310] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [34309] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [18980] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [19124] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19125] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [19124] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19359] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19359] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20007] (p(skolem_X22) <=> p(Y3_704_0))
% 251.94/36.27
% 251.94/36.27 [20007] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_704_0))
% 251.94/36.27 -> [20008] ~p(skolem_X22), ~p(Y3_704_0)
% 251.94/36.27 -> [20009] p(skolem_X22), p(Y3_704_0)
% 251.94/36.27
% 251.94/36.27 [20008] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21167] r(Y5_864_1)
% 251.94/36.27
% 251.94/36.27 [21167] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [22156] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [22156] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [22157] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [22158] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [22158] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [22157] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [24108] ~! [Y11_11] : ((r(X10_418_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [24108] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_418_3) <=> r(Y11_11)))
% 251.94/36.27 -> [24109] ~(r(X10_418_3) <=> r(skolem_Y1111(X10_418_3)))
% 251.94/36.27
% 251.94/36.27 [24109] BETA_NOT_EQUIV : ~(r(X10_418_3) <=> r(skolem_Y1111(X10_418_3)))
% 251.94/36.27 -> [24110] ~r(X10_418_3), r(skolem_Y1111(X10_418_3))
% 251.94/36.27 -> [24111] r(X10_418_3), ~r(skolem_Y1111(X10_418_3))
% 251.94/36.27
% 251.94/36.27 [24110] CLOSURE : ~r(X10_418_3)
% 251.94/36.27
% 251.94/36.27 [24111] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [25428] p(Y13_189_4)
% 251.94/36.27
% 251.94/36.27 [25428] CLOSURE : p(Y13_189_4)
% 251.94/36.27
% 251.94/36.27 [20009] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20881] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [20881] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21628] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21628] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [21629] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [21630] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21629] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21630] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [33650] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [33650] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [33651] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [33651] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [33652] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [33653] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [33652] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [33653] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [19125] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [19126] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19126] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19576] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [19576] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [19577] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [19578] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19577] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19578] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20013] r(Y5_822_1)
% 251.94/36.27
% 251.94/36.27 [20013] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [20403] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20403] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [20404] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [20405] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20404] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20887] BETA_NOT_EQUIV : ~(r(X10_289_3) <=> r(skolem_Y1111(X10_289_3)))
% 251.94/36.27 -> [33680] ~r(X10_289_3), r(skolem_Y1111(X10_289_3))
% 251.94/36.27 -> [33681] r(X10_289_3), ~r(skolem_Y1111(X10_289_3))
% 251.94/36.27
% 251.94/36.27 [33680] CLOSURE : ~r(X10_289_3)
% 251.94/36.27
% 251.94/36.27 [33681] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [34050] p(Y13_403_4)
% 251.94/36.27
% 251.94/36.27 [34050] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [34164] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [34164] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.27 -> [34165] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.27
% 251.94/36.27 [34165] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.27 -> [34166] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.27 -> [34167] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [34167] CLOSURE : s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [34166] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [34521] q(Y17_103_6)
% 251.94/36.27
% 251.94/36.27 [34521] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [34547] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27
% 251.94/36.27 [34547] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [34548] (p(skolem_X22) <=> p(Y3_994_0))
% 251.94/36.27
% 251.94/36.27 [34548] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_994_0))
% 251.94/36.27 -> [34549] ~p(skolem_X22), ~p(Y3_994_0)
% 251.94/36.27 -> [34550] p(skolem_X22), p(Y3_994_0)
% 251.94/36.27
% 251.94/36.27 [34549] CLOSURE : ~p(skolem_X22)
% 251.94/36.27
% 251.94/36.27 [34550] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [34575] ! [Y5_5] : (r(Y5_5))
% 251.94/36.27
% 251.94/36.27 [34575] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [34576] r(Y5_1134_1)
% 251.94/36.27
% 251.94/36.27 [34576] CLOSURE : r(Y5_1134_1)
% 251.94/36.27
% 251.94/36.27 [18604] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [18790] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [18791] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [18791] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [18792] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [18792] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [19116] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19116] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [19773] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [19774] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [19774] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [19775] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [19775] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [19776] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19777] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [19776] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19995] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19995] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20574] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [20574] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [20575] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [20576] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20576] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20575] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [33311] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [33311] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [33406] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [33406] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [33407] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [33408] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [33408] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [33407] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [33620] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [33620] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [33621] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [33621] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [33622] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [33623] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [33622] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [33623] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [19777] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [19778] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19778] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20378] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [20378] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [20379] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [20380] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20379] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20380] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [33497] r(Y5_1103_1)
% 251.94/36.27
% 251.94/36.27 [33497] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [33525] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [33525] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [33526] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [33527] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [33526] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [33527] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [33578] ~! [Y11_11] : ((r(X10_766_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [33578] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_766_3) <=> r(Y11_11)))
% 251.94/36.27 -> [33579] ~(r(X10_766_3) <=> r(skolem_Y1111(X10_766_3)))
% 251.94/36.27
% 251.94/36.27 [33579] BETA_NOT_EQUIV : ~(r(X10_766_3) <=> r(skolem_Y1111(X10_766_3)))
% 251.94/36.27 -> [33581] ~r(X10_766_3), r(skolem_Y1111(X10_766_3))
% 251.94/36.27 -> [33582] r(X10_766_3), ~r(skolem_Y1111(X10_766_3))
% 251.94/36.27
% 251.94/36.27 [33581] CLOSURE : ~r(X10_766_3)
% 251.94/36.27
% 251.94/36.27 [33582] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [33735] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [33735] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.27 -> [33736] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.27 -> [33737] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [33737] CLOSURE : s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [33736] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [33803] q(Y17_100_5)
% 251.94/36.27
% 251.94/36.27 [33803] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [33823] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27
% 251.94/36.27 [33823] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [33824] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [33824] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [33825] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [33826] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [33825] CLOSURE : ~p(skolem_X22)
% 251.94/36.27
% 251.94/36.27 [33826] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19773] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [19987] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19988] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [19987] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20197] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [20197] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [20200] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [20201] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20201] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [20200] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21357] r(Y5_868_1)
% 251.94/36.27
% 251.94/36.27 [21357] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [22636] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [22636] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [22637] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [22638] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [22637] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [23024] BETA_NOT_EQUIV : ~(r(X10_364_3) <=> r(skolem_Y1111(X10_364_3)))
% 251.94/36.27 -> [24689] ~r(X10_364_3), r(skolem_Y1111(X10_364_3))
% 251.94/36.27 -> [24690] r(X10_364_3), ~r(skolem_Y1111(X10_364_3))
% 251.94/36.27
% 251.94/36.27 [24689] CLOSURE : ~r(X10_364_3)
% 251.94/36.27
% 251.94/36.27 [24690] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [25096] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [25096] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.27 -> [25097] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.27
% 251.94/36.27 [25097] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.27 -> [25098] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.27 -> [25099] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.27
% 251.94/36.27 [25099] CLOSURE : s(skolem_Y99)
% 251.94/36.27
% 251.94/36.27 [25098] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [25308] ~p(X16_49_5)
% 251.94/36.27
% 251.94/36.27 [25308] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [25325] q(Y17_37_6)
% 251.94/36.27
% 251.94/36.27 [25325] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [25347] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27
% 251.94/36.27 [25347] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [25348] (p(skolem_X22) <=> p(Y3_844_0))
% 251.94/36.27
% 251.94/36.27 [25348] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_844_0))
% 251.94/36.27 -> [25349] ~p(skolem_X22), ~p(Y3_844_0)
% 251.94/36.27 -> [25350] p(skolem_X22), p(Y3_844_0)
% 251.94/36.27
% 251.94/36.27 [25350] CLOSURE : p(skolem_X22)
% 251.94/36.27
% 251.94/36.27 [25349] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [25371] ! [Y5_5] : (r(Y5_5))
% 251.94/36.27
% 251.94/36.27 [25371] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [25373] r(Y5_965_1)
% 251.94/36.27
% 251.94/36.27 [25373] CLOSURE : r(Y5_965_1)
% 251.94/36.27
% 251.94/36.27 [19988] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [19993] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19993] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [20569] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [20569] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [21586] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [21586] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [21587] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [21588] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [21588] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [21587] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [33508] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [33508] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [33528] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [33528] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [33529] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [33530] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [33530] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [33529] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [33846] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [33846] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [33847] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [33847] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [33848] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [33849] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [33849] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [33848] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [18790] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [18965] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [18966] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [18965] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [19109] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19110] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [19110] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [19112] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19112] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19547] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19547] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [20178] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [20178] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [20180] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [20181] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20180] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [20181] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21101] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [21101] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21835] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [21835] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [21836] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [21837] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [21837] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [21836] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [23426] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [23426] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [23427] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [23427] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [23428] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [23429] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [23428] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [23429] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [19109] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19326] (p(skolem_X22) <=> p(Y3_668_0))
% 251.94/36.27
% 251.94/36.27 [19326] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_668_0))
% 251.94/36.27 -> [19327] ~p(skolem_X22), ~p(Y3_668_0)
% 251.94/36.27 -> [19328] p(skolem_X22), p(Y3_668_0)
% 251.94/36.27
% 251.94/36.27 [19327] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20355] r(Y5_837_1)
% 251.94/36.27
% 251.94/36.27 [20355] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21091] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21091] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [21092] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [21093] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21092] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21093] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [38541] ~! [Y11_11] : ((r(X10_962_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [38541] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_962_3) <=> r(Y11_11)))
% 251.94/36.27 -> [38542] ~(r(X10_962_3) <=> r(skolem_Y1111(X10_962_3)))
% 251.94/36.27
% 251.94/36.27 [38542] BETA_NOT_EQUIV : ~(r(X10_962_3) <=> r(skolem_Y1111(X10_962_3)))
% 251.94/36.27 -> [38543] ~r(X10_962_3), r(skolem_Y1111(X10_962_3))
% 251.94/36.27 -> [38544] r(X10_962_3), ~r(skolem_Y1111(X10_962_3))
% 251.94/36.27
% 251.94/36.27 [38543] CLOSURE : ~r(X10_962_3)
% 251.94/36.27
% 251.94/36.27 [38544] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [38662] ~s(X12_613_4)
% 251.94/36.27
% 251.94/36.27 [38662] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [38668] p(Y13_544_5)
% 251.94/36.27
% 251.94/36.27 [38668] CLOSURE : p(Y13_544_5)
% 251.94/36.27
% 251.94/36.27 [19328] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19963] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [19963] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [20356] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20356] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [20357] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [20358] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20357] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20834] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [38693] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [38694] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [38693] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [38694] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [18966] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [18969] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [18969] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [18970] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18971] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [18971] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [18972] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [18972] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19338] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [19338] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [19339] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [19340] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19339] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19340] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19765] r(Y5_813_1)
% 251.94/36.27
% 251.94/36.27 [19765] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [20191] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20191] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [20192] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [20193] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20192] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20193] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [20849] ~! [Y11_11] : ((r(X10_288_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [20849] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_288_3) <=> r(Y11_11)))
% 251.94/36.27 -> [20850] ~(r(X10_288_3) <=> r(skolem_Y1111(X10_288_3)))
% 251.94/36.27
% 251.94/36.27 [20850] BETA_NOT_EQUIV : ~(r(X10_288_3) <=> r(skolem_Y1111(X10_288_3)))
% 251.94/36.27 -> [20851] ~r(X10_288_3), r(skolem_Y1111(X10_288_3))
% 251.94/36.27 -> [20852] r(X10_288_3), ~r(skolem_Y1111(X10_288_3))
% 251.94/36.27
% 251.94/36.27 [20851] CLOSURE : ~r(X10_288_3)
% 251.94/36.27
% 251.94/36.27 [20852] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [38836] ~s(skolem_X1414)
% 251.94/36.27
% 251.94/36.27 [38836] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [38997] p(Y13_553_5)
% 251.94/36.27
% 251.94/36.27 [38997] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27 -> [39026] (s(skolem_X1414) <=> s(Y15_285_6))
% 251.94/36.27
% 251.94/36.27 [39026] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_285_6))
% 251.94/36.27 -> [39027] ~s(skolem_X1414), ~s(Y15_285_6)
% 251.94/36.27 -> [39028] s(skolem_X1414), s(Y15_285_6)
% 251.94/36.27
% 251.94/36.27 [39028] CLOSURE : s(Y15_285_6)
% 251.94/36.27
% 251.94/36.27 [39027] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [39115] q(Y17_142_7)
% 251.94/36.27
% 251.94/36.27 [39115] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [39163] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27
% 251.94/36.27 [39163] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [39164] (p(skolem_X22) <=> p(Y3_1063_0))
% 251.94/36.27
% 251.94/36.27 [39164] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1063_0))
% 251.94/36.27 -> [39165] ~p(skolem_X22), ~p(Y3_1063_0)
% 251.94/36.27 -> [39166] p(skolem_X22), p(Y3_1063_0)
% 251.94/36.27
% 251.94/36.27 [39165] CLOSURE : ~p(skolem_X22)
% 251.94/36.27
% 251.94/36.27 [39166] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [39254] ! [Y5_5] : (r(Y5_5))
% 251.94/36.27
% 251.94/36.27 [39254] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [39255] r(Y5_1260_1)
% 251.94/36.27
% 251.94/36.27 [39255] CLOSURE : r(Y5_1260_1)
% 251.94/36.27
% 251.94/36.27 [18970] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [19113] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19113] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19758] (p(skolem_X22) <=> p(Y3_686_0))
% 251.94/36.27
% 251.94/36.27 [19758] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_686_0))
% 251.94/36.27 -> [19760] ~p(skolem_X22), ~p(Y3_686_0)
% 251.94/36.27 -> [19761] p(skolem_X22), p(Y3_686_0)
% 251.94/36.27
% 251.94/36.27 [19761] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20845] r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [20845] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21566] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21566] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [21568] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [21569] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21568] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21569] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [39007] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [39007] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.27 -> [39008] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27
% 251.94/36.27 [39008] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.27 -> [39009] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.27 -> [39010] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [39009] CLOSURE : ~r(skolem_X88)
% 251.94/36.27
% 251.94/36.27 [39010] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.94/36.27
% 251.94/36.27 [19760] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20841] r(Y5_850_1)
% 251.94/36.27
% 251.94/36.27 [20841] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21561] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21561] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [21562] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [21563] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21562] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21563] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [38956] ~! [Y11_11] : ((r(X10_980_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [38956] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_980_3) <=> r(Y11_11)))
% 251.94/36.27 -> [38957] ~(r(X10_980_3) <=> r(skolem_Y1111(X10_980_3)))
% 251.94/36.27
% 251.94/36.27 [38957] BETA_NOT_EQUIV : ~(r(X10_980_3) <=> r(skolem_Y1111(X10_980_3)))
% 251.94/36.27 -> [38958] ~r(X10_980_3), r(skolem_Y1111(X10_980_3))
% 251.94/36.27 -> [38959] r(X10_980_3), ~r(skolem_Y1111(X10_980_3))
% 251.94/36.27
% 251.94/36.27 [38958] CLOSURE : ~r(X10_980_3)
% 251.94/36.27
% 251.94/36.27 [38959] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [39240] ~s(X12_628_4)
% 251.94/36.27
% 251.94/36.27 [39240] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [39318] p(Y13_560_5)
% 251.94/36.27
% 251.94/36.27 [39318] CLOSURE : p(Y13_560_5)
% 251.94/36.27
% 251.94/36.27 [3636] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.27 -> [4582] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [4583] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27
% 251.94/36.27 [4582] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [5231] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [5232] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [5231] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [6096] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6097] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [6097] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [6098] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [6098] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6099] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6100] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6099] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6467] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [6467] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [6471] (p(skolem_X22) <=> p(Y3_228_0))
% 251.94/36.27
% 251.94/36.27 [6471] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_228_0))
% 251.94/36.27 -> [6472] ~p(skolem_X22), ~p(Y3_228_0)
% 251.94/36.27 -> [6473] p(skolem_X22), p(Y3_228_0)
% 251.94/36.27
% 251.94/36.27 [6472] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [6798] r(skolem_Y1111(X10_421_3))
% 251.94/36.27
% 251.94/36.27 [6798] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [8529] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [8529] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [8530] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [8531] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [8531] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [8530] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [24191] ~! [Y11_11] : ((r(X10_421_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [24191] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_421_3) <=> r(Y11_11)))
% 251.94/36.27 -> [24192] ~(r(X10_421_3) <=> r(skolem_Y1111(X10_421_3)))
% 251.94/36.27
% 251.94/36.27 [24192] BETA_NOT_EQUIV : ~(r(X10_421_3) <=> r(skolem_Y1111(X10_421_3)))
% 251.94/36.27 -> [24193] ~r(X10_421_3), r(skolem_Y1111(X10_421_3))
% 251.94/36.27 -> [24194] r(X10_421_3), ~r(skolem_Y1111(X10_421_3))
% 251.94/36.27
% 251.94/36.27 [24194] CLOSURE : ~r(skolem_Y1111(X10_421_3))
% 251.94/36.27
% 251.94/36.27 [24193] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [24785] ~r(X8_444_4)
% 251.94/36.27
% 251.94/36.27 [24785] CLOSURE : ~r(X8_444_4)
% 251.94/36.27
% 251.94/36.27 [6473] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [18096] r(Y5_745_1)
% 251.94/36.27
% 251.94/36.27 [18096] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [19168] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [19168] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [19169] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [19170] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19170] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [19169] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [24451] ~! [Y11_11] : ((r(X10_430_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [24451] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_430_3) <=> r(Y11_11)))
% 251.94/36.27 -> [24452] ~(r(X10_430_3) <=> r(skolem_Y1111(X10_430_3)))
% 251.94/36.27
% 251.94/36.27 [24452] BETA_NOT_EQUIV : ~(r(X10_430_3) <=> r(skolem_Y1111(X10_430_3)))
% 251.94/36.27 -> [24453] ~r(X10_430_3), r(skolem_Y1111(X10_430_3))
% 251.94/36.27 -> [24454] r(X10_430_3), ~r(skolem_Y1111(X10_430_3))
% 251.94/36.27
% 251.94/36.27 [24453] CLOSURE : ~r(X10_430_3)
% 251.94/36.27
% 251.94/36.27 [24454] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [24858] ~r(X8_450_4)
% 251.94/36.27
% 251.94/36.27 [24858] CLOSURE : ~r(X8_450_4)
% 251.94/36.27
% 251.94/36.27 [6100] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6105] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6105] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [10567] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [10567] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [10568] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [10569] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [10568] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [10569] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [11528] r(skolem_Y1111(X10_708_3))
% 251.94/36.27
% 251.94/36.27 [11528] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21791] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21791] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [21792] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [21793] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21792] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [30893] BETA_NOT_EQUIV : ~(r(X10_708_3) <=> r(skolem_Y1111(X10_708_3)))
% 251.94/36.27 -> [30949] ~r(X10_708_3), r(skolem_Y1111(X10_708_3))
% 251.94/36.27 -> [30950] r(X10_708_3), ~r(skolem_Y1111(X10_708_3))
% 251.94/36.27
% 251.94/36.27 [30950] CLOSURE : ~r(skolem_Y1111(X10_708_3))
% 251.94/36.27
% 251.94/36.27 [30949] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [30981] ~r(X8_753_4)
% 251.94/36.27
% 251.94/36.27 [30981] CLOSURE : ~r(X8_753_4)
% 251.94/36.27
% 251.94/36.27 [6096] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6461] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6462] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6462] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6465] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6465] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [10968] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [10968] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [21773] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [21773] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [21774] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [21775] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [21774] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [21775] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [30778] r(skolem_Y1111(X10_709_3))
% 251.94/36.27
% 251.94/36.27 [30778] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [30813] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [30813] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [30814] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [30815] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [30815] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [30814] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [30929] ~! [Y11_11] : ((r(X10_709_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [30929] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_709_3) <=> r(Y11_11)))
% 251.94/36.27 -> [30930] ~(r(X10_709_3) <=> r(skolem_Y1111(X10_709_3)))
% 251.94/36.27
% 251.94/36.27 [30930] BETA_NOT_EQUIV : ~(r(X10_709_3) <=> r(skolem_Y1111(X10_709_3)))
% 251.94/36.27 -> [30931] ~r(X10_709_3), r(skolem_Y1111(X10_709_3))
% 251.94/36.27 -> [30932] r(X10_709_3), ~r(skolem_Y1111(X10_709_3))
% 251.94/36.27
% 251.94/36.27 [30932] CLOSURE : ~r(skolem_Y1111(X10_709_3))
% 251.94/36.27
% 251.94/36.27 [30931] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [30951] ~r(X8_751_4)
% 251.94/36.27
% 251.94/36.27 [30951] CLOSURE : ~r(X8_751_4)
% 251.94/36.27
% 251.94/36.27 [6461] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [38474] (p(skolem_X22) <=> p(Y3_1053_0))
% 251.94/36.27
% 251.94/36.27 [38474] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1053_0))
% 251.94/36.27 -> [38475] ~p(skolem_X22), ~p(Y3_1053_0)
% 251.94/36.27 -> [38476] p(skolem_X22), p(Y3_1053_0)
% 251.94/36.27
% 251.94/36.27 [38476] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [38489] r(Y5_1235_1)
% 251.94/36.27
% 251.94/36.27 [38489] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [38505] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [38505] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [38508] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [38509] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [38508] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [38509] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [38511] ~! [Y11_11] : ((r(X10_958_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [38511] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_958_3) <=> r(Y11_11)))
% 251.94/36.27 -> [38512] ~(r(X10_958_3) <=> r(skolem_Y1111(X10_958_3)))
% 251.94/36.27
% 251.94/36.27 [38512] BETA_NOT_EQUIV : ~(r(X10_958_3) <=> r(skolem_Y1111(X10_958_3)))
% 251.94/36.27 -> [38513] ~r(X10_958_3), r(skolem_Y1111(X10_958_3))
% 251.94/36.27 -> [38514] r(X10_958_3), ~r(skolem_Y1111(X10_958_3))
% 251.94/36.27
% 251.94/36.27 [38513] CLOSURE : ~r(X10_958_3)
% 251.94/36.27
% 251.94/36.27 [38514] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [38536] ~r(X8_1127_4)
% 251.94/36.27
% 251.94/36.27 [38536] CLOSURE : ~r(X8_1127_4)
% 251.94/36.27
% 251.94/36.27 [38475] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [38482] r(Y5_1233_1)
% 251.94/36.27
% 251.94/36.27 [38482] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [38504] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [38504] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [38506] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [38507] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [38506] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [38507] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [38515] ~! [Y11_11] : ((r(X10_959_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [38515] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_959_3) <=> r(Y11_11)))
% 251.94/36.27 -> [38516] ~(r(X10_959_3) <=> r(skolem_Y1111(X10_959_3)))
% 251.94/36.27
% 251.94/36.27 [38516] BETA_NOT_EQUIV : ~(r(X10_959_3) <=> r(skolem_Y1111(X10_959_3)))
% 251.94/36.27 -> [38517] ~r(X10_959_3), r(skolem_Y1111(X10_959_3))
% 251.94/36.27 -> [38518] r(X10_959_3), ~r(skolem_Y1111(X10_959_3))
% 251.94/36.27
% 251.94/36.27 [38517] CLOSURE : ~r(X10_959_3)
% 251.94/36.27
% 251.94/36.27 [38518] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [38594] ~r(X8_1132_4)
% 251.94/36.27
% 251.94/36.27 [38594] CLOSURE : ~r(X8_1132_4)
% 251.94/36.27
% 251.94/36.27 [5232] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [5233] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [5233] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [6481] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6481] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [6736] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6737] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [6736] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6841] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6842] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6841] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [6970] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [6970] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [6971] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [6972] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6972] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6971] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [8399] r(Y5_240_1)
% 251.94/36.27
% 251.94/36.27 [8399] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [9224] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [9224] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [9225] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [9226] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [9225] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [9226] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [10091] ~! [Y11_11] : ((r(X10_49_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [10091] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_49_3) <=> r(Y11_11)))
% 251.94/36.27 -> [10092] ~(r(X10_49_3) <=> r(skolem_Y1111(X10_49_3)))
% 251.94/36.27
% 251.94/36.27 [10092] BETA_NOT_EQUIV : ~(r(X10_49_3) <=> r(skolem_Y1111(X10_49_3)))
% 251.94/36.27 -> [10093] ~r(X10_49_3), r(skolem_Y1111(X10_49_3))
% 251.94/36.27 -> [10094] r(X10_49_3), ~r(skolem_Y1111(X10_49_3))
% 251.94/36.27
% 251.94/36.27 [10093] CLOSURE : ~r(X10_49_3)
% 251.94/36.27
% 251.94/36.27 [10094] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [21072] ~r(X8_249_4)
% 251.94/36.27
% 251.94/36.27 [21072] CLOSURE : ~r(X8_249_4)
% 251.94/36.27
% 251.94/36.27 [6842] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6843] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6843] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [7154] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [7154] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [8047] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [8047] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [8049] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [8050] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [8050] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [8049] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20129] r(skolem_Y1111(X10_1024_3))
% 251.94/36.27
% 251.94/36.27 [20129] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [20921] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20921] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [20922] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [20923] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20922] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20923] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [39768] ~! [Y11_11] : ((r(X10_1024_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [39768] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1024_3) <=> r(Y11_11)))
% 251.94/36.27 -> [39769] ~(r(X10_1024_3) <=> r(skolem_Y1111(X10_1024_3)))
% 251.94/36.27
% 251.94/36.27 [39769] BETA_NOT_EQUIV : ~(r(X10_1024_3) <=> r(skolem_Y1111(X10_1024_3)))
% 251.94/36.27 -> [39770] ~r(X10_1024_3), r(skolem_Y1111(X10_1024_3))
% 251.94/36.27 -> [39771] r(X10_1024_3), ~r(skolem_Y1111(X10_1024_3))
% 251.94/36.27
% 251.94/36.27 [39771] CLOSURE : ~r(skolem_Y1111(X10_1024_3))
% 251.94/36.27
% 251.94/36.27 [39770] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [40374] ~r(X8_1230_4)
% 251.94/36.27
% 251.94/36.27 [40374] CLOSURE : ~r(X8_1230_4)
% 251.94/36.27
% 251.94/36.27 [6737] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [6745] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [6745] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6751] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6752] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6751] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6852] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [6852] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [7400] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [7400] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [7401] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [7402] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [7402] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [7401] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [9233] r(Y5_279_1)
% 251.94/36.27
% 251.94/36.27 [9233] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [18247] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [18247] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [18248] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [18249] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18249] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18248] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [22746] ~! [Y11_11] : ((r(X10_348_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [22746] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_348_3) <=> r(Y11_11)))
% 251.94/36.27 -> [22747] ~(r(X10_348_3) <=> r(skolem_Y1111(X10_348_3)))
% 251.94/36.27
% 251.94/36.27 [22747] BETA_NOT_EQUIV : ~(r(X10_348_3) <=> r(skolem_Y1111(X10_348_3)))
% 251.94/36.27 -> [22748] ~r(X10_348_3), r(skolem_Y1111(X10_348_3))
% 251.94/36.27 -> [22749] r(X10_348_3), ~r(skolem_Y1111(X10_348_3))
% 251.94/36.27
% 251.94/36.27 [22748] CLOSURE : ~r(X10_348_3)
% 251.94/36.27
% 251.94/36.27 [22749] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [23332] ~r(X8_334_4)
% 251.94/36.27
% 251.94/36.27 [23332] CLOSURE : ~r(X8_334_4)
% 251.94/36.27
% 251.94/36.27 [6752] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6757] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6757] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [6987] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [6987] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [6988] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [6989] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6989] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6988] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [18346] r(skolem_Y1111(X10_234_3))
% 251.94/36.27
% 251.94/36.27 [18346] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [18863] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [18863] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [18864] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [18865] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [18864] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [19255] BETA_NOT_EQUIV : ~(r(X10_234_3) <=> r(skolem_Y1111(X10_234_3)))
% 251.94/36.27 -> [40727] ~r(X10_234_3), r(skolem_Y1111(X10_234_3))
% 251.94/36.27 -> [40728] r(X10_234_3), ~r(skolem_Y1111(X10_234_3))
% 251.94/36.27
% 251.94/36.27 [40728] CLOSURE : ~r(skolem_Y1111(X10_234_3))
% 251.94/36.27
% 251.94/36.27 [40727] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [41647] ~r(X8_1291_4)
% 251.94/36.27
% 251.94/36.27 [41647] CLOSURE : ~r(X8_1291_4)
% 251.94/36.27
% 251.94/36.27 [4583] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [5234] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [5235] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [5235] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [5236] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [5236] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [6512] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6513] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [6513] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [6518] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [6518] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6519] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6520] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6520] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6521] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6521] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [11063] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [11063] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [12598] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [12598] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [12599] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [12600] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [12599] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [12600] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [13306] r(skolem_Y1111(X10_916_3))
% 251.94/36.27
% 251.94/36.27 [13306] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [14128] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [14128] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [14129] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [14130] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [14130] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [14129] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [36892] ~! [Y11_11] : ((r(X10_916_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [36892] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_916_3) <=> r(Y11_11)))
% 251.94/36.27 -> [36893] ~(r(X10_916_3) <=> r(skolem_Y1111(X10_916_3)))
% 251.94/36.27
% 251.94/36.27 [36893] BETA_NOT_EQUIV : ~(r(X10_916_3) <=> r(skolem_Y1111(X10_916_3)))
% 251.94/36.27 -> [36894] ~r(X10_916_3), r(skolem_Y1111(X10_916_3))
% 251.94/36.27 -> [36895] r(X10_916_3), ~r(skolem_Y1111(X10_916_3))
% 251.94/36.27
% 251.94/36.27 [36895] CLOSURE : ~r(skolem_Y1111(X10_916_3))
% 251.94/36.27
% 251.94/36.27 [36894] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [36936] ~r(X8_1015_4)
% 251.94/36.27
% 251.94/36.27 [36936] CLOSURE : ~r(X8_1015_4)
% 251.94/36.27
% 251.94/36.27 [6519] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [18332] (p(skolem_X22) <=> p(Y3_635_0))
% 251.94/36.27
% 251.94/36.27 [18332] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_635_0))
% 251.94/36.27 -> [18333] ~p(skolem_X22), ~p(Y3_635_0)
% 251.94/36.27 -> [18334] p(skolem_X22), p(Y3_635_0)
% 251.94/36.27
% 251.94/36.27 [18333] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [39784] r(Y5_1274_1)
% 251.94/36.27
% 251.94/36.27 [39784] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [39799] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [39799] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [39800] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [39801] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [39800] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [39801] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [39832] ~! [Y11_11] : ((r(X10_1031_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [39832] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1031_3) <=> r(Y11_11)))
% 251.94/36.27 -> [39833] ~(r(X10_1031_3) <=> r(skolem_Y1111(X10_1031_3)))
% 251.94/36.27
% 251.94/36.27 [39833] BETA_NOT_EQUIV : ~(r(X10_1031_3) <=> r(skolem_Y1111(X10_1031_3)))
% 251.94/36.27 -> [39834] ~r(X10_1031_3), r(skolem_Y1111(X10_1031_3))
% 251.94/36.27 -> [39835] r(X10_1031_3), ~r(skolem_Y1111(X10_1031_3))
% 251.94/36.27
% 251.94/36.27 [39834] CLOSURE : ~r(X10_1031_3)
% 251.94/36.27
% 251.94/36.27 [39835] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [39978] ~r(X8_1212_4)
% 251.94/36.27
% 251.94/36.27 [39978] CLOSURE : ~r(X8_1212_4)
% 251.94/36.27
% 251.94/36.27 [18334] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [39802] r(Y5_1276_1)
% 251.94/36.27
% 251.94/36.27 [39802] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [39852] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [39852] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [39853] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [39854] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [39853] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [39854] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [39898] ~! [Y11_11] : ((r(X10_1034_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [39898] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1034_3) <=> r(Y11_11)))
% 251.94/36.27 -> [39899] ~(r(X10_1034_3) <=> r(skolem_Y1111(X10_1034_3)))
% 251.94/36.27
% 251.94/36.27 [39899] BETA_NOT_EQUIV : ~(r(X10_1034_3) <=> r(skolem_Y1111(X10_1034_3)))
% 251.94/36.27 -> [39900] ~r(X10_1034_3), r(skolem_Y1111(X10_1034_3))
% 251.94/36.27 -> [39901] r(X10_1034_3), ~r(skolem_Y1111(X10_1034_3))
% 251.94/36.27
% 251.94/36.27 [39900] CLOSURE : ~r(X10_1034_3)
% 251.94/36.27
% 251.94/36.27 [39901] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [40101] ~r(X8_1216_4)
% 251.94/36.27
% 251.94/36.27 [40101] CLOSURE : ~r(X8_1216_4)
% 251.94/36.27
% 251.94/36.27 [6512] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6833] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6834] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6834] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6837] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6837] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [8024] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [8024] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [8025] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [8026] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [8025] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [8026] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [9092] r(Y5_270_1)
% 251.94/36.27
% 251.94/36.27 [9092] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [9912] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [9912] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [9913] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [9914] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [9913] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [9914] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [10905] ~! [Y11_11] : ((r(X10_65_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [10905] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_65_3) <=> r(Y11_11)))
% 251.94/36.27 -> [10908] ~(r(X10_65_3) <=> r(skolem_Y1111(X10_65_3)))
% 251.94/36.27
% 251.94/36.27 [10908] BETA_NOT_EQUIV : ~(r(X10_65_3) <=> r(skolem_Y1111(X10_65_3)))
% 251.94/36.27 -> [10909] ~r(X10_65_3), r(skolem_Y1111(X10_65_3))
% 251.94/36.27 -> [10910] r(X10_65_3), ~r(skolem_Y1111(X10_65_3))
% 251.94/36.27
% 251.94/36.27 [10909] CLOSURE : ~r(X10_65_3)
% 251.94/36.27
% 251.94/36.27 [10910] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [13099] ~r(X8_76_4)
% 251.94/36.27
% 251.94/36.27 [13099] CLOSURE : ~r(X8_76_4)
% 251.94/36.27
% 251.94/36.27 [6833] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [7297] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [7297] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [9088] (p(skolem_X22) <=> p(Y3_356_0))
% 251.94/36.27
% 251.94/36.27 [9088] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_356_0))
% 251.94/36.27 -> [9090] ~p(skolem_X22), ~p(Y3_356_0)
% 251.94/36.27 -> [9091] p(skolem_X22), p(Y3_356_0)
% 251.94/36.27
% 251.94/36.27 [9091] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [9909] r(skolem_Y1111(X10_125_3))
% 251.94/36.27
% 251.94/36.27 [9909] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [11521] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [11521] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [11522] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [11523] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [11523] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [11522] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [15220] ~! [Y11_11] : ((r(X10_125_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [15220] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_125_3) <=> r(Y11_11)))
% 251.94/36.27 -> [15221] ~(r(X10_125_3) <=> r(skolem_Y1111(X10_125_3)))
% 251.94/36.27
% 251.94/36.27 [15221] BETA_NOT_EQUIV : ~(r(X10_125_3) <=> r(skolem_Y1111(X10_125_3)))
% 251.94/36.27 -> [15222] ~r(X10_125_3), r(skolem_Y1111(X10_125_3))
% 251.94/36.27 -> [15223] r(X10_125_3), ~r(skolem_Y1111(X10_125_3))
% 251.94/36.27
% 251.94/36.27 [15223] CLOSURE : ~r(skolem_Y1111(X10_125_3))
% 251.94/36.27
% 251.94/36.27 [15222] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [19140] ~r(X8_194_4)
% 251.94/36.27
% 251.94/36.27 [19140] CLOSURE : ~r(X8_194_4)
% 251.94/36.27
% 251.94/36.27 [9090] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [11514] r(Y5_425_1)
% 251.94/36.27
% 251.94/36.27 [11514] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [12414] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [12414] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [12415] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [12416] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [12416] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [12415] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [17183] ~! [Y11_11] : ((r(X10_172_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [17183] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_172_3) <=> r(Y11_11)))
% 251.94/36.27 -> [17184] ~(r(X10_172_3) <=> r(skolem_Y1111(X10_172_3)))
% 251.94/36.27
% 251.94/36.27 [17184] BETA_NOT_EQUIV : ~(r(X10_172_3) <=> r(skolem_Y1111(X10_172_3)))
% 251.94/36.27 -> [17185] ~r(X10_172_3), r(skolem_Y1111(X10_172_3))
% 251.94/36.27 -> [17186] r(X10_172_3), ~r(skolem_Y1111(X10_172_3))
% 251.94/36.27
% 251.94/36.27 [17185] CLOSURE : ~r(X10_172_3)
% 251.94/36.27
% 251.94/36.27 [17186] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [40368] ~r(X8_1229_4)
% 251.94/36.27
% 251.94/36.27 [40368] CLOSURE : ~r(X8_1229_4)
% 251.94/36.27
% 251.94/36.27 [5234] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [6113] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6113] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [6114] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6115] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [6115] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [6119] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [6119] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6121] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6122] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6121] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [6499] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [6499] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [6501] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [6502] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6502] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [6501] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [10584] r(skolem_Y1111(X10_475_3))
% 251.94/36.27
% 251.94/36.27 [10584] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [11588] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [11588] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [11589] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [11590] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [11590] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [25506] ~! [Y11_11] : ((r(X10_475_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [25506] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_475_3) <=> r(Y11_11)))
% 251.94/36.27 -> [25507] ~(r(X10_475_3) <=> r(skolem_Y1111(X10_475_3)))
% 251.94/36.27
% 251.94/36.27 [25507] BETA_NOT_EQUIV : ~(r(X10_475_3) <=> r(skolem_Y1111(X10_475_3)))
% 251.94/36.27 -> [25508] ~r(X10_475_3), r(skolem_Y1111(X10_475_3))
% 251.94/36.27 -> [25509] r(X10_475_3), ~r(skolem_Y1111(X10_475_3))
% 251.94/36.27
% 251.94/36.27 [25509] CLOSURE : ~r(skolem_Y1111(X10_475_3))
% 251.94/36.27
% 251.94/36.27 [25508] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [25548] ~r(X8_494_4)
% 251.94/36.27
% 251.94/36.27 [25548] CLOSURE : ~r(X8_494_4)
% 251.94/36.27
% 251.94/36.27 [11589] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [6122] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6125] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6125] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18064] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18064] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [18842] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [18842] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [18843] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [18844] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18844] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18843] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [39874] r(Y5_1281_1)
% 251.94/36.27
% 251.94/36.27 [39874] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [39964] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [39964] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [39965] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [39966] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [39966] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [39965] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [40334] ~! [Y11_11] : ((r(X10_1051_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [40334] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1051_3) <=> r(Y11_11)))
% 251.94/36.27 -> [40335] ~(r(X10_1051_3) <=> r(skolem_Y1111(X10_1051_3)))
% 251.94/36.27
% 251.94/36.27 [40335] BETA_NOT_EQUIV : ~(r(X10_1051_3) <=> r(skolem_Y1111(X10_1051_3)))
% 251.94/36.27 -> [40336] ~r(X10_1051_3), r(skolem_Y1111(X10_1051_3))
% 251.94/36.27 -> [40337] r(X10_1051_3), ~r(skolem_Y1111(X10_1051_3))
% 251.94/36.27
% 251.94/36.27 [40336] CLOSURE : ~r(X10_1051_3)
% 251.94/36.27
% 251.94/36.27 [40337] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [41049] ~r(X8_1254_4)
% 251.94/36.27
% 251.94/36.27 [41049] CLOSURE : ~r(X8_1254_4)
% 251.94/36.27
% 251.94/36.27 [6114] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [6490] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [6491] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [6490] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [17961] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [17961] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [17962] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [17962] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [17963] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [17964] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [17964] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [17963] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [18339] r(Y5_761_1)
% 251.94/36.27
% 251.94/36.27 [18339] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [39817] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [39817] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [39818] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [39819] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [39819] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [39818] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [40031] ~! [Y11_11] : ((r(X10_1038_3) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [40031] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1038_3) <=> r(Y11_11)))
% 251.94/36.27 -> [40032] ~(r(X10_1038_3) <=> r(skolem_Y1111(X10_1038_3)))
% 251.94/36.27
% 251.94/36.27 [40032] BETA_NOT_EQUIV : ~(r(X10_1038_3) <=> r(skolem_Y1111(X10_1038_3)))
% 251.94/36.27 -> [40033] ~r(X10_1038_3), r(skolem_Y1111(X10_1038_3))
% 251.94/36.27 -> [40034] r(X10_1038_3), ~r(skolem_Y1111(X10_1038_3))
% 251.94/36.27
% 251.94/36.27 [40033] CLOSURE : ~r(X10_1038_3)
% 251.94/36.27
% 251.94/36.27 [40034] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [40171] ~r(X8_1220_4)
% 251.94/36.27
% 251.94/36.27 [40171] CLOSURE : ~r(X8_1220_4)
% 251.94/36.27
% 251.94/36.27 [6491] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [6494] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [6494] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [18252] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [18252] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [18253] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [18254] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18254] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18253] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21028] r(Y5_860_1)
% 251.94/36.27
% 251.94/36.27 [21028] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21627] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21627] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [41354] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [41355] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [41354] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [41416] BETA_NOT_EQUIV : ~(r(X10_1095_3) <=> r(skolem_Y1111(X10_1095_3)))
% 251.94/36.27 -> [41953] ~r(X10_1095_3), r(skolem_Y1111(X10_1095_3))
% 251.94/36.27 -> [41954] r(X10_1095_3), ~r(skolem_Y1111(X10_1095_3))
% 251.94/36.27
% 251.94/36.27 [41953] CLOSURE : ~r(X10_1095_3)
% 251.94/36.27
% 251.94/36.27 [41954] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [42210] ~r(X8_1338_4)
% 251.94/36.27
% 251.94/36.27 [42210] CLOSURE : ~r(X8_1338_4)
% 251.94/36.27
% 251.94/36.27 [229] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.27 -> [3039] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27
% 251.94/36.27 [3039] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.27 -> [3040] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.27 -> [3041] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.27
% 251.94/36.27 [3040] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.27 -> [4015] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [4016] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27
% 251.94/36.27 [4016] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [4667] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [4668] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [4667] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [17598] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [17598] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [17599] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [17600] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [17599] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [17855] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [17856] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [17856] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [17857] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [17857] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18323] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18323] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19042] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [19042] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [19043] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [19044] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19044] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19043] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [22350] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [22350] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [22705] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [22705] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [22706] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [22707] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [22707] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [22706] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [23649] (r(skolem_X1010) <=> r(Y11_472_3))
% 251.94/36.27
% 251.94/36.27 [23649] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_472_3))
% 251.94/36.27 -> [23650] ~r(skolem_X1010), ~r(Y11_472_3)
% 251.94/36.27 -> [23651] r(skolem_X1010), r(Y11_472_3)
% 251.94/36.27
% 251.94/36.27 [23650] CLOSURE : ~r(Y11_472_3)
% 251.94/36.27
% 251.94/36.27 [23651] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [23844] ~r(X8_372_4)
% 251.94/36.27
% 251.94/36.27 [23844] CLOSURE : ~r(X8_372_4)
% 251.94/36.27
% 251.94/36.27 [17855] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [18080] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [18080] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [18081] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [18082] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18082] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18081] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [18318] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [18318] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [18768] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [18768] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [18769] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [18770] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [18769] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [19259] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_314_3))
% 251.94/36.27 -> [21094] ~r(skolem_X1010), ~r(Y11_314_3)
% 251.94/36.27 -> [21095] r(skolem_X1010), r(Y11_314_3)
% 251.94/36.27
% 251.94/36.27 [21094] CLOSURE : ~r(Y11_314_3)
% 251.94/36.27
% 251.94/36.27 [21095] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [21753] ~r(X8_271_4)
% 251.94/36.27
% 251.94/36.27 [21753] CLOSURE : ~r(X8_271_4)
% 251.94/36.27
% 251.94/36.27 [17600] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [17601] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [17601] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [17602] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [17603] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [17602] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [17858] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [17858] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [17859] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [17859] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [17860] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [17861] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [17861] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [17860] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [18087] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [18087] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [18779] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [18779] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [18780] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [18781] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18781] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18780] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [35259] (r(skolem_X1010) <=> r(Y11_880_3))
% 251.94/36.27
% 251.94/36.27 [35259] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_880_3))
% 251.94/36.27 -> [35262] ~r(skolem_X1010), ~r(Y11_880_3)
% 251.94/36.27 -> [35263] r(skolem_X1010), r(Y11_880_3)
% 251.94/36.27
% 251.94/36.27 [35262] CLOSURE : ~r(Y11_880_3)
% 251.94/36.27
% 251.94/36.27 [35263] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [35291] ~r(X8_928_4)
% 251.94/36.27
% 251.94/36.27 [35291] CLOSURE : ~r(X8_928_4)
% 251.94/36.27
% 251.94/36.27 [17603] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [17605] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [17605] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [18093] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [18093] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [18094] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [18095] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18095] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18094] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20462] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [20462] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21102] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [21102] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [21103] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [21104] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [21104] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [22134] (r(skolem_X1010) <=> r(Y11_402_3))
% 251.94/36.27
% 251.94/36.27 [22134] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_402_3))
% 251.94/36.27 -> [22135] ~r(skolem_X1010), ~r(Y11_402_3)
% 251.94/36.27 -> [22136] r(skolem_X1010), r(Y11_402_3)
% 251.94/36.27
% 251.94/36.27 [22136] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [22383] ~r(X8_289_4)
% 251.94/36.27
% 251.94/36.27 [22383] CLOSURE : ~r(X8_289_4)
% 251.94/36.27
% 251.94/36.27 [22135] CLOSURE : ~r(Y11_402_3)
% 251.94/36.27
% 251.94/36.27 [21103] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [4668] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [4670] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [4670] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [17947] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [17948] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [17948] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [17949] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [17949] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [17950] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [17951] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [17950] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18171] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18171] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19029] (p(skolem_X22) <=> p(Y3_656_0))
% 251.94/36.27
% 251.94/36.27 [19029] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_656_0))
% 251.94/36.27 -> [19030] ~p(skolem_X22), ~p(Y3_656_0)
% 251.94/36.27 -> [19031] p(skolem_X22), p(Y3_656_0)
% 251.94/36.27
% 251.94/36.27 [19031] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19606] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [19606] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [20445] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [20445] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [20446] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [20447] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [20447] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [20446] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [22766] (r(skolem_X1010) <=> r(Y11_427_3))
% 251.94/36.27
% 251.94/36.27 [22766] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_427_3))
% 251.94/36.27 -> [22767] ~r(skolem_X1010), ~r(Y11_427_3)
% 251.94/36.27 -> [22768] r(skolem_X1010), r(Y11_427_3)
% 251.94/36.27
% 251.94/36.27 [22768] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [23030] ~r(X8_317_4)
% 251.94/36.27
% 251.94/36.27 [23030] CLOSURE : ~r(X8_317_4)
% 251.94/36.27
% 251.94/36.27 [22767] CLOSURE : ~r(Y11_427_3)
% 251.94/36.27
% 251.94/36.27 [19030] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20439] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [20439] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21277] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [21277] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [21279] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [21280] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [21280] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [21279] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [32056] (r(skolem_X1010) <=> r(Y11_759_3))
% 251.94/36.27
% 251.94/36.27 [32056] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_759_3))
% 251.94/36.27 -> [32057] ~r(skolem_X1010), ~r(Y11_759_3)
% 251.94/36.27 -> [32058] r(skolem_X1010), r(Y11_759_3)
% 251.94/36.27
% 251.94/36.27 [32057] CLOSURE : ~r(Y11_759_3)
% 251.94/36.27
% 251.94/36.27 [32058] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [32146] ~r(X8_792_4)
% 251.94/36.27
% 251.94/36.27 [32146] CLOSURE : ~r(X8_792_4)
% 251.94/36.27
% 251.94/36.27 [17951] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [17952] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [17952] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [18419] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [18419] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [18420] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [18421] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [18420] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [18421] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19036] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [19036] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [19612] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [19612] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [19614] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [19615] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [19614] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20157] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_347_3))
% 251.94/36.27 -> [21295] ~r(skolem_X1010), ~r(Y11_347_3)
% 251.94/36.27 -> [21296] r(skolem_X1010), r(Y11_347_3)
% 251.94/36.27
% 251.94/36.27 [21295] CLOSURE : ~r(Y11_347_3)
% 251.94/36.27
% 251.94/36.27 [21296] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [32614] ~r(X8_818_4)
% 251.94/36.27
% 251.94/36.27 [32614] CLOSURE : ~r(X8_818_4)
% 251.94/36.27
% 251.94/36.27 [17947] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [18168] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18169] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [18169] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [18170] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [18170] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18680] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18680] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19597] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27
% 251.94/36.27 [19597] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.27 -> [19598] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.27 -> [19599] p(skolem_X22), p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19598] CLOSURE : ~p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [19599] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20143] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [20143] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [20842] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [20842] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [20843] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [20844] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [20844] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [20843] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [25873] (r(skolem_X1010) <=> r(Y11_562_3))
% 251.94/36.27
% 251.94/36.27 [25873] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_562_3))
% 251.94/36.27 -> [25874] ~r(skolem_X1010), ~r(Y11_562_3)
% 251.94/36.27 -> [25875] r(skolem_X1010), r(Y11_562_3)
% 251.94/36.27
% 251.94/36.27 [25875] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [25892] ~r(X8_513_4)
% 251.94/36.27
% 251.94/36.27 [25892] CLOSURE : ~r(X8_513_4)
% 251.94/36.27
% 251.94/36.27 [25874] CLOSURE : ~r(Y11_562_3)
% 251.94/36.27
% 251.94/36.27 [18168] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [18416] (p(skolem_X22) <=> p(Y3_639_0))
% 251.94/36.27
% 251.94/36.27 [18416] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_639_0))
% 251.94/36.27 -> [18417] ~p(skolem_X22), ~p(Y3_639_0)
% 251.94/36.27 -> [18418] p(skolem_X22), p(Y3_639_0)
% 251.94/36.27
% 251.94/36.27 [18417] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19815] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [19815] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [20410] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [20410] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [20411] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [20412] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20411] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [38979] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1065_3))
% 251.94/36.27 -> [39076] ~r(skolem_X1010), ~r(Y11_1065_3)
% 251.94/36.27 -> [39077] r(skolem_X1010), r(Y11_1065_3)
% 251.94/36.27
% 251.94/36.27 [39077] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [39111] ~r(X8_1158_4)
% 251.94/36.27
% 251.94/36.27 [39111] CLOSURE : ~r(X8_1158_4)
% 251.94/36.27
% 251.94/36.27 [39076] CLOSURE : ~r(Y11_1065_3)
% 251.94/36.27
% 251.94/36.27 [18418] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19016] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [19016] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [19817] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [19817] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [19818] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [19819] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [19818] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [20426] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_355_3))
% 251.94/36.27 -> [39243] ~r(skolem_X1010), ~r(Y11_355_3)
% 251.94/36.27 -> [39244] r(skolem_X1010), r(Y11_355_3)
% 251.94/36.27
% 251.94/36.27 [39244] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [39266] ~r(X8_1173_4)
% 251.94/36.27
% 251.94/36.27 [39266] CLOSURE : ~r(X8_1173_4)
% 251.94/36.27
% 251.94/36.27 [39243] CLOSURE : ~r(Y11_355_3)
% 251.94/36.27
% 251.94/36.27 [4015] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.27 -> [4664] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [4665] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27
% 251.94/36.27 [4665] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.27 -> [4666] s(skolem_X1212)
% 251.94/36.27
% 251.94/36.27 [4666] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.27 -> [17606] ~p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [17606] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.27 -> [18336] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [18337] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27
% 251.94/36.27 [18336] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [18545] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18546] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [18545] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18789] ~q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [18789] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19528] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [19528] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [19529] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [19530] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19530] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19529] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [20793] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [20793] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [21770] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27
% 251.94/36.27 [21770] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.27 -> [21771] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.27 -> [21772] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [21772] CLOSURE : q(skolem_Y1717)
% 251.94/36.27
% 251.94/36.27 [21771] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.27 -> [24033] (r(skolem_X1010) <=> r(Y11_492_3))
% 251.94/36.27
% 251.94/36.27 [24033] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_492_3))
% 251.94/36.27 -> [24034] ~r(skolem_X1010), ~r(Y11_492_3)
% 251.94/36.27 -> [24035] r(skolem_X1010), r(Y11_492_3)
% 251.94/36.27
% 251.94/36.27 [24034] CLOSURE : ~r(Y11_492_3)
% 251.94/36.27
% 251.94/36.27 [24035] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [24524] ~r(X8_427_4)
% 251.94/36.27
% 251.94/36.27 [24524] CLOSURE : ~r(X8_427_4)
% 251.94/36.27
% 251.94/36.27 [18546] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.27 -> [18551] p(skolem_X1616)
% 251.94/36.27
% 251.94/36.27 [18551] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [19055] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [19055] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [19056] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [19057] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19057] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [19056] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [21781] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [21781] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.27 -> [35514] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27
% 251.94/36.27 [35514] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.27 -> [35516] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.27 -> [35517] q(skolem_X66), q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [35516] CLOSURE : ~q(skolem_X44)
% 251.94/36.27
% 251.94/36.27 [35530] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_892_3))
% 251.94/36.27 -> [35551] ~r(skolem_X1010), ~r(Y11_892_3)
% 251.94/36.27 -> [35552] r(skolem_X1010), r(Y11_892_3)
% 251.94/36.27
% 251.94/36.27 [35552] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.27 -> [35558] ~r(X8_944_4)
% 251.94/36.27
% 251.94/36.27 [35558] CLOSURE : ~r(X8_944_4)
% 251.94/36.27
% 251.94/36.27 [35551] CLOSURE : ~r(Y11_892_3)
% 251.94/36.27
% 251.94/36.27 [18337] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.27 -> [18338] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.27
% 251.94/36.27 [18338] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.27 -> [18340] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.27 -> [18341] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.27
% 251.94/36.27 [18340] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.27 -> [18554] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27
% 251.94/36.27 [18554] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.27 -> [18555] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.27 -> [18556] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18556] CLOSURE : p(skolem_Y1313)
% 251.94/36.27
% 251.94/36.27 [18555] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.27 -> [19782] r(skolem_X1010)
% 251.94/36.27
% 251.94/36.27 [19782] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [20250] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [20250] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [20251] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [20252] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [20251] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [20803] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_376_3))
% 251.94/36.28 -> [22716] ~r(skolem_X1010), ~r(Y11_376_3)
% 251.94/36.28 -> [22717] r(skolem_X1010), r(Y11_376_3)
% 251.94/36.28
% 251.94/36.28 [22717] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [23001] ~r(X8_315_4)
% 251.94/36.28
% 251.94/36.28 [23001] CLOSURE : ~r(X8_315_4)
% 251.94/36.28
% 251.94/36.28 [22716] CLOSURE : ~r(Y11_376_3)
% 251.94/36.28
% 251.94/36.28 [18341] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [18345] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [18345] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [18801] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18801] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [19790] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [19790] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [19791] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [19792] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [19792] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [19791] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [35572] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [35572] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [35587] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35587] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [35590] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [35591] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [35591] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [35590] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [35615] (r(skolem_X1010) <=> r(Y11_893_3))
% 251.94/36.28
% 251.94/36.28 [35615] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_893_3))
% 251.94/36.28 -> [35616] ~r(skolem_X1010), ~r(Y11_893_3)
% 251.94/36.28 -> [35617] r(skolem_X1010), r(Y11_893_3)
% 251.94/36.28
% 251.94/36.28 [35616] CLOSURE : ~r(Y11_893_3)
% 251.94/36.28
% 251.94/36.28 [35617] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [35629] ~r(X8_948_4)
% 251.94/36.28
% 251.94/36.28 [35629] CLOSURE : ~r(X8_948_4)
% 251.94/36.28
% 251.94/36.28 [4664] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [16418] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [16419] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [16418] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [16832] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [16833] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [16832] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [17214] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [17214] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [17217] (p(skolem_X22) <=> p(Y3_599_0))
% 251.94/36.28
% 251.94/36.28 [17217] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_599_0))
% 251.94/36.28 -> [17218] ~p(skolem_X22), ~p(Y3_599_0)
% 251.94/36.28 -> [17219] p(skolem_X22), p(Y3_599_0)
% 251.94/36.28
% 251.94/36.28 [17219] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [18076] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [18076] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18886] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [18886] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [18887] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [18888] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18888] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18887] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [23783] (r(skolem_X1010) <=> r(Y11_477_3))
% 251.94/36.28
% 251.94/36.28 [23783] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_477_3))
% 251.94/36.28 -> [23784] ~r(skolem_X1010), ~r(Y11_477_3)
% 251.94/36.28 -> [23785] r(skolem_X1010), r(Y11_477_3)
% 251.94/36.28
% 251.94/36.28 [23784] CLOSURE : ~r(Y11_477_3)
% 251.94/36.28
% 251.94/36.28 [23785] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [23911] ~r(X8_375_4)
% 251.94/36.28
% 251.94/36.28 [23911] CLOSURE : ~r(X8_375_4)
% 251.94/36.28
% 251.94/36.28 [17218] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [17661] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [17661] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18651] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [18651] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [18652] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [18653] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18653] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18652] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [23868] (r(skolem_X1010) <=> r(Y11_481_3))
% 251.94/36.28
% 251.94/36.28 [23868] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_481_3))
% 251.94/36.28 -> [23869] ~r(skolem_X1010), ~r(Y11_481_3)
% 251.94/36.28 -> [23870] r(skolem_X1010), r(Y11_481_3)
% 251.94/36.28
% 251.94/36.28 [23869] CLOSURE : ~r(Y11_481_3)
% 251.94/36.28
% 251.94/36.28 [23870] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [24116] ~r(X8_391_4)
% 251.94/36.28
% 251.94/36.28 [24116] CLOSURE : ~r(X8_391_4)
% 251.94/36.28
% 251.94/36.28 [16833] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [16838] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [16838] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [17668] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [17668] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [17669] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [17670] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [17669] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [17670] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [18465] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [18465] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18897] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [18897] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [18898] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [18899] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [18898] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [19623] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_324_3))
% 251.94/36.28 -> [20513] ~r(skolem_X1010), ~r(Y11_324_3)
% 251.94/36.28 -> [20514] r(skolem_X1010), r(Y11_324_3)
% 251.94/36.28
% 251.94/36.28 [20514] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [21071] ~r(X8_248_4)
% 251.94/36.28
% 251.94/36.28 [21071] CLOSURE : ~r(X8_248_4)
% 251.94/36.28
% 251.94/36.28 [20513] CLOSURE : ~r(Y11_324_3)
% 251.94/36.28
% 251.94/36.28 [16419] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [16420] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [16420] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [16421] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [16422] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [16422] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [16423] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [16423] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [17233] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [17233] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [18478] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [18478] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [18479] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [18480] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [18479] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [18480] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [18924] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [18924] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [19399] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [19399] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [19400] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [19401] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [19401] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [19400] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [24037] (r(skolem_X1010) <=> r(Y11_493_3))
% 251.94/36.28
% 251.94/36.28 [24037] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_493_3))
% 251.94/36.28 -> [24038] ~r(skolem_X1010), ~r(Y11_493_3)
% 251.94/36.28 -> [24039] r(skolem_X1010), r(Y11_493_3)
% 251.94/36.28
% 251.94/36.28 [24039] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [24154] ~r(X8_396_4)
% 251.94/36.28
% 251.94/36.28 [24154] CLOSURE : ~r(X8_396_4)
% 251.94/36.28
% 251.94/36.28 [24038] CLOSURE : ~r(Y11_493_3)
% 251.94/36.28
% 251.94/36.28 [16421] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [16840] (p(skolem_X22) <=> p(Y3_589_0))
% 251.94/36.28
% 251.94/36.28 [16840] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_589_0))
% 251.94/36.28 -> [16843] ~p(skolem_X22), ~p(Y3_589_0)
% 251.94/36.28 -> [16844] p(skolem_X22), p(Y3_589_0)
% 251.94/36.28
% 251.94/36.28 [16844] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [17675] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [17675] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18475] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [18475] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [18476] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [18477] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [18476] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [18912] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_303_3))
% 251.94/36.28 -> [19808] ~r(skolem_X1010), ~r(Y11_303_3)
% 251.94/36.28 -> [19809] r(skolem_X1010), r(Y11_303_3)
% 251.94/36.28
% 251.94/36.28 [19809] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [20261] ~r(X8_223_4)
% 251.94/36.28
% 251.94/36.28 [20261] CLOSURE : ~r(X8_223_4)
% 251.94/36.28
% 251.94/36.28 [19808] CLOSURE : ~r(Y11_303_3)
% 251.94/36.28
% 251.94/36.28 [16843] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [17232] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [17232] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18083] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [18083] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [18084] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [18085] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [18084] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [18674] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_294_3))
% 251.94/36.28 -> [20038] ~r(skolem_X1010), ~r(Y11_294_3)
% 251.94/36.28 -> [20039] r(skolem_X1010), r(Y11_294_3)
% 251.94/36.28
% 251.94/36.28 [20039] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [20518] ~r(X8_230_4)
% 251.94/36.28
% 251.94/36.28 [20518] CLOSURE : ~r(X8_230_4)
% 251.94/36.28
% 251.94/36.28 [20038] CLOSURE : ~r(Y11_294_3)
% 251.94/36.28
% 251.94/36.28 [3041] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [3045] r(skolem_X88)
% 251.94/36.28
% 251.94/36.28 [3045] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [5369] ~s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [5369] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28 -> [6667] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [6668] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28
% 251.94/36.28 [6667] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [6729] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [6730] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [6729] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [6796] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [6797] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [6797] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [6799] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [6799] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [6800] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [6801] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [6801] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [6802] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [6802] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [7078] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [7078] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [7916] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [7916] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [7918] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [7919] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7918] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7919] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [9507] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [9507] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [17802] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [17802] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [17803] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [17804] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [17804] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [17803] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [25071] (r(skolem_X1010) <=> r(Y11_535_3))
% 251.94/36.28
% 251.94/36.28 [25071] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_535_3))
% 251.94/36.28 -> [25072] ~r(skolem_X1010), ~r(Y11_535_3)
% 251.94/36.28 -> [25073] r(skolem_X1010), r(Y11_535_3)
% 251.94/36.28
% 251.94/36.28 [25072] CLOSURE : ~r(Y11_535_3)
% 251.94/36.28
% 251.94/36.28 [25073] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [25346] ~s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [25346] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [25579] p(Y13_199_5)
% 251.94/36.28
% 251.94/36.28 [25579] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [25799] (s(skolem_X1414) <=> s(Y15_89_6))
% 251.94/36.28
% 251.94/36.28 [25799] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_89_6))
% 251.94/36.28 -> [25800] ~s(skolem_X1414), ~s(Y15_89_6)
% 251.94/36.28 -> [25801] s(skolem_X1414), s(Y15_89_6)
% 251.94/36.28
% 251.94/36.28 [25801] CLOSURE : s(Y15_89_6)
% 251.94/36.28
% 251.94/36.28 [25800] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [26151] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28
% 251.94/36.28 [26151] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [26152] (p(skolem_X22) <=> p(Y3_859_0))
% 251.94/36.28
% 251.94/36.28 [26152] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_859_0))
% 251.94/36.28 -> [26153] ~p(skolem_X22), ~p(Y3_859_0)
% 251.94/36.28 -> [26154] p(skolem_X22), p(Y3_859_0)
% 251.94/36.28
% 251.94/36.28 [26153] CLOSURE : ~p(skolem_X22)
% 251.94/36.28
% 251.94/36.28 [26154] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [26427] ! [Y5_5] : (r(Y5_5))
% 251.94/36.28
% 251.94/36.28 [26427] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [26428] r(Y5_986_1)
% 251.94/36.28
% 251.94/36.28 [26428] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [26600] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [26600] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [26602] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [26602] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [26603] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [26604] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [26604] CLOSURE : q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [26603] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [6800] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [6904] (p(skolem_X22) <=> p(Y3_242_0))
% 251.94/36.28
% 251.94/36.28 [6904] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_242_0))
% 251.94/36.28 -> [6905] ~p(skolem_X22), ~p(Y3_242_0)
% 251.94/36.28 -> [6906] p(skolem_X22), p(Y3_242_0)
% 251.94/36.28
% 251.94/36.28 [6905] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [8266] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [8266] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [9497] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [9497] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [9498] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [9499] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [9498] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [17911] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_274_3))
% 251.94/36.28 -> [29794] ~r(skolem_X1010), ~r(Y11_274_3)
% 251.94/36.28 -> [29795] r(skolem_X1010), r(Y11_274_3)
% 251.94/36.28
% 251.94/36.28 [29794] CLOSURE : ~r(Y11_274_3)
% 251.94/36.28
% 251.94/36.28 [29795] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [29848] ~s(X12_369_4)
% 251.94/36.28
% 251.94/36.28 [29848] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [29867] p(Y13_301_5)
% 251.94/36.28
% 251.94/36.28 [29867] CLOSURE : p(Y13_301_5)
% 251.94/36.28
% 251.94/36.28 [6906] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [7275] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [7275] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [7900] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [7900] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [7901] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [7902] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [7901] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [8645] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_79_3))
% 251.94/36.28 -> [37996] ~r(skolem_X1010), ~r(Y11_79_3)
% 251.94/36.28 -> [37997] r(skolem_X1010), r(Y11_79_3)
% 251.94/36.28
% 251.94/36.28 [37996] CLOSURE : ~r(Y11_79_3)
% 251.94/36.28
% 251.94/36.28 [37997] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [38043] ~s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [38043] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [38107] p(Y13_520_5)
% 251.94/36.28
% 251.94/36.28 [38107] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [38129] (s(skolem_X1414) <=> s(Y15_270_6))
% 251.94/36.28
% 251.94/36.28 [38129] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_270_6))
% 251.94/36.28 -> [38130] ~s(skolem_X1414), ~s(Y15_270_6)
% 251.94/36.28 -> [38131] s(skolem_X1414), s(Y15_270_6)
% 251.94/36.28
% 251.94/36.28 [38131] CLOSURE : s(Y15_270_6)
% 251.94/36.28
% 251.94/36.28 [38130] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [38212] ~p(X16_172_7)
% 251.94/36.28
% 251.94/36.28 [38212] CLOSURE : ~p(X16_172_7)
% 251.94/36.28
% 251.94/36.28 [6796] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [6898] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [6899] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [6898] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [7060] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [7060] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [7833] (p(skolem_X22) <=> p(Y3_282_0))
% 251.94/36.28
% 251.94/36.28 [7833] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_282_0))
% 251.94/36.28 -> [7834] ~p(skolem_X22), ~p(Y3_282_0)
% 251.94/36.28 -> [7835] p(skolem_X22), p(Y3_282_0)
% 251.94/36.28
% 251.94/36.28 [7835] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [9482] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [9482] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [17390] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [17390] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [17391] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [17392] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [17392] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [17391] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [19938] (r(skolem_X1010) <=> r(Y11_336_3))
% 251.94/36.28
% 251.94/36.28 [19938] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_336_3))
% 251.94/36.28 -> [19939] ~r(skolem_X1010), ~r(Y11_336_3)
% 251.94/36.28 -> [19940] r(skolem_X1010), r(Y11_336_3)
% 251.94/36.28
% 251.94/36.28 [19939] CLOSURE : ~r(Y11_336_3)
% 251.94/36.28
% 251.94/36.28 [19940] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [20340] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [20340] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [20636] p(Y13_81_5)
% 251.94/36.28
% 251.94/36.28 [20636] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [21191] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [21191] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [21192] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [21192] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [21193] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [21194] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [21193] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [21194] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [7834] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [9924] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [9924] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [17973] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [17973] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [17974] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [17975] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [17975] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [17974] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [40357] (r(skolem_X1010) <=> r(Y11_1120_3))
% 251.94/36.28
% 251.94/36.28 [40357] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1120_3))
% 251.94/36.28 -> [40361] ~r(skolem_X1010), ~r(Y11_1120_3)
% 251.94/36.28 -> [40362] r(skolem_X1010), r(Y11_1120_3)
% 251.94/36.28
% 251.94/36.28 [40362] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [40442] ~s(X12_659_4)
% 251.94/36.28
% 251.94/36.28 [40442] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [40464] p(Y13_591_5)
% 251.94/36.28
% 251.94/36.28 [40464] CLOSURE : p(Y13_591_5)
% 251.94/36.28
% 251.94/36.28 [40361] CLOSURE : ~r(Y11_1120_3)
% 251.94/36.28
% 251.94/36.28 [6899] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [6900] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [6900] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [7509] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [7509] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [7510] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [7511] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7510] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7511] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [8223] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [8223] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [9032] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [9032] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [9035] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [9036] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [9035] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [9939] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_97_3))
% 251.94/36.28 -> [41121] ~r(skolem_X1010), ~r(Y11_97_3)
% 251.94/36.28 -> [41122] r(skolem_X1010), r(Y11_97_3)
% 251.94/36.28
% 251.94/36.28 [41121] CLOSURE : ~r(Y11_97_3)
% 251.94/36.28
% 251.94/36.28 [41122] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [41223] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [41223] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [41361] p(Y13_611_5)
% 251.94/36.28
% 251.94/36.28 [41361] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [41493] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [41493] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [41494] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [41494] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [41495] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [41496] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [41495] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [41496] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [6730] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [6731] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [6731] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [7083] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [7083] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [7930] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [7931] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [7930] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [8292] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [8293] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [8292] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [8655] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [8655] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [9972] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [9972] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [9974] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [9975] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [9975] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [9974] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [18900] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [18900] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [19690] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [19690] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [19691] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [19692] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [19692] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [19691] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [21949] (r(skolem_X1010) <=> r(Y11_397_3))
% 251.94/36.28
% 251.94/36.28 [21949] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_397_3))
% 251.94/36.28 -> [21950] ~r(skolem_X1010), ~r(Y11_397_3)
% 251.94/36.28 -> [21951] r(skolem_X1010), r(Y11_397_3)
% 251.94/36.28
% 251.94/36.28 [21951] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [22418] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [22418] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [22419] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [22419] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [22420] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [22421] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [22421] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [22420] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [24857] ~p(X16_43_5)
% 251.94/36.28
% 251.94/36.28 [24857] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [25091] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28
% 251.94/36.28 [25091] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [25092] (p(skolem_X22) <=> p(Y3_838_0))
% 251.94/36.28
% 251.94/36.28 [25092] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_838_0))
% 251.94/36.28 -> [25093] ~p(skolem_X22), ~p(Y3_838_0)
% 251.94/36.28 -> [25094] p(skolem_X22), p(Y3_838_0)
% 251.94/36.28
% 251.94/36.28 [25094] CLOSURE : p(skolem_X22)
% 251.94/36.28
% 251.94/36.28 [25093] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [25430] ! [Y5_5] : (r(Y5_5))
% 251.94/36.28
% 251.94/36.28 [25430] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [25431] r(Y5_966_1)
% 251.94/36.28
% 251.94/36.28 [25431] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [25683] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [25683] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [25684] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [25684] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [25685] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [25686] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [25686] CLOSURE : q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [25685] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [21950] CLOSURE : ~r(Y11_397_3)
% 251.94/36.28
% 251.94/36.28 [8293] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [8295] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [8295] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [9519] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [9519] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [9522] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [9523] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [9523] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [9522] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [21263] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [21263] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [36896] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [36896] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [36897] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [36898] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [36897] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [36904] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_954_3))
% 251.94/36.28 -> [37623] ~r(skolem_X1010), ~r(Y11_954_3)
% 251.94/36.28 -> [37624] r(skolem_X1010), r(Y11_954_3)
% 251.94/36.28
% 251.94/36.28 [37623] CLOSURE : ~r(Y11_954_3)
% 251.94/36.28
% 251.94/36.28 [37624] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [37691] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [37691] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [37692] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [37692] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [37693] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [37694] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [37694] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [37693] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [37753] q(Y17_133_5)
% 251.94/36.28
% 251.94/36.28 [37753] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [37791] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28
% 251.94/36.28 [37791] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [37792] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [37792] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [37793] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [37794] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [37794] CLOSURE : p(skolem_X22)
% 251.94/36.28
% 251.94/36.28 [37793] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7931] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [7939] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [7939] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [7941] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [7942] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [7941] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [8304] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [8304] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [8307] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [8308] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [8308] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [8307] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [17640] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [17640] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18351] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [18351] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [18352] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [18353] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [18352] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [19278] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_316_3))
% 251.94/36.28 -> [35814] ~r(skolem_X1010), ~r(Y11_316_3)
% 251.94/36.28 -> [35815] r(skolem_X1010), r(Y11_316_3)
% 251.94/36.28
% 251.94/36.28 [35814] CLOSURE : ~r(Y11_316_3)
% 251.94/36.28
% 251.94/36.28 [35815] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [35819] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [35819] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28 -> [35820] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.28 -> [35821] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [35821] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [35820] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [35854] ~p(X16_153_5)
% 251.94/36.28
% 251.94/36.28 [35854] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [35856] q(Y17_116_6)
% 251.94/36.28
% 251.94/36.28 [35856] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [35871] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28
% 251.94/36.28 [35871] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [35872] (p(skolem_X22) <=> p(Y3_1009_0))
% 251.94/36.28
% 251.94/36.28 [35872] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1009_0))
% 251.94/36.28 -> [35873] ~p(skolem_X22), ~p(Y3_1009_0)
% 251.94/36.28 -> [35874] p(skolem_X22), p(Y3_1009_0)
% 251.94/36.28
% 251.94/36.28 [35874] CLOSURE : p(skolem_X22)
% 251.94/36.28
% 251.94/36.28 [35873] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [35883] ! [Y5_5] : (r(Y5_5))
% 251.94/36.28
% 251.94/36.28 [35883] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [35884] r(Y5_1169_1)
% 251.94/36.28
% 251.94/36.28 [35884] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [35889] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35889] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [35890] (q(skolem_X66) <=> q(Y7_1159_2))
% 251.94/36.28
% 251.94/36.28 [35890] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1159_2))
% 251.94/36.28 -> [35891] ~q(skolem_X66), ~q(Y7_1159_2)
% 251.94/36.28 -> [35892] q(skolem_X66), q(Y7_1159_2)
% 251.94/36.28
% 251.94/36.28 [35891] CLOSURE : ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [35892] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [35904] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35904] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [35905] (r(skolem_X1010) <=> r(Y11_903_3))
% 251.94/36.28
% 251.94/36.28 [35905] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_903_3))
% 251.94/36.28 -> [35906] ~r(skolem_X1010), ~r(Y11_903_3)
% 251.94/36.28 -> [35907] r(skolem_X1010), r(Y11_903_3)
% 251.94/36.28
% 251.94/36.28 [35906] CLOSURE : ~r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [35907] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [35918] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [35918] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [35919] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [35919] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.28 -> [35920] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.94/36.28 -> [35921] s(skolem_X1414), s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [35921] CLOSURE : s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [35920] CLOSURE : ~s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [7942] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [7949] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7949] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [9987] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [9987] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [18111] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [18111] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [18112] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [18113] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [18113] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [18112] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [40297] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [40297] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [40371] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [40371] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [40372] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [40373] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [40372] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [40373] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [40802] (r(skolem_X1010) <=> r(Y11_1132_3))
% 251.94/36.28
% 251.94/36.28 [40802] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1132_3))
% 251.94/36.28 -> [40803] ~r(skolem_X1010), ~r(Y11_1132_3)
% 251.94/36.28 -> [40804] r(skolem_X1010), r(Y11_1132_3)
% 251.94/36.28
% 251.94/36.28 [40803] CLOSURE : ~r(Y11_1132_3)
% 251.94/36.28
% 251.94/36.28 [40804] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [40881] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [40881] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28 -> [40882] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.28 -> [40883] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [40883] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [40882] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [41993] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28
% 251.94/36.28 [41993] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [41994] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [41994] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [41995] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [41996] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [41996] CLOSURE : p(skolem_X22)
% 251.94/36.28
% 251.94/36.28 [41995] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [6668] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [6678] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [6679] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [6679] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [6681] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [6681] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [6818] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [6819] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [6819] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [6824] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [6824] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [6825] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [6826] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [6825] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [6958] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [6958] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [7663] (p(skolem_X22) <=> p(Y3_273_0))
% 251.94/36.28
% 251.94/36.28 [7663] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_273_0))
% 251.94/36.28 -> [7665] ~p(skolem_X22), ~p(Y3_273_0)
% 251.94/36.28 -> [7666] p(skolem_X22), p(Y3_273_0)
% 251.94/36.28
% 251.94/36.28 [7666] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [9207] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [9207] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18116] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [18116] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [18117] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [18118] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18118] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18117] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [21696] (r(skolem_X1010) <=> r(Y11_394_3))
% 251.94/36.28
% 251.94/36.28 [21696] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_394_3))
% 251.94/36.28 -> [21697] ~r(skolem_X1010), ~r(Y11_394_3)
% 251.94/36.28 -> [21698] r(skolem_X1010), r(Y11_394_3)
% 251.94/36.28
% 251.94/36.28 [21697] CLOSURE : ~r(Y11_394_3)
% 251.94/36.28
% 251.94/36.28 [21698] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [35119] p(Y13_427_4)
% 251.94/36.28
% 251.94/36.28 [35119] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [35144] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [35144] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28 -> [35145] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.28 -> [35146] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [35146] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [35145] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [35203] ~p(X16_145_6)
% 251.94/36.28
% 251.94/36.28 [35203] CLOSURE : ~p(X16_145_6)
% 251.94/36.28
% 251.94/36.28 [7665] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [9601] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [9601] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18307] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [18307] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [18308] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [18309] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18309] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18308] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [40150] (r(skolem_X1010) <=> r(Y11_1111_3))
% 251.94/36.28
% 251.94/36.28 [40150] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1111_3))
% 251.94/36.28 -> [40151] ~r(skolem_X1010), ~r(Y11_1111_3)
% 251.94/36.28 -> [40152] r(skolem_X1010), r(Y11_1111_3)
% 251.94/36.28
% 251.94/36.28 [40152] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [40266] p(Y13_587_4)
% 251.94/36.28
% 251.94/36.28 [40266] CLOSURE : p(Y13_587_4)
% 251.94/36.28
% 251.94/36.28 [40151] CLOSURE : ~r(Y11_1111_3)
% 251.94/36.28
% 251.94/36.28 [6826] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [6832] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [6832] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [7141] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [7141] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [7142] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [7143] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7142] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7143] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [7679] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [7679] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [8386] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [8386] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [8387] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [8388] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [8387] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [9216] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_85_3))
% 251.94/36.28 -> [40918] ~r(skolem_X1010), ~r(Y11_85_3)
% 251.94/36.28 -> [40919] r(skolem_X1010), r(Y11_85_3)
% 251.94/36.28
% 251.94/36.28 [40918] CLOSURE : ~r(Y11_85_3)
% 251.94/36.28
% 251.94/36.28 [40919] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [40945] p(Y13_604_4)
% 251.94/36.28
% 251.94/36.28 [40945] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [40989] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [40989] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28 -> [40991] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.28 -> [40992] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [40992] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [40991] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [41057] q(Y17_154_6)
% 251.94/36.28
% 251.94/36.28 [41057] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [41081] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28
% 251.94/36.28 [41081] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [41082] (p(skolem_X22) <=> p(Y3_1096_0))
% 251.94/36.28
% 251.94/36.28 [41082] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1096_0))
% 251.94/36.28 -> [41083] ~p(skolem_X22), ~p(Y3_1096_0)
% 251.94/36.28 -> [41084] p(skolem_X22), p(Y3_1096_0)
% 251.94/36.28
% 251.94/36.28 [41083] CLOSURE : ~p(skolem_X22)
% 251.94/36.28
% 251.94/36.28 [41084] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [41090] ! [Y5_5] : (r(Y5_5))
% 251.94/36.28
% 251.94/36.28 [41090] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [41091] r(Y5_1307_1)
% 251.94/36.28
% 251.94/36.28 [41091] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [41101] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [41101] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [41102] (q(skolem_X66) <=> q(Y7_1302_2))
% 251.94/36.28
% 251.94/36.28 [41102] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1302_2))
% 251.94/36.28 -> [41103] ~q(skolem_X66), ~q(Y7_1302_2)
% 251.94/36.28 -> [41104] q(skolem_X66), q(Y7_1302_2)
% 251.94/36.28
% 251.94/36.28 [41103] CLOSURE : ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [41104] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [41109] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [41109] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [41110] (r(skolem_X1010) <=> r(Y11_1142_3))
% 251.94/36.28
% 251.94/36.28 [41110] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1142_3))
% 251.94/36.28 -> [41111] ~r(skolem_X1010), ~r(Y11_1142_3)
% 251.94/36.28 -> [41112] r(skolem_X1010), r(Y11_1142_3)
% 251.94/36.28
% 251.94/36.28 [41111] CLOSURE : ~r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [41112] : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [41123] ! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [41123] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [41124] p(Y13_606_4)
% 251.94/36.28
% 251.94/36.28 [41124] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [41147] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [41147] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [41148] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [41148] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.94/36.28 -> [41149] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.94/36.28 -> [41150] s(skolem_X1414), s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [41150] CLOSURE : s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [41149] CLOSURE : ~s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [6818] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [6945] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [6946] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [6946] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [6947] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [6947] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [7350] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [7350] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [8374] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [8374] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [8375] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [8376] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [8375] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [8376] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [10069] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [10069] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18721] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [18721] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [18722] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [18723] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18723] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18722] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [39623] (r(skolem_X1010) <=> r(Y11_1089_3))
% 251.94/36.28
% 251.94/36.28 [39623] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1089_3))
% 251.94/36.28 -> [39624] ~r(skolem_X1010), ~r(Y11_1089_3)
% 251.94/36.28 -> [39625] r(skolem_X1010), r(Y11_1089_3)
% 251.94/36.28
% 251.94/36.28 [39624] CLOSURE : ~r(Y11_1089_3)
% 251.94/36.28
% 251.94/36.28 [39625] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [39651] p(Y13_572_4)
% 251.94/36.28
% 251.94/36.28 [39651] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [39677] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [39677] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [39678] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [39678] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [39679] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [39680] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [39680] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [39679] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [39721] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28
% 251.94/36.28 [39721] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [39724] (p(skolem_X22) <=> p(Y3_1069_0))
% 251.94/36.28
% 251.94/36.28 [39724] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1069_0))
% 251.94/36.28 -> [39725] ~p(skolem_X22), ~p(Y3_1069_0)
% 251.94/36.28 -> [39726] p(skolem_X22), p(Y3_1069_0)
% 251.94/36.28
% 251.94/36.28 [39725] CLOSURE : ~p(skolem_X22)
% 251.94/36.28
% 251.94/36.28 [39726] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [39744] ! [Y5_5] : (r(Y5_5))
% 251.94/36.28
% 251.94/36.28 [39744] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [39745] r(Y5_1272_1)
% 251.94/36.28
% 251.94/36.28 [39745] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [39757] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [39757] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [39758] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [39758] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [39759] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [39760] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [39760] CLOSURE : q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [39759] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [6945] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [7114] (p(skolem_X22) <=> p(Y3_253_0))
% 251.94/36.28
% 251.94/36.28 [7114] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_253_0))
% 251.94/36.28 -> [7115] ~p(skolem_X22), ~p(Y3_253_0)
% 251.94/36.28 -> [7116] p(skolem_X22), p(Y3_253_0)
% 251.94/36.28
% 251.94/36.28 [7115] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [8718] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [8718] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [10028] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [10028] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [10029] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [10030] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [10029] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [18557] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_289_3))
% 251.94/36.28 -> [24007] ~r(skolem_X1010), ~r(Y11_289_3)
% 251.94/36.28 -> [24008] r(skolem_X1010), r(Y11_289_3)
% 251.94/36.28
% 251.94/36.28 [24008] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [24366] p(Y13_150_4)
% 251.94/36.28
% 251.94/36.28 [24366] CLOSURE : p(Y13_150_4)
% 251.94/36.28
% 251.94/36.28 [24007] CLOSURE : ~r(Y11_289_3)
% 251.94/36.28
% 251.94/36.28 [7116] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [7647] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [7647] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [8352] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [8352] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [8354] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [8355] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [8354] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [9582] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_90_3))
% 251.94/36.28 -> [21002] ~r(skolem_X1010), ~r(Y11_90_3)
% 251.94/36.28 -> [21003] r(skolem_X1010), r(Y11_90_3)
% 251.94/36.28
% 251.94/36.28 [21002] CLOSURE : ~r(Y11_90_3)
% 251.94/36.28
% 251.94/36.28 [21003] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [40930] p(Y13_603_4)
% 251.94/36.28
% 251.94/36.28 [40930] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [40969] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [40969] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [40970] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [40970] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [40971] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [40972] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [40972] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [40971] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [41408] ~p(X16_197_6)
% 251.94/36.28
% 251.94/36.28 [41408] CLOSURE : ~p(X16_197_6)
% 251.94/36.28
% 251.94/36.28 [6678] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [6732] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [6732] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [7104] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [7105] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [7104] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [7313] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [7314] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [7313] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [7610] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [7610] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [7611] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [7612] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [7612] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [7611] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [9548] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [9548] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [17984] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [17984] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [17985] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [17986] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [17985] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [18931] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_304_3))
% 251.94/36.28 -> [32635] ~r(skolem_X1010), ~r(Y11_304_3)
% 251.94/36.28 -> [32636] r(skolem_X1010), r(Y11_304_3)
% 251.94/36.28
% 251.94/36.28 [32635] CLOSURE : ~r(Y11_304_3)
% 251.94/36.28
% 251.94/36.28 [32636] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [32664] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [32664] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [32668] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [32668] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [32669] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [32669] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [32670] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [32671] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [32670] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [32671] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [7314] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [7315] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7315] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [8327] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [8327] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [9557] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [9557] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [9560] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [9561] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [9560] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [9561] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [40584] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [40584] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [40631] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [40631] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [40632] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [40633] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [40633] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [40632] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [41191] (r(skolem_X1010) <=> r(Y11_1148_3))
% 251.94/36.28
% 251.94/36.28 [41191] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1148_3))
% 251.94/36.28 -> [41192] ~r(skolem_X1010), ~r(Y11_1148_3)
% 251.94/36.28 -> [41193] r(skolem_X1010), r(Y11_1148_3)
% 251.94/36.28
% 251.94/36.28 [41192] CLOSURE : ~r(Y11_1148_3)
% 251.94/36.28
% 251.94/36.28 [41193] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [41402] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [41402] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [41615] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [41615] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [41616] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [41616] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [41617] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [41618] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [41617] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [41618] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [7105] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [7109] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [7109] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [7110] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [7111] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [7111] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [7113] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7113] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [7993] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [7993] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [7997] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [7998] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [7998] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [7997] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [20176] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [20176] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [21030] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [21030] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [21031] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [21032] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [21031] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [36551] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_939_3))
% 251.94/36.28 -> [36656] ~r(skolem_X1010), ~r(Y11_939_3)
% 251.94/36.28 -> [36657] r(skolem_X1010), r(Y11_939_3)
% 251.94/36.28
% 251.94/36.28 [36656] CLOSURE : ~r(Y11_939_3)
% 251.94/36.28
% 251.94/36.28 [36657] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [36664] ~s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [36664] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [36670] (s(skolem_X1414) <=> s(Y15_248_5))
% 251.94/36.28
% 251.94/36.28 [36670] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_248_5))
% 251.94/36.28 -> [36672] ~s(skolem_X1414), ~s(Y15_248_5)
% 251.94/36.28 -> [36673] s(skolem_X1414), s(Y15_248_5)
% 251.94/36.28
% 251.94/36.28 [36673] CLOSURE : s(Y15_248_5)
% 251.94/36.28
% 251.94/36.28 [36672] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [36682] q(Y17_126_6)
% 251.94/36.28
% 251.94/36.28 [36682] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [36693] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28
% 251.94/36.28 [36693] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [36694] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [36694] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [36695] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [36696] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [36696] CLOSURE : p(skolem_X22)
% 251.94/36.28
% 251.94/36.28 [36695] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [7110] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [7322] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [7322] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [8334] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [8334] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [8337] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [8338] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [8338] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [8337] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [17841] r(skolem_X1010)
% 251.94/36.28
% 251.94/36.28 [17841] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [18829] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [18829] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.94/36.28 -> [18830] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.94/36.28 -> [18831] q(skolem_X66), q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18831] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [18830] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [42249] (r(skolem_X1010) <=> r(Y11_1184_3))
% 251.94/36.28
% 251.94/36.28 [42249] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1184_3))
% 251.94/36.28 -> [42250] ~r(skolem_X1010), ~r(Y11_1184_3)
% 251.94/36.28 -> [42251] r(skolem_X1010), r(Y11_1184_3)
% 251.94/36.28
% 251.94/36.28 [42250] CLOSURE : ~r(Y11_1184_3)
% 251.94/36.28
% 251.94/36.28 [42251] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [42335] ~s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [42335] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [42522] (s(skolem_X1414) <=> s(Y15_342_5))
% 251.94/36.28
% 251.94/36.28 [42522] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_342_5))
% 251.94/36.28 -> [42523] ~s(skolem_X1414), ~s(Y15_342_5)
% 251.94/36.28 -> [42524] s(skolem_X1414), s(Y15_342_5)
% 251.94/36.28
% 251.94/36.28 [42524] CLOSURE : s(Y15_342_5)
% 251.94/36.28
% 251.94/36.28 [42523] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [42602] ~p(X16_209_6)
% 251.94/36.28
% 251.94/36.28 [42602] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [42610] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28
% 251.94/36.28 [42610] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [42613] (p(skolem_X22) <=> p(Y3_1135_0))
% 251.94/36.28
% 251.94/36.28 [42613] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1135_0))
% 251.94/36.28 -> [42614] ~p(skolem_X22), ~p(Y3_1135_0)
% 251.94/36.28 -> [42615] p(skolem_X22), p(Y3_1135_0)
% 251.94/36.28
% 251.94/36.28 [42615] CLOSURE : p(skolem_X22)
% 251.94/36.28
% 251.94/36.28 [42614] : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [42641] ! [Y5_5] : (r(Y5_5))
% 251.94/36.28
% 251.94/36.28 [42641] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [42642] r(Y5_1314_1)
% 251.94/36.28
% 251.94/36.28 [42642] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [42659] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [42659] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [42661] (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28
% 251.94/36.28 [42661] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.94/36.28 -> [42663] ~q(skolem_X66), ~q(skolem_X44)
% 251.94/36.28 -> [42664] q(skolem_X66), q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [42664] CLOSURE : q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [42663] CLOSURE : ~q(skolem_X44)
% 251.94/36.28
% 251.94/36.28 [8] DELTA_NOT_FORALL : ~! [Y5_5] : (r(Y5_5))
% 251.94/36.28 -> [18] ~r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [18] BETA_NOT_EQUIV : ~((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.94/36.28 -> [28] ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.28 -> [29] (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.28
% 251.94/36.28 [28] BETA_NOT_EQUIV : ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.94/36.28 -> [346] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.28 -> [347] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.28
% 251.94/36.28 [346] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.28 -> [5408] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28 -> [5409] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28
% 251.94/36.28 [5408] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.28 -> [20520] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [20521] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.28
% 251.94/36.28 [20520] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [20905] ~s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [20905] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28 -> [20906] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [20907] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28
% 251.94/36.28 [20906] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [21121] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [21122] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [21121] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [21348] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21349] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [21348] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21590] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21591] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21591] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21592] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21592] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22163] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22163] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22164] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [22164] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [22165] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [22166] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22165] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22166] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22552] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22552] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [22556] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [22556] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [22557] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [22557] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [22558] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [22559] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22558] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22559] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21590] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [34169] (p(skolem_X22) <=> p(Y3_990_0))
% 251.94/36.28
% 251.94/36.28 [34169] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_990_0))
% 251.94/36.28 -> [34170] ~p(skolem_X22), ~p(Y3_990_0)
% 251.94/36.28 -> [34171] p(skolem_X22), p(Y3_990_0)
% 251.94/36.28
% 251.94/36.28 [34170] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [34212] ~q(X6_1030_2)
% 251.94/36.28
% 251.94/36.28 [34212] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [34213] ~! [Y7_7] : ((q(X6_1030_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [34213] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1030_2) <=> q(Y7_7)))
% 251.94/36.28 -> [34214] ~(q(X6_1030_2) <=> q(skolem_Y77(X6_1030_2)))
% 251.94/36.28
% 251.94/36.28 [34214] BETA_NOT_EQUIV : ~(q(X6_1030_2) <=> q(skolem_Y77(X6_1030_2)))
% 251.94/36.28 -> [34215] ~q(X6_1030_2), q(skolem_Y77(X6_1030_2))
% 251.94/36.28 -> [34216] q(X6_1030_2), ~q(skolem_Y77(X6_1030_2))
% 251.94/36.28
% 251.94/36.28 [34216] CLOSURE : q(X6_1030_2)
% 251.94/36.28
% 251.94/36.28 [34215] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [34363] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [34363] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [34366] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [34366] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [34367] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [34368] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [34368] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [34367] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [34415] ~r(X8_895_4)
% 251.94/36.28
% 251.94/36.28 [34415] CLOSURE : ~r(X8_895_4)
% 251.94/36.28
% 251.94/36.28 [34171] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [34259] ~q(X6_1035_2)
% 251.94/36.28
% 251.94/36.28 [34259] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [34260] ~! [Y7_7] : ((q(X6_1035_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [34260] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1035_2) <=> q(Y7_7)))
% 251.94/36.28 -> [34261] ~(q(X6_1035_2) <=> q(skolem_Y77(X6_1035_2)))
% 251.94/36.28
% 251.94/36.28 [34261] BETA_NOT_EQUIV : ~(q(X6_1035_2) <=> q(skolem_Y77(X6_1035_2)))
% 251.94/36.28 -> [34262] ~q(X6_1035_2), q(skolem_Y77(X6_1035_2))
% 251.94/36.28 -> [34263] q(X6_1035_2), ~q(skolem_Y77(X6_1035_2))
% 251.94/36.28
% 251.94/36.28 [34263] CLOSURE : q(X6_1035_2)
% 251.94/36.28
% 251.94/36.28 [34262] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [34569] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [34569] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [34570] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [34570] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [34571] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [34572] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [34572] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [34571] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [34582] ~r(X8_903_4)
% 251.94/36.28
% 251.94/36.28 [34582] CLOSURE : ~r(X8_903_4)
% 251.94/36.28
% 251.94/36.28 [21349] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [21350] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [21350] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21351] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21352] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21352] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21353] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21353] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21611] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [21611] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [21612] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [21613] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21612] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21613] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22367] ~q(X6_670_2)
% 251.94/36.28
% 251.94/36.28 [22367] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [22368] ~! [Y7_7] : ((q(X6_670_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [22368] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_670_2) <=> q(Y7_7)))
% 251.94/36.28 -> [22369] ~(q(X6_670_2) <=> q(skolem_Y77(X6_670_2)))
% 251.94/36.28
% 251.94/36.28 [22369] BETA_NOT_EQUIV : ~(q(X6_670_2) <=> q(skolem_Y77(X6_670_2)))
% 251.94/36.28 -> [22370] ~q(X6_670_2), q(skolem_Y77(X6_670_2))
% 251.94/36.28 -> [22371] q(X6_670_2), ~q(skolem_Y77(X6_670_2))
% 251.94/36.28
% 251.94/36.28 [22371] CLOSURE : q(X6_670_2)
% 251.94/36.28
% 251.94/36.28 [22370] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [23854] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [23854] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [23857] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [23857] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [23858] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [23859] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [23859] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [23858] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [24425] ~r(X8_423_4)
% 251.94/36.28
% 251.94/36.28 [24425] CLOSURE : ~r(X8_423_4)
% 251.94/36.28
% 251.94/36.28 [21351] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21601] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21601] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21602] (p(skolem_X22) <=> p(Y3_764_0))
% 251.94/36.28
% 251.94/36.28 [21602] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_764_0))
% 251.94/36.28 -> [21603] ~p(skolem_X22), ~p(Y3_764_0)
% 251.94/36.28 -> [21604] p(skolem_X22), p(Y3_764_0)
% 251.94/36.28
% 251.94/36.28 [21603] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22171] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22171] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [22172] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [22172] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [22173] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [22173] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [22174] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [22175] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22174] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22175] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21604] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [34264] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [34264] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [34265] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [34265] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [34266] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [34266] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [34267] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [34268] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [34267] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [34268] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21122] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [21123] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [21123] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [21355] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21355] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [21358] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21359] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [21359] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [21363] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [21363] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21364] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21365] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21364] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21623] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21623] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21624] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [21624] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [21625] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [21626] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21626] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21625] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [26003] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [26003] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [26004] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [26004] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [26005] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [26005] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [26006] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [26007] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [26006] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [26007] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21365] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21366] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21366] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [34372] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [34372] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [34373] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [34374] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [34373] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [34374] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [34528] ~q(skolem_Y77(X6_1045_2))
% 251.94/36.28
% 251.94/36.28 [34528] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [34530] ~! [Y7_7] : ((q(X6_1045_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [34530] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1045_2) <=> q(Y7_7)))
% 251.94/36.28 -> [34539] ~(q(X6_1045_2) <=> q(skolem_Y77(X6_1045_2)))
% 251.94/36.28
% 251.94/36.28 [34539] BETA_NOT_EQUIV : ~(q(X6_1045_2) <=> q(skolem_Y77(X6_1045_2)))
% 251.94/36.28 -> [34540] ~q(X6_1045_2), q(skolem_Y77(X6_1045_2))
% 251.94/36.28 -> [34541] q(X6_1045_2), ~q(skolem_Y77(X6_1045_2))
% 251.94/36.28
% 251.94/36.28 [34540] CLOSURE : q(skolem_Y77(X6_1045_2))
% 251.94/36.28
% 251.94/36.28 [34541] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [34611] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [34611] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [34613] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [34613] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [34616] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [34617] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [34617] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [34616] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [34656] ~r(X8_908_4)
% 251.94/36.28
% 251.94/36.28 [34656] CLOSURE : ~r(X8_908_4)
% 251.94/36.28
% 251.94/36.28 [21358] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21617] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21618] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21617] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22213] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [22213] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [22215] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [22216] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22216] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22215] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22390] ~q(X6_672_2)
% 251.94/36.28
% 251.94/36.28 [22390] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [22395] ~! [Y7_7] : ((q(X6_672_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [22395] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_672_2) <=> q(Y7_7)))
% 251.94/36.28 -> [22396] ~(q(X6_672_2) <=> q(skolem_Y77(X6_672_2)))
% 251.94/36.28
% 251.94/36.28 [22396] BETA_NOT_EQUIV : ~(q(X6_672_2) <=> q(skolem_Y77(X6_672_2)))
% 251.94/36.28 -> [22397] ~q(X6_672_2), q(skolem_Y77(X6_672_2))
% 251.94/36.28 -> [22398] q(X6_672_2), ~q(skolem_Y77(X6_672_2))
% 251.94/36.28
% 251.94/36.28 [22398] CLOSURE : q(X6_672_2)
% 251.94/36.28
% 251.94/36.28 [22397] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [23673] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [23673] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [23674] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [23674] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [23675] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [23676] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [23676] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [23675] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [24232] ~r(X8_408_4)
% 251.94/36.28
% 251.94/36.28 [24232] CLOSURE : ~r(X8_408_4)
% 251.94/36.28
% 251.94/36.28 [21618] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21619] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21619] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [34574] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [34574] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [34612] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [34612] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [34614] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [34615] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [34615] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [34614] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [34725] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [34725] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [34743] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [34743] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [34744] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [34744] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [34745] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [34746] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [34745] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [34746] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [20907] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [20915] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [20916] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [20915] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [21128] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21128] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [21129] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21130] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [21129] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21372] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21373] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21372] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21633] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21633] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21634] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [21634] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [21635] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [21636] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21635] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21995] ~q(X6_655_2)
% 251.94/36.28
% 251.94/36.28 [21995] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [21996] ~! [Y7_7] : ((q(X6_655_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [21996] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_655_2) <=> q(Y7_7)))
% 251.94/36.28 -> [21997] ~(q(X6_655_2) <=> q(skolem_Y77(X6_655_2)))
% 251.94/36.28
% 251.94/36.28 [21997] BETA_NOT_EQUIV : ~(q(X6_655_2) <=> q(skolem_Y77(X6_655_2)))
% 251.94/36.28 -> [21998] ~q(X6_655_2), q(skolem_Y77(X6_655_2))
% 251.94/36.28 -> [21999] q(X6_655_2), ~q(skolem_Y77(X6_655_2))
% 251.94/36.28
% 251.94/36.28 [21999] CLOSURE : q(X6_655_2)
% 251.94/36.28
% 251.94/36.28 [21998] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [22643] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [22643] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [22644] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [22644] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [22647] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [22648] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [22648] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [22647] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [23086] ~r(X8_320_4)
% 251.94/36.28
% 251.94/36.28 [23086] CLOSURE : ~r(X8_320_4)
% 251.94/36.28
% 251.94/36.28 [21636] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21373] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21374] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21374] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21638] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [21638] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [21639] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [21640] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21639] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21640] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [34507] ~q(X6_1042_2)
% 251.94/36.28
% 251.94/36.28 [34507] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [34508] ~! [Y7_7] : ((q(X6_1042_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [34508] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1042_2) <=> q(Y7_7)))
% 251.94/36.28 -> [34509] ~(q(X6_1042_2) <=> q(skolem_Y77(X6_1042_2)))
% 251.94/36.28
% 251.94/36.28 [34509] BETA_NOT_EQUIV : ~(q(X6_1042_2) <=> q(skolem_Y77(X6_1042_2)))
% 251.94/36.28 -> [34510] ~q(X6_1042_2), q(skolem_Y77(X6_1042_2))
% 251.94/36.28 -> [34511] q(X6_1042_2), ~q(skolem_Y77(X6_1042_2))
% 251.94/36.28
% 251.94/36.28 [34511] CLOSURE : q(X6_1042_2)
% 251.94/36.28
% 251.94/36.28 [34510] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [34607] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [34607] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [34608] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [34608] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [34609] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [34610] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [34610] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [34609] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [34738] ~r(X8_911_4)
% 251.94/36.28
% 251.94/36.28 [34738] CLOSURE : ~r(X8_911_4)
% 251.94/36.28
% 251.94/36.28 [21130] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [21134] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [21134] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21135] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21136] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21135] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21377] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [21377] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [21379] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [21380] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21379] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21646] ~q(skolem_Y77(X6_638_2))
% 251.94/36.28
% 251.94/36.28 [21646] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [21647] ~! [Y7_7] : ((q(X6_638_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [21647] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_638_2) <=> q(Y7_7)))
% 251.94/36.28 -> [21648] ~(q(X6_638_2) <=> q(skolem_Y77(X6_638_2)))
% 251.94/36.28
% 251.94/36.28 [21648] BETA_NOT_EQUIV : ~(q(X6_638_2) <=> q(skolem_Y77(X6_638_2)))
% 251.94/36.28 -> [21649] ~q(X6_638_2), q(skolem_Y77(X6_638_2))
% 251.94/36.28 -> [21650] q(X6_638_2), ~q(skolem_Y77(X6_638_2))
% 251.94/36.28
% 251.94/36.28 [21649] CLOSURE : q(skolem_Y77(X6_638_2))
% 251.94/36.28
% 251.94/36.28 [21650] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [34533] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [34533] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [34534] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [34534] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [34535] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [34536] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [34536] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [34535] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [34583] ~r(X8_904_4)
% 251.94/36.28
% 251.94/36.28 [34583] CLOSURE : ~r(X8_904_4)
% 251.94/36.28
% 251.94/36.28 [21380] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21136] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21137] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21137] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21387] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21387] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21389] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [21389] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [21390] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [21391] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21390] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21391] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35040] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35040] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35041] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35041] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [35042] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [35042] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [35043] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [35044] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35043] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35044] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [20916] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [20917] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [20917] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [21142] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21143] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [21142] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21403] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21404] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21403] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21667] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21667] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21668] (p(skolem_X22) <=> p(Y3_770_0))
% 251.94/36.28
% 251.94/36.28 [21668] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_770_0))
% 251.94/36.28 -> [21669] ~p(skolem_X22), ~p(Y3_770_0)
% 251.94/36.28 -> [21670] p(skolem_X22), p(Y3_770_0)
% 251.94/36.28
% 251.94/36.28 [21669] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22076] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22076] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [22078] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [22078] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [22079] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [22079] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [22082] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [22083] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22082] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22083] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21670] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35142] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35142] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35161] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35161] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [35162] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [35162] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [35163] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [35164] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35163] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35164] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21404] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21405] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21405] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [35158] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [35158] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [35159] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [35160] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35159] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35160] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35179] ~q(X6_1055_2)
% 251.94/36.28
% 251.94/36.28 [35179] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35193] ~! [Y7_7] : ((q(X6_1055_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35193] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1055_2) <=> q(Y7_7)))
% 251.94/36.28 -> [35194] ~(q(X6_1055_2) <=> q(skolem_Y77(X6_1055_2)))
% 251.94/36.28
% 251.94/36.28 [35194] BETA_NOT_EQUIV : ~(q(X6_1055_2) <=> q(skolem_Y77(X6_1055_2)))
% 251.94/36.28 -> [35195] ~q(X6_1055_2), q(skolem_Y77(X6_1055_2))
% 251.94/36.28 -> [35196] q(X6_1055_2), ~q(skolem_Y77(X6_1055_2))
% 251.94/36.28
% 251.94/36.28 [35196] CLOSURE : q(X6_1055_2)
% 251.94/36.28
% 251.94/36.28 [35195] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35249] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35249] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [35250] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [35250] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [35251] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [35252] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [35252] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [35251] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [35272] ~r(X8_926_4)
% 251.94/36.28
% 251.94/36.28 [35272] CLOSURE : ~r(X8_926_4)
% 251.94/36.28
% 251.94/36.28 [21143] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [21147] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [21147] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21149] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21150] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21150] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21151] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21151] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22120] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22120] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22499] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [22499] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [22502] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [22503] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22502] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22503] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22875] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22875] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [23057] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [23057] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [23060] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [23060] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [23061] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [23062] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23061] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23062] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21149] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21408] (p(skolem_X22) <=> p(Y3_754_0))
% 251.94/36.28
% 251.94/36.28 [21408] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_754_0))
% 251.94/36.28 -> [21409] ~p(skolem_X22), ~p(Y3_754_0)
% 251.94/36.28 -> [21410] p(skolem_X22), p(Y3_754_0)
% 251.94/36.28
% 251.94/36.28 [21409] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21676] ~q(skolem_Y77(X6_639_2))
% 251.94/36.28
% 251.94/36.28 [21676] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [21677] ~! [Y7_7] : ((q(X6_639_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [21677] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_639_2) <=> q(Y7_7)))
% 251.94/36.28 -> [21678] ~(q(X6_639_2) <=> q(skolem_Y77(X6_639_2)))
% 251.94/36.28
% 251.94/36.28 [21678] BETA_NOT_EQUIV : ~(q(X6_639_2) <=> q(skolem_Y77(X6_639_2)))
% 251.94/36.28 -> [21679] ~q(X6_639_2), q(skolem_Y77(X6_639_2))
% 251.94/36.28 -> [21680] q(X6_639_2), ~q(skolem_Y77(X6_639_2))
% 251.94/36.28
% 251.94/36.28 [21679] CLOSURE : q(skolem_Y77(X6_639_2))
% 251.94/36.28
% 251.94/36.28 [21680] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35237] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35237] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [35238] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [35238] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [35239] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [35240] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [35240] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [35239] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [35257] ~r(X8_925_4)
% 251.94/36.28
% 251.94/36.28 [35257] CLOSURE : ~r(X8_925_4)
% 251.94/36.28
% 251.94/36.28 [21410] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35236] ~q(skolem_Y77(X6_1058_2))
% 251.94/36.28
% 251.94/36.28 [35236] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35264] ~! [Y7_7] : ((q(X6_1058_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35264] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1058_2) <=> q(Y7_7)))
% 251.94/36.28 -> [35265] ~(q(X6_1058_2) <=> q(skolem_Y77(X6_1058_2)))
% 251.94/36.28
% 251.94/36.28 [35265] BETA_NOT_EQUIV : ~(q(X6_1058_2) <=> q(skolem_Y77(X6_1058_2)))
% 251.94/36.28 -> [35266] ~q(X6_1058_2), q(skolem_Y77(X6_1058_2))
% 251.94/36.28 -> [35267] q(X6_1058_2), ~q(skolem_Y77(X6_1058_2))
% 251.94/36.28
% 251.94/36.28 [35266] CLOSURE : q(skolem_Y77(X6_1058_2))
% 251.94/36.28
% 251.94/36.28 [35267] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35312] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35312] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [35313] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [35313] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [35315] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [35316] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [35316] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [35315] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [35328] ~r(X8_931_4)
% 251.94/36.28
% 251.94/36.28 [35328] CLOSURE : ~r(X8_931_4)
% 251.94/36.28
% 251.94/36.28 [20521] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [20522] r(skolem_X88)
% 251.94/36.28
% 251.94/36.28 [20522] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28 -> [20523] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [20524] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28
% 251.94/36.28 [20523] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [20924] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [20925] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [20925] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [20926] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [20926] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [21431] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21431] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [22211] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [22212] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [22212] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [22221] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [22221] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [22222] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22223] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [22222] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22348] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22348] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22831] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [22831] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [22832] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [22833] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22833] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22832] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [23463] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23463] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [23767] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [23767] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [23768] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [23768] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [23769] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [23770] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23769] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23770] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22223] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [22224] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22224] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22680] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [22680] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [22681] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [22682] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22681] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22682] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [24145] ~q(X6_750_2)
% 251.94/36.28
% 251.94/36.28 [24145] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [24403] ~! [Y7_7] : ((q(X6_750_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [24403] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_750_2) <=> q(Y7_7)))
% 251.94/36.28 -> [24405] ~(q(X6_750_2) <=> q(skolem_Y77(X6_750_2)))
% 251.94/36.28
% 251.94/36.28 [24405] BETA_NOT_EQUIV : ~(q(X6_750_2) <=> q(skolem_Y77(X6_750_2)))
% 251.94/36.28 -> [24408] ~q(X6_750_2), q(skolem_Y77(X6_750_2))
% 251.94/36.28 -> [24409] q(X6_750_2), ~q(skolem_Y77(X6_750_2))
% 251.94/36.28
% 251.94/36.28 [24409] CLOSURE : q(X6_750_2)
% 251.94/36.28
% 251.94/36.28 [24408] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [25556] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [25556] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [25557] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [25557] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [25558] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [25559] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [25559] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [25558] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [26286] s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [26286] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [26333] (s(skolem_X1414) <=> s(Y15_99_5))
% 251.94/36.28
% 251.94/36.28 [26333] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_99_5))
% 251.94/36.28 -> [26334] ~s(skolem_X1414), ~s(Y15_99_5)
% 251.94/36.28 -> [26335] s(skolem_X1414), s(Y15_99_5)
% 251.94/36.28
% 251.94/36.28 [26335] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [26378] q(Y17_46_6)
% 251.94/36.28
% 251.94/36.28 [26378] CLOSURE : q(Y17_46_6)
% 251.94/36.28
% 251.94/36.28 [26334] CLOSURE : ~s(Y15_99_5)
% 251.94/36.28
% 251.94/36.28 [22211] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [22345] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22346] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [22346] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [22347] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22347] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22826] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22826] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [23220] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [23220] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [23221] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [23222] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [23222] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [23221] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [24758] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [24758] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [24997] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [24997] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [24998] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [24998] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [24999] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [25000] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [24999] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [25000] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22345] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22525] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [22525] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [22526] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [22527] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22527] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22526] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [23219] ~q(X6_730_2)
% 251.94/36.28
% 251.94/36.28 [23219] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [23574] ~! [Y7_7] : ((q(X6_730_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [23574] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_730_2) <=> q(Y7_7)))
% 251.94/36.28 -> [23577] ~(q(X6_730_2) <=> q(skolem_Y77(X6_730_2)))
% 251.94/36.28
% 251.94/36.28 [23577] BETA_NOT_EQUIV : ~(q(X6_730_2) <=> q(skolem_Y77(X6_730_2)))
% 251.94/36.28 -> [23578] ~q(X6_730_2), q(skolem_Y77(X6_730_2))
% 251.94/36.28 -> [23579] q(X6_730_2), ~q(skolem_Y77(X6_730_2))
% 251.94/36.28
% 251.94/36.28 [23579] CLOSURE : q(X6_730_2)
% 251.94/36.28
% 251.94/36.28 [23578] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [25143] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [25143] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [25144] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [25144] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [25150] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [25151] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [25151] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [25150] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [26076] s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [26076] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [26162] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [26162] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28 -> [26163] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28
% 251.94/36.28 [26163] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28 -> [26164] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.28 -> [26165] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [26165] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [26164] CLOSURE : ~s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [20924] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [21152] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21153] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [21152] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21415] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21416] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21416] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21417] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21417] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21855] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21855] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [35323] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [35323] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [35324] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [35325] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35324] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35325] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35336] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35336] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35338] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35338] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [35339] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [35339] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [35340] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [35341] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35340] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35341] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21415] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21699] (p(skolem_X22) <=> p(Y3_771_0))
% 251.94/36.28
% 251.94/36.28 [21699] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_771_0))
% 251.94/36.28 -> [21701] ~p(skolem_X22), ~p(Y3_771_0)
% 251.94/36.28 -> [21702] p(skolem_X22), p(Y3_771_0)
% 251.94/36.28
% 251.94/36.28 [21701] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35278] ~q(X6_1059_2)
% 251.94/36.28
% 251.94/36.28 [35278] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35279] ~! [Y7_7] : ((q(X6_1059_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35279] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1059_2) <=> q(Y7_7)))
% 251.94/36.28 -> [35281] ~(q(X6_1059_2) <=> q(skolem_Y77(X6_1059_2)))
% 251.94/36.28
% 251.94/36.28 [35281] BETA_NOT_EQUIV : ~(q(X6_1059_2) <=> q(skolem_Y77(X6_1059_2)))
% 251.94/36.28 -> [35282] ~q(X6_1059_2), q(skolem_Y77(X6_1059_2))
% 251.94/36.28 -> [35283] q(X6_1059_2), ~q(skolem_Y77(X6_1059_2))
% 251.94/36.28
% 251.94/36.28 [35283] CLOSURE : q(X6_1059_2)
% 251.94/36.28
% 251.94/36.28 [35282] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35303] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35303] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [35304] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [35304] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [35305] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [35306] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [35306] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [35305] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [35322] s(Y9_493_4)
% 251.94/36.28
% 251.94/36.28 [35322] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [35335] ~s(X12_512_5)
% 251.94/36.28
% 251.94/36.28 [35335] CLOSURE : ~s(X12_512_5)
% 251.94/36.28
% 251.94/36.28 [21702] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35307] ~q(X6_1062_2)
% 251.94/36.28
% 251.94/36.28 [35307] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35317] ~! [Y7_7] : ((q(X6_1062_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35317] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1062_2) <=> q(Y7_7)))
% 251.94/36.28 -> [35319] ~(q(X6_1062_2) <=> q(skolem_Y77(X6_1062_2)))
% 251.94/36.28
% 251.94/36.28 [35319] BETA_NOT_EQUIV : ~(q(X6_1062_2) <=> q(skolem_Y77(X6_1062_2)))
% 251.94/36.28 -> [35320] ~q(X6_1062_2), q(skolem_Y77(X6_1062_2))
% 251.94/36.28 -> [35321] q(X6_1062_2), ~q(skolem_Y77(X6_1062_2))
% 251.94/36.28
% 251.94/36.28 [35321] CLOSURE : q(X6_1062_2)
% 251.94/36.28
% 251.94/36.28 [35320] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35354] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35354] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [35355] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [35355] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [35356] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [35357] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [35357] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [35356] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [35382] s(Y9_494_4)
% 251.94/36.28
% 251.94/36.28 [35382] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [35389] ~s(X12_514_5)
% 251.94/36.28
% 251.94/36.28 [35389] CLOSURE : ~s(X12_514_5)
% 251.94/36.28
% 251.94/36.28 [21153] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [21155] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [21155] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21156] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21157] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21157] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21158] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21158] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21731] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [21731] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [21735] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [21736] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21736] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22205] ~q(X6_685_2)
% 251.94/36.28
% 251.94/36.28 [22205] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [22658] ~! [Y7_7] : ((q(X6_685_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [22658] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_685_2) <=> q(Y7_7)))
% 251.94/36.28 -> [22659] ~(q(X6_685_2) <=> q(skolem_Y77(X6_685_2)))
% 251.94/36.28
% 251.94/36.28 [22659] BETA_NOT_EQUIV : ~(q(X6_685_2) <=> q(skolem_Y77(X6_685_2)))
% 251.94/36.28 -> [22660] ~q(X6_685_2), q(skolem_Y77(X6_685_2))
% 251.94/36.28 -> [22661] q(X6_685_2), ~q(skolem_Y77(X6_685_2))
% 251.94/36.28
% 251.94/36.28 [22661] CLOSURE : q(X6_685_2)
% 251.94/36.28
% 251.94/36.28 [22660] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [24312] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [24312] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [24314] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [24314] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [24317] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [24318] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [24318] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [24317] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [25599] s(Y9_254_4)
% 251.94/36.28
% 251.94/36.28 [25599] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [25723] ~s(X12_247_5)
% 251.94/36.28
% 251.94/36.28 [25723] CLOSURE : ~s(X12_247_5)
% 251.94/36.28
% 251.94/36.28 [21735] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21156] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21421] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21421] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21423] (p(skolem_X22) <=> p(Y3_755_0))
% 251.94/36.28
% 251.94/36.28 [21423] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_755_0))
% 251.94/36.28 -> [21424] ~p(skolem_X22), ~p(Y3_755_0)
% 251.94/36.28 -> [21425] p(skolem_X22), p(Y3_755_0)
% 251.94/36.28
% 251.94/36.28 [21425] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22333] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22333] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [22798] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [22798] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [22801] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [22801] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [22802] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [22803] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22802] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22803] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21424] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21718] ~q(X6_642_2)
% 251.94/36.28
% 251.94/36.28 [21718] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [21719] ~! [Y7_7] : ((q(X6_642_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [21719] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_642_2) <=> q(Y7_7)))
% 251.94/36.28 -> [21720] ~(q(X6_642_2) <=> q(skolem_Y77(X6_642_2)))
% 251.94/36.28
% 251.94/36.28 [21720] BETA_NOT_EQUIV : ~(q(X6_642_2) <=> q(skolem_Y77(X6_642_2)))
% 251.94/36.28 -> [21721] ~q(X6_642_2), q(skolem_Y77(X6_642_2))
% 251.94/36.28 -> [21722] q(X6_642_2), ~q(skolem_Y77(X6_642_2))
% 251.94/36.28
% 251.94/36.28 [21722] CLOSURE : q(X6_642_2)
% 251.94/36.28
% 251.94/36.28 [21721] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35361] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35361] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [35362] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [35362] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [35363] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [35364] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [35364] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [35363] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [35383] s(Y9_495_4)
% 251.94/36.28
% 251.94/36.28 [35383] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [35397] ~s(X12_515_5)
% 251.94/36.28
% 251.94/36.28 [35397] CLOSURE : ~s(X12_515_5)
% 251.94/36.28
% 251.94/36.28 [20524] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [20527] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [20528] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [20527] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [20927] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [20927] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [20928] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [20929] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [20929] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [20930] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [20930] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [20931] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [20932] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [20931] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21168] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [21168] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [21169] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [21170] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21170] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21169] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21445] ~q(skolem_Y77(X6_633_2))
% 251.94/36.28
% 251.94/36.28 [21445] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [21446] ~! [Y7_7] : ((q(X6_633_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [21446] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_633_2) <=> q(Y7_7)))
% 251.94/36.28 -> [21447] ~(q(X6_633_2) <=> q(skolem_Y77(X6_633_2)))
% 251.94/36.28
% 251.94/36.28 [21447] BETA_NOT_EQUIV : ~(q(X6_633_2) <=> q(skolem_Y77(X6_633_2)))
% 251.94/36.28 -> [21448] ~q(X6_633_2), q(skolem_Y77(X6_633_2))
% 251.94/36.28 -> [21449] q(X6_633_2), ~q(skolem_Y77(X6_633_2))
% 251.94/36.28
% 251.94/36.28 [21448] CLOSURE : q(skolem_Y77(X6_633_2))
% 251.94/36.28
% 251.94/36.28 [21449] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35518] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35518] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.28 -> [35519] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.28
% 251.94/36.28 [35519] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.28 -> [35520] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.28 -> [35521] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.28
% 251.94/36.28 [35520] CLOSURE : ~r(skolem_X88)
% 251.94/36.28
% 251.94/36.28 [35521] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [35542] s(Y9_503_4)
% 251.94/36.28
% 251.94/36.28 [35542] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [35548] ~s(X12_521_5)
% 251.94/36.28
% 251.94/36.28 [35548] CLOSURE : ~s(X12_521_5)
% 251.94/36.28
% 251.94/36.28 [20932] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [20933] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [20933] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21761] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21761] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [35507] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [35507] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [35508] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [35509] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [35509] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [35508] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35535] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35535] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35538] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35538] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [35539] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [35539] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [35540] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [35541] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35540] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35541] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [20928] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21162] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21163] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21162] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21434] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21434] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21435] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [21435] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [21437] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [21438] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21438] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21437] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21741] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [21741] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [21742] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [21742] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [21743] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [21743] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [21744] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [21745] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [21744] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [21745] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21163] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21165] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21165] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [35490] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [35490] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [35491] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [35492] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35491] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35492] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35515] ~q(X6_1069_2)
% 251.94/36.28
% 251.94/36.28 [35515] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35523] ~! [Y7_7] : ((q(X6_1069_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35523] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1069_2) <=> q(Y7_7)))
% 251.94/36.28 -> [35524] ~(q(X6_1069_2) <=> q(skolem_Y77(X6_1069_2)))
% 251.94/36.28
% 251.94/36.28 [35524] BETA_NOT_EQUIV : ~(q(X6_1069_2) <=> q(skolem_Y77(X6_1069_2)))
% 251.94/36.28 -> [35525] ~q(X6_1069_2), q(skolem_Y77(X6_1069_2))
% 251.94/36.28 -> [35526] q(X6_1069_2), ~q(skolem_Y77(X6_1069_2))
% 251.94/36.28
% 251.94/36.28 [35526] CLOSURE : q(X6_1069_2)
% 251.94/36.28
% 251.94/36.28 [35525] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35549] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35549] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [35550] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [35550] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [35554] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [35555] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [35555] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [35554] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [35584] s(Y9_504_4)
% 251.94/36.28
% 251.94/36.28 [35584] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [35601] ~s(X12_522_5)
% 251.94/36.28
% 251.94/36.28 [35601] CLOSURE : ~s(X12_522_5)
% 251.94/36.28
% 251.94/36.28 [20528] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [20529] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [20529] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [21177] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21178] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [21177] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21455] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21456] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21455] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21766] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21766] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22372] (p(skolem_X22) <=> p(Y3_792_0))
% 251.94/36.28
% 251.94/36.28 [22372] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_792_0))
% 251.94/36.28 -> [22373] ~p(skolem_X22), ~p(Y3_792_0)
% 251.94/36.28 -> [22374] p(skolem_X22), p(Y3_792_0)
% 251.94/36.28
% 251.94/36.28 [22374] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22975] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22975] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [23476] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [23476] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [23479] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [23479] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [23480] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [23481] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23480] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23481] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22373] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [23233] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23233] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [23590] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [23590] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [23591] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [23591] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [23592] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [23593] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23592] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23593] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21456] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21457] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21457] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [35527] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [35527] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [35528] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [35529] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35528] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35529] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35533] ~q(X6_1071_2)
% 251.94/36.28
% 251.94/36.28 [35533] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35544] ~! [Y7_7] : ((q(X6_1071_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35544] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1071_2) <=> q(Y7_7)))
% 251.94/36.28 -> [35545] ~(q(X6_1071_2) <=> q(skolem_Y77(X6_1071_2)))
% 251.94/36.28
% 251.94/36.28 [35545] BETA_NOT_EQUIV : ~(q(X6_1071_2) <=> q(skolem_Y77(X6_1071_2)))
% 251.94/36.28 -> [35546] ~q(X6_1071_2), q(skolem_Y77(X6_1071_2))
% 251.94/36.28 -> [35547] q(X6_1071_2), ~q(skolem_Y77(X6_1071_2))
% 251.94/36.28
% 251.94/36.28 [35547] CLOSURE : q(X6_1071_2)
% 251.94/36.28
% 251.94/36.28 [35546] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35602] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35602] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [35603] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [35603] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [35604] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [35605] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [35605] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [35604] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [35628] s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [35628] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [35638] p(Y13_446_5)
% 251.94/36.28
% 251.94/36.28 [35638] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [35650] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [35650] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28 -> [35651] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28
% 251.94/36.28 [35651] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28 -> [35655] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.28 -> [35656] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [35656] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [35655] CLOSURE : ~s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [21178] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [21179] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [21179] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21180] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21181] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21181] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21188] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21188] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21776] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21776] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [35609] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [35609] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [35610] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [35611] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35610] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [35611] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35612] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35612] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35619] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35619] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [35620] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [35620] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [35621] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [35622] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35621] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [35622] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21180] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21462] (p(skolem_X22) <=> p(Y3_758_0))
% 251.94/36.28
% 251.94/36.28 [21462] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_758_0))
% 251.94/36.28 -> [21464] ~p(skolem_X22), ~p(Y3_758_0)
% 251.94/36.28 -> [21465] p(skolem_X22), p(Y3_758_0)
% 251.94/36.28
% 251.94/36.28 [21464] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35559] ~q(X6_1072_2)
% 251.94/36.28
% 251.94/36.28 [35559] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35565] ~! [Y7_7] : ((q(X6_1072_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35565] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1072_2) <=> q(Y7_7)))
% 251.94/36.28 -> [35566] ~(q(X6_1072_2) <=> q(skolem_Y77(X6_1072_2)))
% 251.94/36.28
% 251.94/36.28 [35566] BETA_NOT_EQUIV : ~(q(X6_1072_2) <=> q(skolem_Y77(X6_1072_2)))
% 251.94/36.28 -> [35567] ~q(X6_1072_2), q(skolem_Y77(X6_1072_2))
% 251.94/36.28 -> [35568] q(X6_1072_2), ~q(skolem_Y77(X6_1072_2))
% 251.94/36.28
% 251.94/36.28 [35568] CLOSURE : q(X6_1072_2)
% 251.94/36.28
% 251.94/36.28 [35567] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35597] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35597] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.94/36.28 -> [35598] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.28
% 251.94/36.28 [35598] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.94/36.28 -> [35599] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.94/36.28 -> [35600] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.94/36.28
% 251.94/36.28 [35599] CLOSURE : ~r(skolem_X88)
% 251.94/36.28
% 251.94/36.28 [35600] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [35613] s(Y9_505_4)
% 251.94/36.28
% 251.94/36.28 [35613] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [35627] p(Y13_445_5)
% 251.94/36.28
% 251.94/36.28 [35627] CLOSURE : p(Y13_445_5)
% 251.94/36.28
% 251.94/36.28 [21465] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [35560] ~q(skolem_Y77(X6_1073_2))
% 251.94/36.28
% 251.94/36.28 [35560] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [35585] ~! [Y7_7] : ((q(X6_1073_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [35585] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1073_2) <=> q(Y7_7)))
% 251.94/36.28 -> [35586] ~(q(X6_1073_2) <=> q(skolem_Y77(X6_1073_2)))
% 251.94/36.28
% 251.94/36.28 [35586] BETA_NOT_EQUIV : ~(q(X6_1073_2) <=> q(skolem_Y77(X6_1073_2)))
% 251.94/36.28 -> [35588] ~q(X6_1073_2), q(skolem_Y77(X6_1073_2))
% 251.94/36.28 -> [35589] q(X6_1073_2), ~q(skolem_Y77(X6_1073_2))
% 251.94/36.28
% 251.94/36.28 [35588] CLOSURE : q(skolem_Y77(X6_1073_2))
% 251.94/36.28
% 251.94/36.28 [35589] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [35639] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [35639] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.94/36.28 -> [35640] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28
% 251.94/36.28 [35640] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.94/36.28 -> [35641] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.94/36.28 -> [35642] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [35642] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [35641] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [35664] s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [35664] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [35674] p(Y13_447_5)
% 251.94/36.28
% 251.94/36.28 [35674] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [35685] (s(skolem_X1414) <=> s(Y15_229_6))
% 251.94/36.28
% 251.94/36.28 [35685] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_229_6))
% 251.94/36.28 -> [35686] ~s(skolem_X1414), ~s(Y15_229_6)
% 251.94/36.28 -> [35687] s(skolem_X1414), s(Y15_229_6)
% 251.94/36.28
% 251.94/36.28 [35686] CLOSURE : ~s(Y15_229_6)
% 251.94/36.28
% 251.94/36.28 [35687] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [35694] ~p(X16_151_7)
% 251.94/36.28
% 251.94/36.28 [35694] CLOSURE : ~p(X16_151_7)
% 251.94/36.28
% 251.94/36.28 [5409] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [5414] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [5414] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.28 -> [5415] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [5416] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.28
% 251.94/36.28 [5415] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [10802] ~s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [10802] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28 -> [10803] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [10804] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28
% 251.94/36.28 [10804] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [10805] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [10806] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [10805] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [11236] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [11236] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [11240] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11241] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [11240] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11792] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [11793] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [11792] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12482] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [12482] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [12483] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [12484] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [12484] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [12483] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [12861] ~q(X6_259_2)
% 251.94/36.28
% 251.94/36.28 [12861] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [12863] ~! [Y7_7] : ((q(X6_259_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [12863] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_259_2) <=> q(Y7_7)))
% 251.94/36.28 -> [12866] ~(q(X6_259_2) <=> q(skolem_Y77(X6_259_2)))
% 251.94/36.28
% 251.94/36.28 [12866] BETA_NOT_EQUIV : ~(q(X6_259_2) <=> q(skolem_Y77(X6_259_2)))
% 251.94/36.28 -> [12867] ~q(X6_259_2), q(skolem_Y77(X6_259_2))
% 251.94/36.28 -> [12868] q(X6_259_2), ~q(skolem_Y77(X6_259_2))
% 251.94/36.28
% 251.94/36.28 [12868] CLOSURE : q(X6_259_2)
% 251.94/36.28
% 251.94/36.28 [12867] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [14474] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [14474] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [14476] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [14477] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [14476] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [14960] ~r(X8_105_4)
% 251.94/36.28
% 251.94/36.28 [14960] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [14961] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [14961] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [14962] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [14962] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [14963] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [14963] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [14964] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [14965] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [14964] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [14965] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [14477] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [11793] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [12486] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12486] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [12873] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [12873] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12874] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [12874] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [12875] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [12876] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12875] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12876] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [14982] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [14982] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [14984] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [14984] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [14985] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [14985] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [14986] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [14987] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [14986] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [14987] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [11241] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [11245] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [11245] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11246] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [11247] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [11246] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [11795] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [11795] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [11796] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [11796] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [11797] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [11798] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [11798] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [11797] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [12499] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [12499] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [12500] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [12500] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [12501] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [12501] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [12502] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [12503] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [12502] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [12503] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [11247] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [11249] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [11249] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [11816] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [11816] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [11817] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [11818] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [11817] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [11818] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [13994] ~q(skolem_Y77(X6_325_2))
% 251.94/36.28
% 251.94/36.28 [13994] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [13995] ~! [Y7_7] : ((q(X6_325_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [13995] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_325_2) <=> q(Y7_7)))
% 251.94/36.28 -> [13996] ~(q(X6_325_2) <=> q(skolem_Y77(X6_325_2)))
% 251.94/36.28
% 251.94/36.28 [13996] BETA_NOT_EQUIV : ~(q(X6_325_2) <=> q(skolem_Y77(X6_325_2)))
% 251.94/36.28 -> [13997] ~q(X6_325_2), q(skolem_Y77(X6_325_2))
% 251.94/36.28 -> [13998] q(X6_325_2), ~q(skolem_Y77(X6_325_2))
% 251.94/36.28
% 251.94/36.28 [13997] CLOSURE : q(skolem_Y77(X6_325_2))
% 251.94/36.28
% 251.94/36.28 [13998] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [37039] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [37039] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [37040] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [37041] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [37041] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [37040] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [37058] ~r(X8_1019_4)
% 251.94/36.28
% 251.94/36.28 [37058] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [37073] ~s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [37073] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [37083] (s(skolem_X1414) <=> s(Y15_254_6))
% 251.94/36.28
% 251.94/36.28 [37083] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_254_6))
% 251.94/36.28 -> [37084] ~s(skolem_X1414), ~s(Y15_254_6)
% 251.94/36.28 -> [37085] s(skolem_X1414), s(Y15_254_6)
% 251.94/36.28
% 251.94/36.28 [37085] CLOSURE : s(Y15_254_6)
% 251.94/36.28
% 251.94/36.28 [37084] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [37141] q(Y17_130_7)
% 251.94/36.28
% 251.94/36.28 [37141] CLOSURE : q(Y17_130_7)
% 251.94/36.28
% 251.94/36.28 [10806] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [10808] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [10808] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [11254] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11255] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [11255] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [11260] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [11260] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11261] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [11262] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [11262] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [11266] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [11266] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12931] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [12931] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [12932] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [12933] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12932] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12933] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [14570] ~q(X6_1097_2)
% 251.94/36.28
% 251.94/36.28 [14570] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [36415] ~! [Y7_7] : ((q(X6_1097_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [36415] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1097_2) <=> q(Y7_7)))
% 251.94/36.28 -> [36416] ~(q(X6_1097_2) <=> q(skolem_Y77(X6_1097_2)))
% 251.94/36.28
% 251.94/36.28 [36416] BETA_NOT_EQUIV : ~(q(X6_1097_2) <=> q(skolem_Y77(X6_1097_2)))
% 251.94/36.28 -> [36417] ~q(X6_1097_2), q(skolem_Y77(X6_1097_2))
% 251.94/36.28 -> [36418] q(X6_1097_2), ~q(skolem_Y77(X6_1097_2))
% 251.94/36.28
% 251.94/36.28 [36418] CLOSURE : q(X6_1097_2)
% 251.94/36.28
% 251.94/36.28 [36417] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [36579] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [36579] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [36580] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [36581] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [36581] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [36580] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [36592] ~r(X8_1000_4)
% 251.94/36.28
% 251.94/36.28 [36592] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [36608] p(Y13_467_5)
% 251.94/36.28
% 251.94/36.28 [36608] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [36623] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [36623] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28 -> [36624] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.28 -> [36625] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [36625] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [36624] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [36659] q(Y17_125_7)
% 251.94/36.28
% 251.94/36.28 [36659] CLOSURE : q(Y17_125_7)
% 251.94/36.28
% 251.94/36.28 [11261] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [11830] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [11830] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [11831] (p(skolem_X22) <=> p(Y3_466_0))
% 251.94/36.28
% 251.94/36.28 [11831] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_466_0))
% 251.94/36.28 -> [11832] ~p(skolem_X22), ~p(Y3_466_0)
% 251.94/36.28 -> [11833] p(skolem_X22), p(Y3_466_0)
% 251.94/36.28
% 251.94/36.28 [11833] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [13641] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13641] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [15032] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [15032] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [15033] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [15033] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [15034] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [15035] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [15034] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [15035] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [11832] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [12536] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [12536] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [12537] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [12537] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [12538] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [12538] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [12539] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [12540] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [12539] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [12540] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [11254] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11826] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [11827] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [11826] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12526] (p(skolem_X22) <=> p(Y3_501_0))
% 251.94/36.28
% 251.94/36.28 [12526] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_501_0))
% 251.94/36.28 -> [12527] ~p(skolem_X22), ~p(Y3_501_0)
% 251.94/36.28 -> [12528] p(skolem_X22), p(Y3_501_0)
% 251.94/36.28
% 251.94/36.28 [12527] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [12904] ~q(skolem_Y77(X6_261_2))
% 251.94/36.28
% 251.94/36.28 [12904] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [12905] ~! [Y7_7] : ((q(X6_261_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [12905] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_261_2) <=> q(Y7_7)))
% 251.94/36.28 -> [12907] ~(q(X6_261_2) <=> q(skolem_Y77(X6_261_2)))
% 251.94/36.28
% 251.94/36.28 [12907] BETA_NOT_EQUIV : ~(q(X6_261_2) <=> q(skolem_Y77(X6_261_2)))
% 251.94/36.28 -> [12908] ~q(X6_261_2), q(skolem_Y77(X6_261_2))
% 251.94/36.28 -> [12909] q(X6_261_2), ~q(skolem_Y77(X6_261_2))
% 251.94/36.28
% 251.94/36.28 [12908] CLOSURE : q(skolem_Y77(X6_261_2))
% 251.94/36.28
% 251.94/36.28 [12909] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [22446] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [22446] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [22448] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [22449] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [22449] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [22448] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [23029] ~r(X8_316_4)
% 251.94/36.28
% 251.94/36.28 [23029] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [23308] p(Y13_110_5)
% 251.94/36.28
% 251.94/36.28 [23308] CLOSURE : p(Y13_110_5)
% 251.94/36.28
% 251.94/36.28 [12528] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [14039] ~q(skolem_Y77(X6_657_2))
% 251.94/36.28
% 251.94/36.28 [14039] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [22091] ~! [Y7_7] : ((q(X6_657_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [22091] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_657_2) <=> q(Y7_7)))
% 251.94/36.28 -> [22092] ~(q(X6_657_2) <=> q(skolem_Y77(X6_657_2)))
% 251.94/36.28
% 251.94/36.28 [22092] BETA_NOT_EQUIV : ~(q(X6_657_2) <=> q(skolem_Y77(X6_657_2)))
% 251.94/36.28 -> [22094] ~q(X6_657_2), q(skolem_Y77(X6_657_2))
% 251.94/36.28 -> [22095] q(X6_657_2), ~q(skolem_Y77(X6_657_2))
% 251.94/36.28
% 251.94/36.28 [22094] CLOSURE : q(skolem_Y77(X6_657_2))
% 251.94/36.28
% 251.94/36.28 [22095] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [23564] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [23564] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [23565] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [23566] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [23566] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [23565] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [23897] ~r(X8_373_4)
% 251.94/36.28
% 251.94/36.28 [23897] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [24086] p(Y13_137_5)
% 251.94/36.28
% 251.94/36.28 [24086] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [24296] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [24296] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [24297] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [24297] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [24298] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [24299] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [24299] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [24298] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [25389] ~p(X16_53_7)
% 251.94/36.28
% 251.94/36.28 [25389] CLOSURE : ~p(X16_53_7)
% 251.94/36.28
% 251.94/36.28 [11827] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [11828] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [11828] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [13274] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [13274] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [14541] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [14541] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [14542] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [14543] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [14542] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [14543] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [37736] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [37736] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [37775] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [37775] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [37776] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [37776] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [37777] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [37778] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [37777] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [37778] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [10803] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [11232] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [11233] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [11233] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [11234] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [11234] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [11772] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [11772] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [11773] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11774] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [11774] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [11781] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [11781] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11782] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [11783] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [11782] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12473] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [12473] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [12474] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [12475] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [12475] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [12474] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [12843] ~q(X6_258_2)
% 251.94/36.28
% 251.94/36.28 [12843] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [12844] ~! [Y7_7] : ((q(X6_258_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [12844] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_258_2) <=> q(Y7_7)))
% 251.94/36.28 -> [12845] ~(q(X6_258_2) <=> q(skolem_Y77(X6_258_2)))
% 251.94/36.28
% 251.94/36.28 [12845] BETA_NOT_EQUIV : ~(q(X6_258_2) <=> q(skolem_Y77(X6_258_2)))
% 251.94/36.28 -> [12846] ~q(X6_258_2), q(skolem_Y77(X6_258_2))
% 251.94/36.28 -> [12847] q(X6_258_2), ~q(skolem_Y77(X6_258_2))
% 251.94/36.28
% 251.94/36.28 [12847] CLOSURE : q(X6_258_2)
% 251.94/36.28
% 251.94/36.28 [12846] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [22529] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [22529] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [22530] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [22531] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [22531] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [22530] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [22956] ~r(X8_313_4)
% 251.94/36.28
% 251.94/36.28 [22956] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [23131] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [23131] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.94/36.28 -> [23132] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.94/36.28 -> [23133] s(skolem_X1414), s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [23133] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [23132] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [24166] ~p(X16_33_6)
% 251.94/36.28
% 251.94/36.28 [24166] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [24295] q(Y17_28_7)
% 251.94/36.28
% 251.94/36.28 [24295] CLOSURE : q(Y17_28_7)
% 251.94/36.28
% 251.94/36.28 [11783] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [11784] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [11784] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [13238] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [13238] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [14467] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [14467] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [14468] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [14469] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [14468] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [14469] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [36836] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [36836] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [36850] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [36850] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [36851] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [36851] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [36852] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [36853] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [36852] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [36853] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [11773] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [12467] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [12468] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [12468] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [12472] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12472] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [13575] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [13575] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [13576] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [13577] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [13577] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [13576] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [32805] ~q(X6_990_2)
% 251.94/36.28
% 251.94/36.28 [32805] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [32826] ~! [Y7_7] : ((q(X6_990_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [32826] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_990_2) <=> q(Y7_7)))
% 251.94/36.28 -> [32827] ~(q(X6_990_2) <=> q(skolem_Y77(X6_990_2)))
% 251.94/36.28
% 251.94/36.28 [32827] BETA_NOT_EQUIV : ~(q(X6_990_2) <=> q(skolem_Y77(X6_990_2)))
% 251.94/36.28 -> [32828] ~q(X6_990_2), q(skolem_Y77(X6_990_2))
% 251.94/36.28 -> [32829] q(X6_990_2), ~q(skolem_Y77(X6_990_2))
% 251.94/36.28
% 251.94/36.28 [32829] CLOSURE : q(X6_990_2)
% 251.94/36.28
% 251.94/36.28 [32828] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [32922] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [32922] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [32923] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [32924] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [32924] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [32923] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [32975] ~r(X8_838_4)
% 251.94/36.28
% 251.94/36.28 [32975] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [33016] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [33016] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [33017] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [33017] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [33018] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [33019] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [33019] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [33018] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [33107] q(Y17_92_6)
% 251.94/36.28
% 251.94/36.28 [33107] CLOSURE : q(Y17_92_6)
% 251.94/36.28
% 251.94/36.28 [12467] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [12823] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [12823] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12826] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [12826] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [12827] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [12828] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [12828] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [12827] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [13217] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13217] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [13218] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [13218] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [13219] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [13219] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [13220] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [13221] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13220] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13221] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [11232] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [11759] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11760] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [11760] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [11761] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [11761] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [11762] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [11763] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [11762] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12450] (p(skolem_X22) <=> p(Y3_493_0))
% 251.94/36.28
% 251.94/36.28 [12450] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_493_0))
% 251.94/36.28 -> [12451] ~p(skolem_X22), ~p(Y3_493_0)
% 251.94/36.28 -> [12452] p(skolem_X22), p(Y3_493_0)
% 251.94/36.28
% 251.94/36.28 [12451] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [12802] ~q(X6_255_2)
% 251.94/36.28
% 251.94/36.28 [12802] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [12803] ~! [Y7_7] : ((q(X6_255_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [12803] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_255_2) <=> q(Y7_7)))
% 251.94/36.28 -> [12804] ~(q(X6_255_2) <=> q(skolem_Y77(X6_255_2)))
% 251.94/36.28
% 251.94/36.28 [12804] BETA_NOT_EQUIV : ~(q(X6_255_2) <=> q(skolem_Y77(X6_255_2)))
% 251.94/36.28 -> [12805] ~q(X6_255_2), q(skolem_Y77(X6_255_2))
% 251.94/36.28 -> [12806] q(X6_255_2), ~q(skolem_Y77(X6_255_2))
% 251.94/36.28
% 251.94/36.28 [12806] CLOSURE : q(X6_255_2)
% 251.94/36.28
% 251.94/36.28 [12805] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [14451] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [14451] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [14452] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [14453] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [14452] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [14912] ~r(X8_104_4)
% 251.94/36.28
% 251.94/36.28 [14912] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [14913] ~s(X12_46_5)
% 251.94/36.28
% 251.94/36.28 [14913] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [14914] p(Y13_29_6)
% 251.94/36.28
% 251.94/36.28 [14914] CLOSURE : p(Y13_29_6)
% 251.94/36.28
% 251.94/36.28 [14453] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [12452] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [13198] ~q(X6_275_2)
% 251.94/36.28
% 251.94/36.28 [13198] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [13199] ~! [Y7_7] : ((q(X6_275_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [13199] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_275_2) <=> q(Y7_7)))
% 251.94/36.28 -> [13200] ~(q(X6_275_2) <=> q(skolem_Y77(X6_275_2)))
% 251.94/36.28
% 251.94/36.28 [13200] BETA_NOT_EQUIV : ~(q(X6_275_2) <=> q(skolem_Y77(X6_275_2)))
% 251.94/36.28 -> [13201] ~q(X6_275_2), q(skolem_Y77(X6_275_2))
% 251.94/36.28 -> [13202] q(X6_275_2), ~q(skolem_Y77(X6_275_2))
% 251.94/36.28
% 251.94/36.28 [13202] CLOSURE : q(X6_275_2)
% 251.94/36.28
% 251.94/36.28 [13201] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [22756] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [22756] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [22757] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [22758] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [22758] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [22757] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [23259] ~r(X8_330_4)
% 251.94/36.28
% 251.94/36.28 [23259] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [23515] ~s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [23515] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [23723] p(Y13_122_6)
% 251.94/36.28
% 251.94/36.28 [23723] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [23908] (s(skolem_X1414) <=> s(Y15_57_7))
% 251.94/36.28
% 251.94/36.28 [23908] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_57_7))
% 251.94/36.28 -> [23909] ~s(skolem_X1414), ~s(Y15_57_7)
% 251.94/36.28 -> [23910] s(skolem_X1414), s(Y15_57_7)
% 251.94/36.28
% 251.94/36.28 [23910] CLOSURE : s(Y15_57_7)
% 251.94/36.28
% 251.94/36.28 [23909] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [24247] ~p(X16_35_8)
% 251.94/36.28
% 251.94/36.28 [24247] CLOSURE : ~p(X16_35_8)
% 251.94/36.28
% 251.94/36.28 [11763] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [11768] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [11768] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [12455] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [12455] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12456] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [12456] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [12457] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [12458] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12457] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12458] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [13209] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13209] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [13211] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [13211] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [13213] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [13213] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [13214] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [13215] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13214] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13215] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [11759] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [12441] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [12442] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [12441] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [12784] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [12784] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12785] (p(skolem_X22) <=> p(Y3_507_0))
% 251.94/36.28
% 251.94/36.28 [12785] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_507_0))
% 251.94/36.28 -> [12786] ~p(skolem_X22), ~p(Y3_507_0)
% 251.94/36.28 -> [12787] p(skolem_X22), p(Y3_507_0)
% 251.94/36.28
% 251.94/36.28 [12786] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [13174] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13174] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [13175] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [13175] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [13177] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [13177] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [13178] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [13179] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13178] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [13179] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [12787] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [13536] ~q(X6_294_2)
% 251.94/36.28
% 251.94/36.28 [13536] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [13538] ~! [Y7_7] : ((q(X6_294_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [13538] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_294_2) <=> q(Y7_7)))
% 251.94/36.28 -> [13539] ~(q(X6_294_2) <=> q(skolem_Y77(X6_294_2)))
% 251.94/36.28
% 251.94/36.28 [13539] BETA_NOT_EQUIV : ~(q(X6_294_2) <=> q(skolem_Y77(X6_294_2)))
% 251.94/36.28 -> [13540] ~q(X6_294_2), q(skolem_Y77(X6_294_2))
% 251.94/36.28 -> [13541] q(X6_294_2), ~q(skolem_Y77(X6_294_2))
% 251.94/36.28
% 251.94/36.28 [13541] CLOSURE : q(X6_294_2)
% 251.94/36.28
% 251.94/36.28 [13540] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [37892] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [37892] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [37893] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [37894] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [37894] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [37893] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [37934] ~r(X8_1089_4)
% 251.94/36.28
% 251.94/36.28 [37934] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [37938] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [37938] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [37944] p(Y13_515_6)
% 251.94/36.28
% 251.94/36.28 [37944] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [37954] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [37954] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [37955] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [37955] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [37956] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [37957] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [37956] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [37957] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [12442] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [12443] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12443] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [12794] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [12794] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [12797] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [12798] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12797] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [12798] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [13552] ~q(X6_295_2)
% 251.94/36.28
% 251.94/36.28 [13552] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [13553] ~! [Y7_7] : ((q(X6_295_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [13553] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_295_2) <=> q(Y7_7)))
% 251.94/36.28 -> [13555] ~(q(X6_295_2) <=> q(skolem_Y77(X6_295_2)))
% 251.94/36.28
% 251.94/36.28 [13555] BETA_NOT_EQUIV : ~(q(X6_295_2) <=> q(skolem_Y77(X6_295_2)))
% 251.94/36.28 -> [13556] ~q(X6_295_2), q(skolem_Y77(X6_295_2))
% 251.94/36.28 -> [13557] q(X6_295_2), ~q(skolem_Y77(X6_295_2))
% 251.94/36.28
% 251.94/36.28 [13557] CLOSURE : q(X6_295_2)
% 251.94/36.28
% 251.94/36.28 [13556] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [37866] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [37866] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [37867] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [37868] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [37868] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [37867] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [37937] ~r(X8_1090_4)
% 251.94/36.28
% 251.94/36.28 [37937] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [37971] ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [37971] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [37991] p(Y13_516_6)
% 251.94/36.28
% 251.94/36.28 [37991] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [38009] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [38009] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.94/36.28 -> [38010] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28
% 251.94/36.28 [38010] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.94/36.28 -> [38012] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.94/36.28 -> [38013] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [38012] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.94/36.28
% 251.94/36.28 [38013] CLOSURE : s(skolem_Y99)
% 251.94/36.28
% 251.94/36.28 [5416] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [5417] r(skolem_X88)
% 251.94/36.28
% 251.94/36.28 [5417] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28 -> [5418] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [5419] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28
% 251.94/36.28 [5418] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [20600] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [20601] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [20601] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [20605] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [20605] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [21288] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21288] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [22339] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [22340] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [22340] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [22341] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [22341] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [22342] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22343] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [22343] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [22344] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22344] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22789] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22789] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [23192] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [23192] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [23193] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [23194] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [23194] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [23193] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [24535] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [24535] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [24802] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [24802] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [24803] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [24803] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [24804] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [24805] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [24804] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [24805] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22342] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22516] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [22516] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [22517] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [22518] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22518] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22517] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [23191] ~q(X6_724_2)
% 251.94/36.28
% 251.94/36.28 [23191] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [23470] ~! [Y7_7] : ((q(X6_724_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [23470] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_724_2) <=> q(Y7_7)))
% 251.94/36.28 -> [23471] ~(q(X6_724_2) <=> q(skolem_Y77(X6_724_2)))
% 251.94/36.28
% 251.94/36.28 [23471] BETA_NOT_EQUIV : ~(q(X6_724_2) <=> q(skolem_Y77(X6_724_2)))
% 251.94/36.28 -> [23472] ~q(X6_724_2), q(skolem_Y77(X6_724_2))
% 251.94/36.28 -> [23473] q(X6_724_2), ~q(skolem_Y77(X6_724_2))
% 251.94/36.28
% 251.94/36.28 [23473] CLOSURE : q(X6_724_2)
% 251.94/36.28
% 251.94/36.28 [23472] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [24795] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [24795] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [24796] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [24797] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [24797] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [24796] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [25687] s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [25687] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [25866] (s(skolem_X1414) <=> s(Y15_91_5))
% 251.94/36.28
% 251.94/36.28 [25866] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_91_5))
% 251.94/36.28 -> [25867] ~s(skolem_X1414), ~s(Y15_91_5)
% 251.94/36.28 -> [25868] s(skolem_X1414), s(Y15_91_5)
% 251.94/36.28
% 251.94/36.28 [25867] CLOSURE : ~s(Y15_91_5)
% 251.94/36.28
% 251.94/36.28 [25868] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [26067] ~p(X16_59_6)
% 251.94/36.28
% 251.94/36.28 [26067] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [26171] q(Y17_45_7)
% 251.94/36.28
% 251.94/36.28 [26171] CLOSURE : q(Y17_45_7)
% 251.94/36.28
% 251.94/36.28 [22339] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [22510] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22511] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [22510] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22645] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22645] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [23047] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [23047] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [23048] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [23049] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [23049] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [23048] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [23652] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23652] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [23873] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [23873] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [23874] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [23874] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [23875] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [23876] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23875] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23876] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22511] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [22653] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22653] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [23053] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [23053] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [23054] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [23055] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [23055] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [23054] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [24304] ~q(X6_754_2)
% 251.94/36.28
% 251.94/36.28 [24304] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [24526] ~! [Y7_7] : ((q(X6_754_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [24526] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_754_2) <=> q(Y7_7)))
% 251.94/36.28 -> [24527] ~(q(X6_754_2) <=> q(skolem_Y77(X6_754_2)))
% 251.94/36.28
% 251.94/36.28 [24527] BETA_NOT_EQUIV : ~(q(X6_754_2) <=> q(skolem_Y77(X6_754_2)))
% 251.94/36.28 -> [24528] ~q(X6_754_2), q(skolem_Y77(X6_754_2))
% 251.94/36.28 -> [24529] q(X6_754_2), ~q(skolem_Y77(X6_754_2))
% 251.94/36.28
% 251.94/36.28 [24529] CLOSURE : q(X6_754_2)
% 251.94/36.28
% 251.94/36.28 [24528] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [25549] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [25549] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [25550] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [25551] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [25551] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [25550] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [26319] s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [26319] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [26399] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [26399] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28 -> [26400] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28
% 251.94/36.28 [26400] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28 -> [26401] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.28 -> [26402] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [26402] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [26401] CLOSURE : ~s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [20600] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [20949] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [20950] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [20949] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21275] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21276] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21275] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21534] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21534] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21536] (p(skolem_X22) <=> p(Y3_762_0))
% 251.94/36.28
% 251.94/36.28 [21536] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_762_0))
% 251.94/36.28 -> [21539] ~p(skolem_X22), ~p(Y3_762_0)
% 251.94/36.28 -> [21540] p(skolem_X22), p(Y3_762_0)
% 251.94/36.28
% 251.94/36.28 [21540] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [22490] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22490] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [22910] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [22910] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [22911] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [22911] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [22912] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [22913] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22912] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [22913] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21539] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [32378] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [32378] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [32379] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [32379] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [32380] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [32380] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [32381] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [32382] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [32381] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [32382] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21276] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21278] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21278] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [32408] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [32408] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [32409] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [32410] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [32409] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [32410] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [32466] ~q(X6_985_2)
% 251.94/36.28
% 251.94/36.28 [32466] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [32525] ~! [Y7_7] : ((q(X6_985_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [32525] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_985_2) <=> q(Y7_7)))
% 251.94/36.28 -> [32527] ~(q(X6_985_2) <=> q(skolem_Y77(X6_985_2)))
% 251.94/36.28
% 251.94/36.28 [32527] BETA_NOT_EQUIV : ~(q(X6_985_2) <=> q(skolem_Y77(X6_985_2)))
% 251.94/36.28 -> [32528] ~q(X6_985_2), q(skolem_Y77(X6_985_2))
% 251.94/36.28 -> [32529] q(X6_985_2), ~q(skolem_Y77(X6_985_2))
% 251.94/36.28
% 251.94/36.28 [32529] CLOSURE : q(X6_985_2)
% 251.94/36.28
% 251.94/36.28 [32528] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [32697] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [32697] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [32698] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [32699] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [32699] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [32698] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [32742] s(Y9_427_4)
% 251.94/36.28
% 251.94/36.28 [32742] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [32744] ~s(X12_444_5)
% 251.94/36.28
% 251.94/36.28 [32744] CLOSURE : ~s(X12_444_5)
% 251.94/36.28
% 251.94/36.28 [20950] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [20954] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [20954] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [20955] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [20956] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [20956] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [20961] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [20961] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21556] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21556] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22498] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [22498] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [22500] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [22501] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22500] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [22501] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [23035] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23035] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [23376] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [23376] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [23377] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [23377] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [23378] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [23379] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23378] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [23379] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [20955] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21281] (p(skolem_X22) <=> p(Y3_746_0))
% 251.94/36.28
% 251.94/36.28 [21281] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_746_0))
% 251.94/36.28 -> [21282] ~p(skolem_X22), ~p(Y3_746_0)
% 251.94/36.28 -> [21283] p(skolem_X22), p(Y3_746_0)
% 251.94/36.28
% 251.94/36.28 [21282] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21541] ~q(skolem_Y77(X6_636_2))
% 251.94/36.28
% 251.94/36.28 [21541] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [21544] ~! [Y7_7] : ((q(X6_636_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [21544] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_636_2) <=> q(Y7_7)))
% 251.94/36.28 -> [21545] ~(q(X6_636_2) <=> q(skolem_Y77(X6_636_2)))
% 251.94/36.28
% 251.94/36.28 [21545] BETA_NOT_EQUIV : ~(q(X6_636_2) <=> q(skolem_Y77(X6_636_2)))
% 251.94/36.28 -> [21546] ~q(X6_636_2), q(skolem_Y77(X6_636_2))
% 251.94/36.28 -> [21547] q(X6_636_2), ~q(skolem_Y77(X6_636_2))
% 251.94/36.28
% 251.94/36.28 [21546] CLOSURE : q(skolem_Y77(X6_636_2))
% 251.94/36.28
% 251.94/36.28 [21547] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [32657] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [32657] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [32658] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [32659] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [32659] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [32658] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [32715] s(Y9_425_4)
% 251.94/36.28
% 251.94/36.28 [32715] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [32728] ~s(X12_443_5)
% 251.94/36.28
% 251.94/36.28 [32728] CLOSURE : ~s(X12_443_5)
% 251.94/36.28
% 251.94/36.28 [21283] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [32540] ~q(X6_987_2)
% 251.94/36.28
% 251.94/36.28 [32540] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [32615] ~! [Y7_7] : ((q(X6_987_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [32615] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_987_2) <=> q(Y7_7)))
% 251.94/36.28 -> [32618] ~(q(X6_987_2) <=> q(skolem_Y77(X6_987_2)))
% 251.94/36.28
% 251.94/36.28 [32618] BETA_NOT_EQUIV : ~(q(X6_987_2) <=> q(skolem_Y77(X6_987_2)))
% 251.94/36.28 -> [32619] ~q(X6_987_2), q(skolem_Y77(X6_987_2))
% 251.94/36.28 -> [32620] q(X6_987_2), ~q(skolem_Y77(X6_987_2))
% 251.94/36.28
% 251.94/36.28 [32620] CLOSURE : q(X6_987_2)
% 251.94/36.28
% 251.94/36.28 [32619] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [32755] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [32755] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [32756] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [32757] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [32757] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [32756] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [32930] s(Y9_431_4)
% 251.94/36.28
% 251.94/36.28 [32930] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [33015] ~s(X12_453_5)
% 251.94/36.28
% 251.94/36.28 [33015] CLOSURE : ~s(X12_453_5)
% 251.94/36.28
% 251.94/36.28 [5419] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [5428] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [5429] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [5428] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [20705] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [20705] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [20706] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [20707] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [20707] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [20711] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [20711] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [20712] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [20713] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [20712] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21045] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21045] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21046] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [21046] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [21047] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [21048] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21048] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21047] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21339] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [21339] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [21340] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [21340] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [21341] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [21341] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [21342] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [21343] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [21342] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [21343] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [20713] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [20715] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [20715] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21664] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [21664] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [21665] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [21666] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21666] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21665] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [23758] ~q(X6_743_2)
% 251.94/36.28
% 251.94/36.28 [23758] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [24021] ~! [Y7_7] : ((q(X6_743_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [24021] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_743_2) <=> q(Y7_7)))
% 251.94/36.28 -> [24023] ~(q(X6_743_2) <=> q(skolem_Y77(X6_743_2)))
% 251.94/36.28
% 251.94/36.28 [24023] BETA_NOT_EQUIV : ~(q(X6_743_2) <=> q(skolem_Y77(X6_743_2)))
% 251.94/36.28 -> [24025] ~q(X6_743_2), q(skolem_Y77(X6_743_2))
% 251.94/36.28 -> [24026] q(X6_743_2), ~q(skolem_Y77(X6_743_2))
% 251.94/36.28
% 251.94/36.28 [24026] CLOSURE : q(X6_743_2)
% 251.94/36.28
% 251.94/36.28 [24025] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [25488] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [25488] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [25489] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [25490] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [25490] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [25489] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [26828] s(Y9_298_4)
% 251.94/36.28
% 251.94/36.28 [26828] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [26881] ~s(X12_286_5)
% 251.94/36.28
% 251.94/36.28 [26881] CLOSURE : ~s(X12_286_5)
% 251.94/36.28
% 251.94/36.28 [20706] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21042] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21043] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21043] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21044] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21044] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [22085] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [22085] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [22677] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [22677] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [22678] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [22679] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22679] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [22678] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [24188] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [24188] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [24479] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [24479] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [24480] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [24480] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [24481] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [24482] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [24481] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [24482] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21042] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21333] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [21333] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [21334] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [21335] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21335] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [21334] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21641] ~q(skolem_Y77(X6_637_2))
% 251.94/36.28
% 251.94/36.28 [21641] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [21642] ~! [Y7_7] : ((q(X6_637_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [21642] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_637_2) <=> q(Y7_7)))
% 251.94/36.28 -> [21643] ~(q(X6_637_2) <=> q(skolem_Y77(X6_637_2)))
% 251.94/36.28
% 251.94/36.28 [21643] BETA_NOT_EQUIV : ~(q(X6_637_2) <=> q(skolem_Y77(X6_637_2)))
% 251.94/36.28 -> [21644] ~q(X6_637_2), q(skolem_Y77(X6_637_2))
% 251.94/36.28 -> [21645] q(X6_637_2), ~q(skolem_Y77(X6_637_2))
% 251.94/36.28
% 251.94/36.28 [21644] CLOSURE : q(skolem_Y77(X6_637_2))
% 251.94/36.28
% 251.94/36.28 [21645] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [36733] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [36733] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [36734] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [36735] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [36735] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [36734] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [36763] s(Y9_549_4)
% 251.94/36.28
% 251.94/36.28 [36763] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [36777] ~s(X12_556_5)
% 251.94/36.28
% 251.94/36.28 [36777] CLOSURE : ~s(X12_556_5)
% 251.94/36.28
% 251.94/36.28 [5429] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [5431] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [5431] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [20854] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [20855] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [20854] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [21019] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21020] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [21020] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [21022] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21022] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21450] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21450] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [25238] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [25238] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [25239] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [25240] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [25239] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [25240] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [25284] ~q(X6_779_2)
% 251.94/36.28
% 251.94/36.28 [25284] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [25299] ~! [Y7_7] : ((q(X6_779_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [25299] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_779_2) <=> q(Y7_7)))
% 251.94/36.28 -> [25300] ~(q(X6_779_2) <=> q(skolem_Y77(X6_779_2)))
% 251.94/36.28
% 251.94/36.28 [25300] BETA_NOT_EQUIV : ~(q(X6_779_2) <=> q(skolem_Y77(X6_779_2)))
% 251.94/36.28 -> [25301] ~q(X6_779_2), q(skolem_Y77(X6_779_2))
% 251.94/36.28 -> [25302] q(X6_779_2), ~q(skolem_Y77(X6_779_2))
% 251.94/36.28
% 251.94/36.28 [25302] CLOSURE : q(X6_779_2)
% 251.94/36.28
% 251.94/36.28 [25301] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [25407] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [25407] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [25408] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [25409] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [25409] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [25408] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [25459] s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [25459] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [25464] p(Y13_193_5)
% 251.94/36.28
% 251.94/36.28 [25464] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [25480] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [25480] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28 -> [25481] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28
% 251.94/36.28 [25481] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28 -> [25482] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.28 -> [25483] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [25483] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [25482] CLOSURE : ~s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [21019] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21237] (p(skolem_X22) <=> p(Y3_744_0))
% 251.94/36.28
% 251.94/36.28 [21237] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_744_0))
% 251.94/36.28 -> [21238] ~p(skolem_X22), ~p(Y3_744_0)
% 251.94/36.28 -> [21239] p(skolem_X22), p(Y3_744_0)
% 251.94/36.28
% 251.94/36.28 [21238] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [25178] ~q(X6_778_2)
% 251.94/36.28
% 251.94/36.28 [25178] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [25223] ~! [Y7_7] : ((q(X6_778_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [25223] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_778_2) <=> q(Y7_7)))
% 251.94/36.28 -> [25224] ~(q(X6_778_2) <=> q(skolem_Y77(X6_778_2)))
% 251.94/36.28
% 251.94/36.28 [25224] BETA_NOT_EQUIV : ~(q(X6_778_2) <=> q(skolem_Y77(X6_778_2)))
% 251.94/36.28 -> [25225] ~q(X6_778_2), q(skolem_Y77(X6_778_2))
% 251.94/36.28 -> [25226] q(X6_778_2), ~q(skolem_Y77(X6_778_2))
% 251.94/36.28
% 251.94/36.28 [25226] CLOSURE : q(X6_778_2)
% 251.94/36.28
% 251.94/36.28 [25225] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [25337] (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.28
% 251.94/36.28 [25337] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.94/36.28 -> [25339] ~r(skolem_X1010), ~r(skolem_X88)
% 251.94/36.28 -> [25340] r(skolem_X1010), r(skolem_X88)
% 251.94/36.28
% 251.94/36.28 [25339] CLOSURE : ~r(skolem_X88)
% 251.94/36.28
% 251.94/36.28 [25340] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [25419] s(Y9_247_4)
% 251.94/36.28
% 251.94/36.28 [25419] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [25429] p(Y13_190_5)
% 251.94/36.28
% 251.94/36.28 [25429] CLOSURE : p(Y13_190_5)
% 251.94/36.28
% 251.94/36.28 [21239] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [41497] ~q(X6_1285_2)
% 251.94/36.28
% 251.94/36.28 [41497] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [41619] ~! [Y7_7] : ((q(X6_1285_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [41619] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1285_2) <=> q(Y7_7)))
% 251.94/36.28 -> [41620] ~(q(X6_1285_2) <=> q(skolem_Y77(X6_1285_2)))
% 251.94/36.28
% 251.94/36.28 [41620] BETA_NOT_EQUIV : ~(q(X6_1285_2) <=> q(skolem_Y77(X6_1285_2)))
% 251.94/36.28 -> [41621] ~q(X6_1285_2), q(skolem_Y77(X6_1285_2))
% 251.94/36.28 -> [41622] q(X6_1285_2), ~q(skolem_Y77(X6_1285_2))
% 251.94/36.28
% 251.94/36.28 [41622] CLOSURE : q(X6_1285_2)
% 251.94/36.28
% 251.94/36.28 [41621] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [42066] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [42066] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [42067] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [42068] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [42068] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [42067] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [42258] s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [42258] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [42294] p(Y13_637_5)
% 251.94/36.28
% 251.94/36.28 [42294] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [42317] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [42317] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28 -> [42318] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28
% 251.94/36.28 [42318] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28 -> [42319] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.28 -> [42320] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [42320] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [42319] CLOSURE : ~s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [20855] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [20856] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [20856] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [20857] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [20858] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [20858] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [20859] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [20859] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [21242] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [21242] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [21244] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [21245] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [21245] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [21856] ~q(X6_782_2)
% 251.94/36.28
% 251.94/36.28 [21856] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [25491] ~! [Y7_7] : ((q(X6_782_2) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [25491] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_782_2) <=> q(Y7_7)))
% 251.94/36.28 -> [25492] ~(q(X6_782_2) <=> q(skolem_Y77(X6_782_2)))
% 251.94/36.28
% 251.94/36.28 [25492] BETA_NOT_EQUIV : ~(q(X6_782_2) <=> q(skolem_Y77(X6_782_2)))
% 251.94/36.28 -> [25493] ~q(X6_782_2), q(skolem_Y77(X6_782_2))
% 251.94/36.28 -> [25494] q(X6_782_2), ~q(skolem_Y77(X6_782_2))
% 251.94/36.28
% 251.94/36.28 [25494] CLOSURE : q(X6_782_2)
% 251.94/36.28
% 251.94/36.28 [25493] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [26838] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [26838] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [26914] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [26915] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [26915] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [26914] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [27191] s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [27191] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [27271] p(Y13_244_5)
% 251.94/36.28
% 251.94/36.28 [27271] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [27354] (s(skolem_X1414) <=> s(Y15_107_6))
% 251.94/36.28
% 251.94/36.28 [27354] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_107_6))
% 251.94/36.28 -> [27355] ~s(skolem_X1414), ~s(Y15_107_6)
% 251.94/36.28 -> [27356] s(skolem_X1414), s(Y15_107_6)
% 251.94/36.28
% 251.94/36.28 [27356] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [27437] q(Y17_56_7)
% 251.94/36.28
% 251.94/36.28 [27437] CLOSURE : q(Y17_56_7)
% 251.94/36.28
% 251.94/36.28 [27355] CLOSURE : ~s(Y15_107_6)
% 251.94/36.28
% 251.94/36.28 [21244] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [20857] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [21027] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [21027] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [41593] (p(skolem_X22) <=> p(Y3_1111_0))
% 251.94/36.28
% 251.94/36.28 [41593] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1111_0))
% 251.94/36.28 -> [41594] ~p(skolem_X22), ~p(Y3_1111_0)
% 251.94/36.28 -> [41595] p(skolem_X22), p(Y3_1111_0)
% 251.94/36.28
% 251.94/36.28 [41595] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [41856] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [41856] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [41982] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [41982] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [41983] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [41983] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [41984] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [41985] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [41984] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [41985] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [41594] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [41880] ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [41880] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [42008] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [42008] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.94/36.28 -> [42009] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28
% 251.94/36.28 [42009] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.94/36.28 -> [42010] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.94/36.28 -> [42011] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [42010] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.94/36.28
% 251.94/36.28 [42011] CLOSURE : q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [347] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.94/36.28 -> [356] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28
% 251.94/36.28 [356] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.94/36.28 -> [357] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28 -> [358] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28
% 251.94/36.28 [358] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.94/36.28 -> [363] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28
% 251.94/36.28 [363] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.94/36.28 -> [364] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [365] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.94/36.28
% 251.94/36.28 [364] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.94/36.28 -> [749] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [750] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28
% 251.94/36.28 [750] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [753] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [754] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [753] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [1055] ~p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [1055] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [1056] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [1057] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [1057] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [1068] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [1068] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [1071] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [1072] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [1072] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [1084] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [1084] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [1464] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [1464] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [1466] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [1467] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [1466] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [1467] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [3232] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [3232] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [3236] (q(skolem_X66) <=> q(Y7_36_2))
% 251.94/36.28
% 251.94/36.28 [3236] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_36_2))
% 251.94/36.28 -> [3237] ~q(skolem_X66), ~q(Y7_36_2)
% 251.94/36.28 -> [3238] q(skolem_X66), q(Y7_36_2)
% 251.94/36.28
% 251.94/36.28 [3238] CLOSURE : q(Y7_36_2)
% 251.94/36.28
% 251.94/36.28 [3237] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [3447] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [3447] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [3448] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [3449] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [3449] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [3448] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [3665] ~r(X8_8_4)
% 251.94/36.28
% 251.94/36.28 [3665] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [3669] s(Y9_6_5)
% 251.94/36.28
% 251.94/36.28 [3669] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [4132] ~s(X12_6_6)
% 251.94/36.28
% 251.94/36.28 [4132] CLOSURE : ~s(X12_6_6)
% 251.94/36.28
% 251.94/36.28 [1071] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [1461] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [1461] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [2697] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [2697] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [2700] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [2701] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [2701] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [2700] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [3223] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [3223] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [3224] (q(skolem_X66) <=> q(Y7_35_2))
% 251.94/36.28
% 251.94/36.28 [3224] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_35_2))
% 251.94/36.28 -> [3225] ~q(skolem_X66), ~q(Y7_35_2)
% 251.94/36.28 -> [3226] q(skolem_X66), q(Y7_35_2)
% 251.94/36.28
% 251.94/36.28 [3226] CLOSURE : q(Y7_35_2)
% 251.94/36.28
% 251.94/36.28 [3225] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [4004] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [4004] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [4005] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [4006] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [4005] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [13929] ~r(X8_89_4)
% 251.94/36.28
% 251.94/36.28 [13929] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [13930] s(Y9_56_5)
% 251.94/36.28
% 251.94/36.28 [13930] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [14343] ~s(X12_43_6)
% 251.94/36.28
% 251.94/36.28 [14343] CLOSURE : ~s(X12_43_6)
% 251.94/36.28
% 251.94/36.28 [4006] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [1056] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [2611] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [2612] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [2611] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [3103] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28
% 251.94/36.28 [3103] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.94/36.28 -> [3104] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.94/36.28 -> [3105] p(skolem_X22), p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [3105] CLOSURE : p(skolem_Y1313)
% 251.94/36.28
% 251.94/36.28 [3104] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [3851] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [3851] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [3852] (q(skolem_X66) <=> q(Y7_51_2))
% 251.94/36.28
% 251.94/36.28 [3852] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_51_2))
% 251.94/36.28 -> [3853] ~q(skolem_X66), ~q(Y7_51_2)
% 251.94/36.28 -> [3854] q(skolem_X66), q(Y7_51_2)
% 251.94/36.28
% 251.94/36.28 [3854] CLOSURE : q(Y7_51_2)
% 251.94/36.28
% 251.94/36.28 [3853] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [15610] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [15610] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [15611] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [15612] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [15611] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [16014] ~r(X8_129_4)
% 251.94/36.28
% 251.94/36.28 [16014] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [16015] s(Y9_75_5)
% 251.94/36.28
% 251.94/36.28 [16015] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [16413] ~s(X12_57_6)
% 251.94/36.28
% 251.94/36.28 [16413] CLOSURE : ~s(X12_57_6)
% 251.94/36.28
% 251.94/36.28 [15612] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [2612] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [2621] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [2621] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [3112] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [3112] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [3115] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [3115] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [3116] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [3117] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [3116] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [3117] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [17140] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [17140] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [17141] (q(skolem_X66) <=> q(Y7_456_2))
% 251.94/36.28
% 251.94/36.28 [17141] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_456_2))
% 251.94/36.28 -> [17142] ~q(skolem_X66), ~q(Y7_456_2)
% 251.94/36.28 -> [17143] q(skolem_X66), q(Y7_456_2)
% 251.94/36.28
% 251.94/36.28 [17143] CLOSURE : q(Y7_456_2)
% 251.94/36.28
% 251.94/36.28 [17142] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [17513] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [17513] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [17514] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [17515] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [17515] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [17514] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [17931] ~r(X8_166_4)
% 251.94/36.28
% 251.94/36.28 [17931] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [17933] s(Y9_95_5)
% 251.94/36.28
% 251.94/36.28 [17933] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [18943] ~s(X12_100_6)
% 251.94/36.28
% 251.94/36.28 [18943] CLOSURE : ~s(X12_100_6)
% 251.94/36.28
% 251.94/36.28 [754] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [761] s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [761] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [766] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [767] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [766] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [1093] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [1094] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [1093] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [1486] (p(skolem_X22) <=> p(Y3_26_0))
% 251.94/36.28
% 251.94/36.28 [1486] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_26_0))
% 251.94/36.28 -> [1491] ~p(skolem_X22), ~p(Y3_26_0)
% 251.94/36.28 -> [1492] p(skolem_X22), p(Y3_26_0)
% 251.94/36.28
% 251.94/36.28 [1491] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [2207] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [2207] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [2213] (q(skolem_X66) <=> q(Y7_14_2))
% 251.94/36.28
% 251.94/36.28 [2213] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_14_2))
% 251.94/36.28 -> [2214] ~q(skolem_X66), ~q(Y7_14_2)
% 251.94/36.28 -> [2215] q(skolem_X66), q(Y7_14_2)
% 251.94/36.28
% 251.94/36.28 [2215] CLOSURE : q(Y7_14_2)
% 251.94/36.28
% 251.94/36.28 [2214] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [2655] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [2655] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [2656] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [2657] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [2657] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [2656] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [2842] ~r(X8_1_4)
% 251.94/36.28
% 251.94/36.28 [2842] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [2843] s(Y9_2_5)
% 251.94/36.28
% 251.94/36.28 [2843] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [3016] p(Y13_1_6)
% 251.94/36.28
% 251.94/36.28 [3016] CLOSURE : p(Y13_1_6)
% 251.94/36.28
% 251.94/36.28 [1492] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [2674] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [2674] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [3248] (q(skolem_X66) <=> q(Y7_38_2))
% 251.94/36.28
% 251.94/36.28 [3248] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_38_2))
% 251.94/36.28 -> [3249] ~q(skolem_X66), ~q(Y7_38_2)
% 251.94/36.28 -> [3250] q(skolem_X66), q(Y7_38_2)
% 251.94/36.28
% 251.94/36.28 [3250] CLOSURE : q(Y7_38_2)
% 251.94/36.28
% 251.94/36.28 [3249] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [4134] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [4134] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [4135] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [4136] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [4136] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [4135] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [4567] ~r(X8_16_4)
% 251.94/36.28
% 251.94/36.28 [4567] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [4749] s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [4749] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [4950] p(Y13_6_6)
% 251.94/36.28
% 251.94/36.28 [4950] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [5213] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [5213] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28 -> [5214] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28
% 251.94/36.28 [5214] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28 -> [5215] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.28 -> [5216] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [5216] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [5215] CLOSURE : ~s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [1094] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [1097] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [1097] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [2238] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [2238] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [3042] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [3042] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [3043] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [3044] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [3043] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [3044] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [3910] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [3910] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [4239] (q(skolem_X66) <=> q(Y7_66_2))
% 251.94/36.28
% 251.94/36.28 [4239] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_66_2))
% 251.94/36.28 -> [4240] ~q(skolem_X66), ~q(Y7_66_2)
% 251.94/36.28 -> [4241] q(skolem_X66), q(Y7_66_2)
% 251.94/36.28
% 251.94/36.28 [4241] CLOSURE : q(Y7_66_2)
% 251.94/36.28
% 251.94/36.28 [4240] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [4622] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [4622] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [4623] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [4624] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [4624] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [4623] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [4962] ~r(X8_18_4)
% 251.94/36.28
% 251.94/36.28 [4962] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [5157] s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [5157] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [5356] p(Y13_8_6)
% 251.94/36.28
% 251.94/36.28 [5356] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [5590] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [5590] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.94/36.28 -> [5591] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28
% 251.94/36.28 [5591] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.94/36.28 -> [5593] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.94/36.28 -> [5594] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [5594] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.94/36.28
% 251.94/36.28 [5593] CLOSURE : ~s(skolem_X1212)
% 251.94/36.28
% 251.94/36.28 [767] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [940] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [940] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [941] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [942] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [942] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [958] p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [958] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [1698] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28
% 251.94/36.28 [1698] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.28 -> [1699] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.28 -> [1700] p(skolem_X22), p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [1699] CLOSURE : ~p(skolem_X1616)
% 251.94/36.28
% 251.94/36.28 [1700] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [3235] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [3235] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [4493] (q(skolem_X66) <=> q(Y7_80_2))
% 251.94/36.28
% 251.94/36.28 [4493] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_80_2))
% 251.94/36.28 -> [4494] ~q(skolem_X66), ~q(Y7_80_2)
% 251.94/36.28 -> [4495] q(skolem_X66), q(Y7_80_2)
% 251.94/36.28
% 251.94/36.28 [4495] CLOSURE : q(Y7_80_2)
% 251.94/36.28
% 251.94/36.28 [4494] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [5481] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [5481] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [5484] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [5485] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [5485] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [5484] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [6328] ~r(X8_27_4)
% 251.94/36.28
% 251.94/36.28 [6328] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [12043] s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [12043] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [25611] p(Y13_200_6)
% 251.94/36.28
% 251.94/36.28 [25611] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [25657] (s(skolem_X1414) <=> s(Y15_86_7))
% 251.94/36.28
% 251.94/36.28 [25657] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_86_7))
% 251.94/36.28 -> [25658] ~s(skolem_X1414), ~s(Y15_86_7)
% 251.94/36.28 -> [25659] s(skolem_X1414), s(Y15_86_7)
% 251.94/36.28
% 251.94/36.28 [25659] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [25689] q(Y17_41_8)
% 251.94/36.28
% 251.94/36.28 [25689] CLOSURE : q(Y17_41_8)
% 251.94/36.28
% 251.94/36.28 [25658] CLOSURE : ~s(Y15_86_7)
% 251.94/36.28
% 251.94/36.28 [941] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [1327] ~q(skolem_Y1717)
% 251.94/36.28
% 251.94/36.28 [1327] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [1332] (p(skolem_X22) <=> p(Y3_20_0))
% 251.94/36.28
% 251.94/36.28 [1332] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_20_0))
% 251.94/36.28 -> [1334] ~p(skolem_X22), ~p(Y3_20_0)
% 251.94/36.28 -> [1335] p(skolem_X22), p(Y3_20_0)
% 251.94/36.28
% 251.94/36.28 [1334] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [1677] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [1677] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [1679] (q(skolem_X66) <=> q(Y7_7_2))
% 251.94/36.28
% 251.94/36.28 [1679] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_7_2))
% 251.94/36.28 -> [1680] ~q(skolem_X66), ~q(Y7_7_2)
% 251.94/36.28 -> [1681] q(skolem_X66), q(Y7_7_2)
% 251.94/36.28
% 251.94/36.28 [1680] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [2438] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [2438] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [2439] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [2440] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [2439] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [3212] ~r(X8_3_4)
% 251.94/36.28
% 251.94/36.28 [3212] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [3214] s(Y9_3_5)
% 251.94/36.28
% 251.94/36.28 [3214] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [4138] p(Y13_4_6)
% 251.94/36.28
% 251.94/36.28 [4138] CLOSURE : p(Y13_4_6)
% 251.94/36.28
% 251.94/36.28 [2440] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [1681] CLOSURE : q(Y7_7_2)
% 251.94/36.28
% 251.94/36.28 [1335] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [4170] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [4170] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [4657] (q(skolem_X66) <=> q(Y7_84_2))
% 251.94/36.28
% 251.94/36.28 [4657] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_84_2))
% 251.94/36.28 -> [4658] ~q(skolem_X66), ~q(Y7_84_2)
% 251.94/36.28 -> [4659] q(skolem_X66), q(Y7_84_2)
% 251.94/36.28
% 251.94/36.28 [4659] CLOSURE : q(Y7_84_2)
% 251.94/36.28
% 251.94/36.28 [4658] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [5665] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [5665] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [5666] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [5667] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [5667] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [5666] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [21521] ~r(X8_266_4)
% 251.94/36.28
% 251.94/36.28 [21521] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [31710] s(skolem_X1414)
% 251.94/36.28
% 251.94/36.28 [31710] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [31869] p(Y13_352_6)
% 251.94/36.28
% 251.94/36.28 [31869] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28 -> [31998] (s(skolem_X1414) <=> s(Y15_163_7))
% 251.94/36.28
% 251.94/36.28 [31998] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_163_7))
% 251.94/36.28 -> [31999] ~s(skolem_X1414), ~s(Y15_163_7)
% 251.94/36.28 -> [32000] s(skolem_X1414), s(Y15_163_7)
% 251.94/36.28
% 251.94/36.28 [32000] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.94/36.28 -> [32144] ~p(X16_113_8)
% 251.94/36.28
% 251.94/36.28 [32144] CLOSURE : ~p(X16_113_8)
% 251.94/36.28
% 251.94/36.28 [31999] CLOSURE : ~s(Y15_163_7)
% 251.94/36.28
% 251.94/36.28 [749] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.94/36.28 -> [1004] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.94/36.28 -> [1005] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.94/36.28
% 251.94/36.28 [1004] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.94/36.28 -> [8296] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [8297] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28
% 251.94/36.28 [8297] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.94/36.28 -> [8303] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.94/36.28
% 251.94/36.28 [8303] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.28 -> [8305] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.28 -> [8306] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.28
% 251.94/36.28 [8305] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.28 -> [9008] (p(skolem_X22) <=> p(Y3_352_0))
% 251.94/36.28
% 251.94/36.28 [9008] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_352_0))
% 251.94/36.28 -> [9009] ~p(skolem_X22), ~p(Y3_352_0)
% 251.94/36.28 -> [9010] p(skolem_X22), p(Y3_352_0)
% 251.94/36.28
% 251.94/36.28 [9009] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [9659] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [9659] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [9660] (q(skolem_X66) <=> q(Y7_192_2))
% 251.94/36.28
% 251.94/36.28 [9660] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_192_2))
% 251.94/36.28 -> [9661] ~q(skolem_X66), ~q(Y7_192_2)
% 251.94/36.28 -> [9662] q(skolem_X66), q(Y7_192_2)
% 251.94/36.28
% 251.94/36.28 [9662] CLOSURE : q(Y7_192_2)
% 251.94/36.28
% 251.94/36.28 [9661] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [15822] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28
% 251.94/36.28 [15822] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.28 -> [15823] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.28 -> [15824] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [15823] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.28 -> [16135] ~r(X8_130_4)
% 251.94/36.28
% 251.94/36.28 [16135] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.28 -> [16138] s(Y9_78_5)
% 251.94/36.28
% 251.94/36.28 [16138] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.28 -> [16563] ~s(X12_58_6)
% 251.94/36.28
% 251.94/36.28 [16563] CLOSURE : ~s(X12_58_6)
% 251.94/36.28
% 251.94/36.28 [15824] CLOSURE : r(skolem_Y55)
% 251.94/36.28
% 251.94/36.28 [9010] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.28 -> [9017] ~q(skolem_X66)
% 251.94/36.28
% 251.94/36.28 [9017] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.28 -> [9018] (q(skolem_X66) <=> q(Y7_170_2))
% 251.94/36.28
% 251.94/36.28 [9018] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_170_2))
% 251.94/36.28 -> [9019] ~q(skolem_X66), ~q(Y7_170_2)
% 251.94/36.28 -> [9020] q(skolem_X66), q(Y7_170_2)
% 251.94/36.28
% 251.94/36.28 [9020] CLOSURE : q(Y7_170_2)
% 251.94/36.28
% 251.94/36.28 [9019] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.28 -> [9671] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.29
% 251.94/36.29 [9671] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.29 -> [9672] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.29 -> [9673] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.29
% 251.94/36.29 [9673] CLOSURE : r(skolem_Y55)
% 251.94/36.29
% 251.94/36.29 [9672] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.29 -> [15838] ~r(X8_127_4)
% 251.94/36.29
% 251.94/36.29 [15838] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.29 -> [15841] s(Y9_73_5)
% 251.94/36.29
% 251.94/36.29 [15841] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.29 -> [17325] ~s(X12_74_6)
% 251.94/36.29
% 251.94/36.29 [17325] CLOSURE : ~s(X12_74_6)
% 251.94/36.29
% 251.94/36.29 [8306] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.94/36.29 -> [8310] p(skolem_X1616)
% 251.94/36.29
% 251.94/36.29 [8310] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.94/36.29 -> [8311] ~q(skolem_Y1717)
% 251.94/36.29
% 251.94/36.29 [8311] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.94/36.29 -> [8312] (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.29
% 251.94/36.29 [8312] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.94/36.29 -> [8313] ~p(skolem_X22), ~p(skolem_X1616)
% 251.94/36.29 -> [8314] p(skolem_X22), p(skolem_X1616)
% 251.94/36.29
% 251.94/36.29 [8313] CLOSURE : ~p(skolem_X1616)
% 251.94/36.29
% 251.94/36.29 [8314] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.94/36.29 -> [9675] ~q(skolem_X66)
% 251.94/36.29
% 251.94/36.29 [9675] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.94/36.29 -> [9676] (q(skolem_X66) <=> q(Y7_193_2))
% 251.94/36.29
% 251.94/36.29 [9676] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_193_2))
% 251.94/36.29 -> [9678] ~q(skolem_X66), ~q(Y7_193_2)
% 251.94/36.29 -> [9679] q(skolem_X66), q(Y7_193_2)
% 251.94/36.29
% 251.94/36.29 [9679] CLOSURE : q(Y7_193_2)
% 251.94/36.29
% 251.94/36.29 [9678] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.94/36.29 -> [15847] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.29
% 251.94/36.29 [15847] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.94/36.29 -> [15848] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.94/36.29 -> [15849] r(skolem_X1010), r(skolem_Y55)
% 251.94/36.29
% 251.94/36.29 [15849] CLOSURE : r(skolem_Y55)
% 251.94/36.29
% 251.94/36.29 [15848] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.94/36.29 -> [16168] ~r(X8_131_4)
% 251.94/36.29
% 251.94/36.29 [16168] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.94/36.29 -> [16169] s(Y9_79_5)
% 251.94/36.29
% 251.94/36.29 [16169] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.94/36.29 -> [17328] ~s(X12_75_6)
% 251.94/36.29
% 251.94/36.29 [17328] CLOSURE : ~s(X12_75_6)
% 251.94/36.29
% 251.94/36.29 [8296] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.94/36.29 -> [8976] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.94/36.29 -> [8977] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.94/36.29
% 251.94/36.29 [8977] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [8982] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [8982] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [8984] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [8984] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [8985] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [8986] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [8985] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [8986] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [8989] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [8989] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [8990] (q(skolem_X66) <=> q(Y7_169_2))
% 251.95/36.29
% 251.95/36.29 [8990] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_169_2))
% 251.95/36.29 -> [8991] ~q(skolem_X66), ~q(Y7_169_2)
% 251.95/36.29 -> [8992] q(skolem_X66), q(Y7_169_2)
% 251.95/36.29
% 251.95/36.29 [8992] CLOSURE : q(Y7_169_2)
% 251.95/36.29
% 251.95/36.29 [8991] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [9652] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [9652] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [9653] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [9654] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [9654] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [9653] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [15807] ~r(X8_126_4)
% 251.95/36.29
% 251.95/36.29 [15807] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [15808] s(Y9_72_5)
% 251.95/36.29
% 251.95/36.29 [15808] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [16939] ~s(X12_65_6)
% 251.95/36.29
% 251.95/36.29 [16939] CLOSURE : ~s(X12_65_6)
% 251.95/36.29
% 251.95/36.29 [8976] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [9640] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [9640] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [9641] (p(skolem_X22) <=> p(Y3_382_0))
% 251.95/36.29
% 251.95/36.29 [9641] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_382_0))
% 251.95/36.29 -> [9642] ~p(skolem_X22), ~p(Y3_382_0)
% 251.95/36.29 -> [9643] p(skolem_X22), p(Y3_382_0)
% 251.95/36.29
% 251.95/36.29 [9642] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [15797] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [15797] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [15798] (q(skolem_X66) <=> q(Y7_411_2))
% 251.95/36.29
% 251.95/36.29 [15798] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_411_2))
% 251.95/36.29 -> [15799] ~q(skolem_X66), ~q(Y7_411_2)
% 251.95/36.29 -> [15800] q(skolem_X66), q(Y7_411_2)
% 251.95/36.29
% 251.95/36.29 [15799] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [16112] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [16112] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [16113] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [16114] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [16113] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [16503] ~r(X8_134_4)
% 251.95/36.29
% 251.95/36.29 [16503] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [16504] s(Y9_80_5)
% 251.95/36.29
% 251.95/36.29 [16504] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [16923] ~s(X12_64_6)
% 251.95/36.29
% 251.95/36.29 [16923] CLOSURE : ~s(X12_64_6)
% 251.95/36.29
% 251.95/36.29 [16114] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [15800] CLOSURE : q(Y7_411_2)
% 251.95/36.29
% 251.95/36.29 [9643] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [16118] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [16118] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [16121] (q(skolem_X66) <=> q(Y7_423_2))
% 251.95/36.29
% 251.95/36.29 [16121] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_423_2))
% 251.95/36.29 -> [16122] ~q(skolem_X66), ~q(Y7_423_2)
% 251.95/36.29 -> [16123] q(skolem_X66), q(Y7_423_2)
% 251.95/36.29
% 251.95/36.29 [16123] CLOSURE : q(Y7_423_2)
% 251.95/36.29
% 251.95/36.29 [16122] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [16532] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [16532] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [16533] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [16534] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [16534] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [16533] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [16929] ~r(X8_140_4)
% 251.95/36.29
% 251.95/36.29 [16929] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [16930] s(Y9_84_5)
% 251.95/36.29
% 251.95/36.29 [16930] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [18160] ~s(X12_85_6)
% 251.95/36.29
% 251.95/36.29 [18160] CLOSURE : ~s(X12_85_6)
% 251.95/36.29
% 251.95/36.29 [1005] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [1017] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [1017] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [1018] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [1018] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [1019] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [1020] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [1019] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [8063] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [8064] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [8063] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [8455] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [8455] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [8456] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [8456] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [8459] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [8460] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [8460] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [8459] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [8882] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [8882] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [8884] (q(skolem_X66) <=> q(Y7_165_2))
% 251.95/36.29
% 251.95/36.29 [8884] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_165_2))
% 251.95/36.29 -> [8886] ~q(skolem_X66), ~q(Y7_165_2)
% 251.95/36.29 -> [8887] q(skolem_X66), q(Y7_165_2)
% 251.95/36.29
% 251.95/36.29 [8887] CLOSURE : q(Y7_165_2)
% 251.95/36.29
% 251.95/36.29 [8886] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [9431] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [9431] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [9432] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [9433] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [9433] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [9432] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [9876] ~r(X8_38_4)
% 251.95/36.29
% 251.95/36.29 [9876] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [9878] s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [9878] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [10372] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [10372] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29 -> [10375] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29
% 251.95/36.29 [10375] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29 -> [10376] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.29 -> [10377] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [10377] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [10376] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [8064] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [8065] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [8065] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [9445] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [9445] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [9446] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [9447] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [9446] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [9447] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [33301] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [33301] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [33398] (q(skolem_X66) <=> q(Y7_1082_2))
% 251.95/36.29
% 251.95/36.29 [33398] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1082_2))
% 251.95/36.29 -> [33399] ~q(skolem_X66), ~q(Y7_1082_2)
% 251.95/36.29 -> [33400] q(skolem_X66), q(Y7_1082_2)
% 251.95/36.29
% 251.95/36.29 [33400] CLOSURE : q(Y7_1082_2)
% 251.95/36.29
% 251.95/36.29 [33399] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [33475] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [33475] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [33476] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [33477] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [33477] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [33476] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [33514] ~r(X8_865_4)
% 251.95/36.29
% 251.95/36.29 [33514] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [33541] s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [33541] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [33574] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [33574] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29 -> [33575] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29
% 251.95/36.29 [33575] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29 -> [33576] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.29 -> [33577] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [33577] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [33576] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [1020] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [1034] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [1034] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [1035] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [1036] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [1035] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [8432] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [8432] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [8433] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [8434] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [8434] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [8433] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [8755] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [8755] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [8756] (q(skolem_X66) <=> q(Y7_161_2))
% 251.95/36.29
% 251.95/36.29 [8756] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_161_2))
% 251.95/36.29 -> [8757] ~q(skolem_X66), ~q(Y7_161_2)
% 251.95/36.29 -> [8758] q(skolem_X66), q(Y7_161_2)
% 251.95/36.29
% 251.95/36.29 [8758] CLOSURE : q(Y7_161_2)
% 251.95/36.29
% 251.95/36.29 [8757] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [9186] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [9186] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [9188] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [9189] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [9189] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [9188] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [9580] ~r(X8_36_4)
% 251.95/36.29
% 251.95/36.29 [9580] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [9581] s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [9581] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [10031] (s(skolem_X1414) <=> s(Y15_5_6))
% 251.95/36.29
% 251.95/36.29 [10031] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_5_6))
% 251.95/36.29 -> [10032] ~s(skolem_X1414), ~s(Y15_5_6)
% 251.95/36.29 -> [10033] s(skolem_X1414), s(Y15_5_6)
% 251.95/36.29
% 251.95/36.29 [10033] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [11093] ~p(X16_4_7)
% 251.95/36.29
% 251.95/36.29 [11093] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [11095] q(Y17_3_8)
% 251.95/36.29
% 251.95/36.29 [11095] CLOSURE : q(Y17_3_8)
% 251.95/36.29
% 251.95/36.29 [10032] CLOSURE : ~s(Y15_5_6)
% 251.95/36.29
% 251.95/36.29 [1036] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [1044] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [1044] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [9000] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [9000] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [10304] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [10304] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [10305] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [10306] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [10305] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [10306] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [38977] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [38977] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [38990] (q(skolem_X66) <=> q(Y7_1242_2))
% 251.95/36.29
% 251.95/36.29 [38990] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1242_2))
% 251.95/36.29 -> [38991] ~q(skolem_X66), ~q(Y7_1242_2)
% 251.95/36.29 -> [38992] q(skolem_X66), q(Y7_1242_2)
% 251.95/36.29
% 251.95/36.29 [38992] CLOSURE : q(Y7_1242_2)
% 251.95/36.29
% 251.95/36.29 [38991] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [39011] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [39011] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [39012] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [39013] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [39013] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [39012] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [39020] ~r(X8_1153_4)
% 251.95/36.29
% 251.95/36.29 [39020] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [39021] s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [39021] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [39029] (s(skolem_X1414) <=> s(Y15_286_6))
% 251.95/36.29
% 251.95/36.29 [39029] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_286_6))
% 251.95/36.29 -> [39030] ~s(skolem_X1414), ~s(Y15_286_6)
% 251.95/36.29 -> [39031] s(skolem_X1414), s(Y15_286_6)
% 251.95/36.29
% 251.95/36.29 [39030] CLOSURE : ~s(Y15_286_6)
% 251.95/36.29
% 251.95/36.29 [39031] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [39046] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [39046] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [39047] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [39047] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [39048] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [39049] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [39048] CLOSURE : ~p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [39049] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [365] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [370] r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [370] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [371] ~s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [371] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.29 -> [373] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [374] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29
% 251.95/36.29 [373] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [560] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [561] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [561] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [568] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [568] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [8185] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [8185] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [14830] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [14831] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [14830] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [15247] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [15248] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [15248] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [15249] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [15249] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [16493] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [16493] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [16494] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [16495] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [16495] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [16494] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [19398] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [19398] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [19946] (q(skolem_X66) <=> q(Y7_581_2))
% 251.95/36.29
% 251.95/36.29 [19946] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_581_2))
% 251.95/36.29 -> [19947] ~q(skolem_X66), ~q(Y7_581_2)
% 251.95/36.29 -> [19948] q(skolem_X66), q(Y7_581_2)
% 251.95/36.29
% 251.95/36.29 [19948] CLOSURE : q(Y7_581_2)
% 251.95/36.29
% 251.95/36.29 [19947] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [20451] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [20451] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [20452] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [20453] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [20453] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [20452] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [23120] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [23120] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [23122] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [23122] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [23123] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [23124] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [23124] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [23123] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [25390] q(Y17_39_5)
% 251.95/36.29
% 251.95/36.29 [25390] CLOSURE : q(Y17_39_5)
% 251.95/36.29
% 251.95/36.29 [15247] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [15617] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [15617] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [17028] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [17028] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [17029] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [17030] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [17030] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [17029] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [18040] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [18040] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [18504] (q(skolem_X66) <=> q(Y7_514_2))
% 251.95/36.29
% 251.95/36.29 [18504] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_514_2))
% 251.95/36.29 -> [18505] ~q(skolem_X66), ~q(Y7_514_2)
% 251.95/36.29 -> [18506] q(skolem_X66), q(Y7_514_2)
% 251.95/36.29
% 251.95/36.29 [18506] CLOSURE : q(Y7_514_2)
% 251.95/36.29
% 251.95/36.29 [18505] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [19244] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [19244] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [19245] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [19246] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [19246] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [19245] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [21785] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [21785] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29 -> [21786] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29
% 251.95/36.29 [21786] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29 -> [21787] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.29 -> [21788] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [21787] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [21788] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [34369] ~p(X16_137_5)
% 251.95/36.29
% 251.95/36.29 [34369] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [34399] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [34399] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [34400] (p(skolem_X22) <=> p(Y3_992_0))
% 251.95/36.29
% 251.95/36.29 [34400] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_992_0))
% 251.95/36.29 -> [34401] ~p(skolem_X22), ~p(Y3_992_0)
% 251.95/36.29 -> [34402] p(skolem_X22), p(Y3_992_0)
% 251.95/36.29
% 251.95/36.29 [34402] CLOSURE : p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [34401] : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [34419] ~? [X4_4] : (q(X4_4))
% 251.95/36.29
% 251.95/36.29 [34419] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [34420] ~q(X4_1194_1)
% 251.95/36.29
% 251.95/36.29 [34420] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [34442] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29
% 251.95/36.29 [34442] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [34444] (q(skolem_X66) <=> q(Y7_1118_2))
% 251.95/36.29
% 251.95/36.29 [34444] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1118_2))
% 251.95/36.29 -> [34445] ~q(skolem_X66), ~q(Y7_1118_2)
% 251.95/36.29 -> [34446] q(skolem_X66), q(Y7_1118_2)
% 251.95/36.29
% 251.95/36.29 [34446] CLOSURE : q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [34445] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [34461] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [34461] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [34463] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [34463] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [34466] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [34467] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [34467] CLOSURE : r(skolem_X1010)
% 251.95/36.29
% 251.95/36.29 [34466] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [14831] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [14840] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [14840] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [14841] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [14842] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [14842] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [14844] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [14844] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [16040] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [16040] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [17247] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [17247] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [17250] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [17251] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [17251] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [17250] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [20074] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [20074] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [20365] (q(skolem_X66) <=> q(Y7_608_2))
% 251.95/36.29
% 251.95/36.29 [20365] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_608_2))
% 251.95/36.29 -> [20366] ~q(skolem_X66), ~q(Y7_608_2)
% 251.95/36.29 -> [20367] q(skolem_X66), q(Y7_608_2)
% 251.95/36.29
% 251.95/36.29 [20367] CLOSURE : q(Y7_608_2)
% 251.95/36.29
% 251.95/36.29 [20366] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [20937] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [20937] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [20939] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [20940] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [20940] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [20939] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [34403] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [34403] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29 -> [34404] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.29 -> [34405] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [34405] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [34404] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [34479] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [34479] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [34480] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [34480] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [34482] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [34483] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [34483] CLOSURE : p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [34482] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [14841] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [15254] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [15254] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [15255] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [15256] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [15256] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [15255] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [17242] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [17242] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [17883] (q(skolem_X66) <=> q(Y7_483_2))
% 251.95/36.29
% 251.95/36.29 [17883] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_483_2))
% 251.95/36.29 -> [17884] ~q(skolem_X66), ~q(Y7_483_2)
% 251.95/36.29 -> [17885] q(skolem_X66), q(Y7_483_2)
% 251.95/36.29
% 251.95/36.29 [17885] CLOSURE : q(Y7_483_2)
% 251.95/36.29
% 251.95/36.29 [17884] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [18648] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [18648] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [18649] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [18650] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [18650] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [18649] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [21067] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [21067] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.29 -> [21068] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.29 -> [21069] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [21068] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [21069] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [34356] ~p(X16_136_5)
% 251.95/36.29
% 251.95/36.29 [34356] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [34398] q(Y17_102_6)
% 251.95/36.29
% 251.95/36.29 [34398] CLOSURE : q(Y17_102_6)
% 251.95/36.29
% 251.95/36.29 [560] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [805] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [806] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [806] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [809] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [809] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [810] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [811] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [811] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [814] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [814] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [8958] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [8958] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [16450] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [16450] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [16451] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [16452] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [16451] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [16452] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [18123] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [18123] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [18957] (q(skolem_X66) <=> q(Y7_543_2))
% 251.95/36.29
% 251.95/36.29 [18957] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_543_2))
% 251.95/36.29 -> [18958] ~q(skolem_X66), ~q(Y7_543_2)
% 251.95/36.29 -> [18959] q(skolem_X66), q(Y7_543_2)
% 251.95/36.29
% 251.95/36.29 [18959] CLOSURE : q(Y7_543_2)
% 251.95/36.29
% 251.95/36.29 [18958] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [20063] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [20063] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [20065] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [20066] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [20066] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [20065] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [24612] ~s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [24612] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [24708] p(Y13_160_5)
% 251.95/36.29
% 251.95/36.29 [24708] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [24817] (s(skolem_X1414) <=> s(Y15_71_6))
% 251.95/36.29
% 251.95/36.29 [24817] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_71_6))
% 251.95/36.29 -> [24818] ~s(skolem_X1414), ~s(Y15_71_6)
% 251.95/36.29 -> [24819] s(skolem_X1414), s(Y15_71_6)
% 251.95/36.29
% 251.95/36.29 [24819] CLOSURE : s(Y15_71_6)
% 251.95/36.29
% 251.95/36.29 [24818] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [24993] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [24993] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [24994] (p(skolem_X22) <=> p(Y3_836_0))
% 251.95/36.29
% 251.95/36.29 [24994] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_836_0))
% 251.95/36.29 -> [24995] ~p(skolem_X22), ~p(Y3_836_0)
% 251.95/36.29 -> [24996] p(skolem_X22), p(Y3_836_0)
% 251.95/36.29
% 251.95/36.29 [24995] CLOSURE : ~p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [24996] : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [25119] ~? [X4_4] : (q(X4_4))
% 251.95/36.29
% 251.95/36.29 [25119] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [25121] ~q(X4_972_1)
% 251.95/36.29
% 251.95/36.29 [25121] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [25201] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29
% 251.95/36.29 [25201] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [25203] (q(skolem_X66) <=> q(Y7_784_2))
% 251.95/36.29
% 251.95/36.29 [25203] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_784_2))
% 251.95/36.29 -> [25204] ~q(skolem_X66), ~q(Y7_784_2)
% 251.95/36.29 -> [25205] q(skolem_X66), q(Y7_784_2)
% 251.95/36.29
% 251.95/36.29 [25205] CLOSURE : q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [25204] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [25355] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [25355] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [25356] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [25356] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [25358] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [25359] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [25359] CLOSURE : r(skolem_X1010)
% 251.95/36.29
% 251.95/36.29 [25358] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [810] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [2331] (p(skolem_X22) <=> p(Y3_59_0))
% 251.95/36.29
% 251.95/36.29 [2331] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_59_0))
% 251.95/36.29 -> [2332] ~p(skolem_X22), ~p(Y3_59_0)
% 251.95/36.29 -> [2333] p(skolem_X22), p(Y3_59_0)
% 251.95/36.29
% 251.95/36.29 [2332] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [4034] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [4034] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [4036] (q(skolem_X66) <=> q(Y7_59_2))
% 251.95/36.29
% 251.95/36.29 [4036] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_59_2))
% 251.95/36.29 -> [4037] ~q(skolem_X66), ~q(Y7_59_2)
% 251.95/36.29 -> [4038] q(skolem_X66), q(Y7_59_2)
% 251.95/36.29
% 251.95/36.29 [4038] CLOSURE : q(Y7_59_2)
% 251.95/36.29
% 251.95/36.29 [4037] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [12146] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [12146] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [12147] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [12148] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [12147] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [12148] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [13459] ~s(X12_38_4)
% 251.95/36.29
% 251.95/36.29 [13459] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [13460] p(Y13_23_5)
% 251.95/36.29
% 251.95/36.29 [13460] CLOSURE : p(Y13_23_5)
% 251.95/36.29
% 251.95/36.29 [2333] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [10572] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [10572] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [11974] (q(skolem_X66) <=> q(Y7_286_2))
% 251.95/36.29
% 251.95/36.29 [11974] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_286_2))
% 251.95/36.29 -> [11975] ~q(skolem_X66), ~q(Y7_286_2)
% 251.95/36.29 -> [11976] q(skolem_X66), q(Y7_286_2)
% 251.95/36.29
% 251.95/36.29 [11976] CLOSURE : q(Y7_286_2)
% 251.95/36.29
% 251.95/36.29 [11975] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [13898] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [13898] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [13899] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [13900] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [13899] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [13900] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [38488] ~s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [38488] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [38564] p(Y13_539_5)
% 251.95/36.29
% 251.95/36.29 [38564] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [38595] (s(skolem_X1414) <=> s(Y15_279_6))
% 251.95/36.29
% 251.95/36.29 [38595] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_279_6))
% 251.95/36.29 -> [38596] ~s(skolem_X1414), ~s(Y15_279_6)
% 251.95/36.29 -> [38597] s(skolem_X1414), s(Y15_279_6)
% 251.95/36.29
% 251.95/36.29 [38597] CLOSURE : s(Y15_279_6)
% 251.95/36.29
% 251.95/36.29 [38596] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [38674] ~p(X16_175_7)
% 251.95/36.29
% 251.95/36.29 [38674] CLOSURE : ~p(X16_175_7)
% 251.95/36.29
% 251.95/36.29 [805] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [6415] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [6416] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [6416] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [6419] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [6419] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [11615] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [11615] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [11616] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [11617] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11616] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11617] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [33659] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [33659] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [33768] (q(skolem_X66) <=> q(Y7_1096_2))
% 251.95/36.29
% 251.95/36.29 [33768] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1096_2))
% 251.95/36.29 -> [33769] ~q(skolem_X66), ~q(Y7_1096_2)
% 251.95/36.29 -> [33770] q(skolem_X66), q(Y7_1096_2)
% 251.95/36.29
% 251.95/36.29 [33770] CLOSURE : q(Y7_1096_2)
% 251.95/36.29
% 251.95/36.29 [33769] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [33997] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [33997] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [33998] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [33999] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [33999] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [33998] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [34277] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [34277] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [34305] p(Y13_406_5)
% 251.95/36.29
% 251.95/36.29 [34305] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [34314] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [34314] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [34317] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [34317] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [34318] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [34319] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [34318] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [34319] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [6415] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [16225] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [16225] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [16226] (p(skolem_X22) <=> p(Y3_575_0))
% 251.95/36.29
% 251.95/36.29 [16226] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_575_0))
% 251.95/36.29 -> [16227] ~p(skolem_X22), ~p(Y3_575_0)
% 251.95/36.29 -> [16228] p(skolem_X22), p(Y3_575_0)
% 251.95/36.29
% 251.95/36.29 [16227] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [16453] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [16453] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [16454] (q(skolem_X66) <=> q(Y7_434_2))
% 251.95/36.29
% 251.95/36.29 [16454] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_434_2))
% 251.95/36.29 -> [16456] ~q(skolem_X66), ~q(Y7_434_2)
% 251.95/36.29 -> [16457] q(skolem_X66), q(Y7_434_2)
% 251.95/36.29
% 251.95/36.29 [16457] CLOSURE : q(Y7_434_2)
% 251.95/36.29
% 251.95/36.29 [16456] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [16752] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [16752] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [16753] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [16754] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [16753] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [16754] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [18287] ~s(X12_88_4)
% 251.95/36.29
% 251.95/36.29 [18287] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [18289] p(Y13_62_5)
% 251.95/36.29
% 251.95/36.29 [18289] CLOSURE : p(Y13_62_5)
% 251.95/36.29
% 251.95/36.29 [16228] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [17323] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [17323] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [18297] (q(skolem_X66) <=> q(Y7_498_2))
% 251.95/36.29
% 251.95/36.29 [18297] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_498_2))
% 251.95/36.29 -> [18298] ~q(skolem_X66), ~q(Y7_498_2)
% 251.95/36.29 -> [18299] q(skolem_X66), q(Y7_498_2)
% 251.95/36.29
% 251.95/36.29 [18299] CLOSURE : q(Y7_498_2)
% 251.95/36.29
% 251.95/36.29 [18298] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [39603] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [39603] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [39604] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [39605] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [39605] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [39604] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [39922] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [39922] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [39988] p(Y13_581_5)
% 251.95/36.29
% 251.95/36.29 [39988] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [40120] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [40120] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [40121] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [40121] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [40122] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [40123] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [40122] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [40123] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [374] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [391] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [392] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [392] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [401] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [401] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [2912] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [2913] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [2913] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [2927] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [2927] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [2928] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2929] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [2928] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [3154] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [3154] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [6887] (p(skolem_X22) <=> p(Y3_240_0))
% 251.95/36.29
% 251.95/36.29 [6887] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_240_0))
% 251.95/36.29 -> [6888] ~p(skolem_X22), ~p(Y3_240_0)
% 251.95/36.29 -> [6889] p(skolem_X22), p(Y3_240_0)
% 251.95/36.29
% 251.95/36.29 [6889] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [14590] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [14590] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [22226] (q(skolem_X66) <=> q(Y7_697_2))
% 251.95/36.29
% 251.95/36.29 [22226] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_697_2))
% 251.95/36.29 -> [22227] ~q(skolem_X66), ~q(Y7_697_2)
% 251.95/36.29 -> [22228] q(skolem_X66), q(Y7_697_2)
% 251.95/36.29
% 251.95/36.29 [22228] CLOSURE : q(Y7_697_2)
% 251.95/36.29
% 251.95/36.29 [22227] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [22752] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [22752] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [22753] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [22754] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22754] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22753] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [23964] p(Y13_131_4)
% 251.95/36.29
% 251.95/36.29 [23964] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [24153] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [24153] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29 -> [24155] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.29 -> [24156] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [24156] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [24155] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [24987] ~p(X16_45_6)
% 251.95/36.29
% 251.95/36.29 [24987] CLOSURE : ~p(X16_45_6)
% 251.95/36.29
% 251.95/36.29 [6888] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [14902] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [14902] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [22447] (q(skolem_X66) <=> q(Y7_706_2))
% 251.95/36.29
% 251.95/36.29 [22447] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_706_2))
% 251.95/36.29 -> [22450] ~q(skolem_X66), ~q(Y7_706_2)
% 251.95/36.29 -> [22451] q(skolem_X66), q(Y7_706_2)
% 251.95/36.29
% 251.95/36.29 [22451] CLOSURE : q(Y7_706_2)
% 251.95/36.29
% 251.95/36.29 [22450] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [23150] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [23150] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [23151] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [23152] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [23152] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [23151] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [24939] p(Y13_173_4)
% 251.95/36.29
% 251.95/36.29 [24939] CLOSURE : p(Y13_173_4)
% 251.95/36.29
% 251.95/36.29 [2929] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [2936] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [2936] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [3603] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [3603] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [3604] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [3605] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [3604] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [3605] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [10833] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [10833] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [12028] (q(skolem_X66) <=> q(Y7_291_2))
% 251.95/36.29
% 251.95/36.29 [12028] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_291_2))
% 251.95/36.29 -> [12029] ~q(skolem_X66), ~q(Y7_291_2)
% 251.95/36.29 -> [12030] q(skolem_X66), q(Y7_291_2)
% 251.95/36.29
% 251.95/36.29 [12030] CLOSURE : q(Y7_291_2)
% 251.95/36.29
% 251.95/36.29 [12029] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [14236] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [14236] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [14237] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [14238] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [14237] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [14238] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [35827] p(Y13_451_4)
% 251.95/36.29
% 251.95/36.29 [35827] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [35837] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [35837] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29 -> [35838] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.29 -> [35839] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [35839] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [35838] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [35882] q(Y17_118_6)
% 251.95/36.29
% 251.95/36.29 [35882] CLOSURE : q(Y17_118_6)
% 251.95/36.29
% 251.95/36.29 [2912] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [3147] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [3148] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [3148] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [3149] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [3149] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [3771] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [3771] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [11117] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [11117] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [11118] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [11119] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11118] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11119] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [13050] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [13050] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [14750] (q(skolem_X66) <=> q(Y7_384_2))
% 251.95/36.29
% 251.95/36.29 [14750] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_384_2))
% 251.95/36.29 -> [14752] ~q(skolem_X66), ~q(Y7_384_2)
% 251.95/36.29 -> [14753] q(skolem_X66), q(Y7_384_2)
% 251.95/36.29
% 251.95/36.29 [14752] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [22491] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [22491] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [22492] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [22493] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22493] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22492] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [24228] p(Y13_143_4)
% 251.95/36.29
% 251.95/36.29 [24228] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [24413] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [24413] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [24414] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [24414] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [24415] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [24416] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [24416] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [24415] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [25552] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [25552] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [25553] (p(skolem_X22) <=> p(Y3_849_0))
% 251.95/36.29
% 251.95/36.29 [25553] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_849_0))
% 251.95/36.29 -> [25554] ~p(skolem_X22), ~p(Y3_849_0)
% 251.95/36.29 -> [25555] p(skolem_X22), p(Y3_849_0)
% 251.95/36.29
% 251.95/36.29 [25554] CLOSURE : ~p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [25555] : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [25677] ~? [X4_4] : (q(X4_4))
% 251.95/36.29
% 251.95/36.29 [25677] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [25678] ~q(X4_977_1)
% 251.95/36.29
% 251.95/36.29 [25678] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [25751] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29
% 251.95/36.29 [25751] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [25754] (q(skolem_X66) <=> q(Y7_801_2))
% 251.95/36.29
% 251.95/36.29 [25754] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_801_2))
% 251.95/36.29 -> [25755] ~q(skolem_X66), ~q(Y7_801_2)
% 251.95/36.29 -> [25756] q(skolem_X66), q(Y7_801_2)
% 251.95/36.29
% 251.95/36.29 [25756] CLOSURE : q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [25755] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [25855] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [25855] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [25856] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [25856] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [25857] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [25858] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [25858] CLOSURE : r(skolem_X1010)
% 251.95/36.29
% 251.95/36.29 [25857] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [14753] CLOSURE : q(Y7_384_2)
% 251.95/36.29
% 251.95/36.29 [3147] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [3365] (p(skolem_X22) <=> p(Y3_126_0))
% 251.95/36.29
% 251.95/36.29 [3365] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_126_0))
% 251.95/36.29 -> [3366] ~p(skolem_X22), ~p(Y3_126_0)
% 251.95/36.29 -> [3367] p(skolem_X22), p(Y3_126_0)
% 251.95/36.29
% 251.95/36.29 [3367] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [9597] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [9597] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [11006] (q(skolem_X66) <=> q(Y7_246_2))
% 251.95/36.29
% 251.95/36.29 [11006] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_246_2))
% 251.95/36.29 -> [11008] ~q(skolem_X66), ~q(Y7_246_2)
% 251.95/36.29 -> [11009] q(skolem_X66), q(Y7_246_2)
% 251.95/36.29
% 251.95/36.29 [11009] CLOSURE : q(Y7_246_2)
% 251.95/36.29
% 251.95/36.29 [11008] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [13244] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [13244] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [13245] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [13246] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [13246] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [13245] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [22609] p(Y13_99_4)
% 251.95/36.29
% 251.95/36.29 [22609] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [22896] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [22896] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [22897] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [22897] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [22898] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [22899] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [22899] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [22898] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [24157] ~p(X16_32_6)
% 251.95/36.29
% 251.95/36.29 [24157] CLOSURE : ~p(X16_32_6)
% 251.95/36.29
% 251.95/36.29 [3366] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [5404] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [5404] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [6698] (q(skolem_X66) <=> q(Y7_116_2))
% 251.95/36.29
% 251.95/36.29 [6698] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_116_2))
% 251.95/36.29 -> [6699] ~q(skolem_X66), ~q(Y7_116_2)
% 251.95/36.29 -> [6700] q(skolem_X66), q(Y7_116_2)
% 251.95/36.29
% 251.95/36.29 [6700] CLOSURE : q(Y7_116_2)
% 251.95/36.29
% 251.95/36.29 [6699] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [7422] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [7422] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [7423] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [7424] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [7424] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [7423] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [40782] p(Y13_598_4)
% 251.95/36.29
% 251.95/36.29 [40782] CLOSURE : p(Y13_598_4)
% 251.95/36.29
% 251.95/36.29 [391] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [455] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [455] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [460] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [461] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [461] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [479] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [479] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [480] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [481] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [481] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [494] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [494] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [11764] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [11764] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [11765] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [11766] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [11766] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [11765] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [16805] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [16805] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [17970] (q(skolem_X66) <=> q(Y7_486_2))
% 251.95/36.29
% 251.95/36.29 [17970] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_486_2))
% 251.95/36.29 -> [17971] ~q(skolem_X66), ~q(Y7_486_2)
% 251.95/36.29 -> [17972] q(skolem_X66), q(Y7_486_2)
% 251.95/36.29
% 251.95/36.29 [17972] CLOSURE : q(Y7_486_2)
% 251.95/36.29
% 251.95/36.29 [17971] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [22000] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [22000] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [22001] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [22002] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22002] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22001] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [23067] ~s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [23067] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [23164] (s(skolem_X1414) <=> s(Y15_45_5))
% 251.95/36.29
% 251.95/36.29 [23164] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_45_5))
% 251.95/36.29 -> [23167] ~s(skolem_X1414), ~s(Y15_45_5)
% 251.95/36.29 -> [23168] s(skolem_X1414), s(Y15_45_5)
% 251.95/36.29
% 251.95/36.29 [23168] CLOSURE : s(Y15_45_5)
% 251.95/36.29
% 251.95/36.29 [23167] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [23282] q(Y17_21_6)
% 251.95/36.29
% 251.95/36.29 [23282] CLOSURE : q(Y17_21_6)
% 251.95/36.29
% 251.95/36.29 [480] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [6259] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [6259] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [6261] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [6261] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [6262] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [6263] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6263] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6262] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [21581] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [21581] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [21583] (q(skolem_X66) <=> q(Y7_663_2))
% 251.95/36.29
% 251.95/36.29 [21583] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_663_2))
% 251.95/36.29 -> [21584] ~q(skolem_X66), ~q(Y7_663_2)
% 251.95/36.29 -> [21585] q(skolem_X66), q(Y7_663_2)
% 251.95/36.29
% 251.95/36.29 [21585] CLOSURE : q(Y7_663_2)
% 251.95/36.29
% 251.95/36.29 [21584] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [34000] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [34000] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [34001] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [34002] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [34001] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [34002] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [34128] ~s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [34128] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [34129] (s(skolem_X1414) <=> s(Y15_209_5))
% 251.95/36.29
% 251.95/36.29 [34129] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_209_5))
% 251.95/36.29 -> [34130] ~s(skolem_X1414), ~s(Y15_209_5)
% 251.95/36.29 -> [34131] s(skolem_X1414), s(Y15_209_5)
% 251.95/36.29
% 251.95/36.29 [34130] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [34142] ~p(X16_133_6)
% 251.95/36.29
% 251.95/36.29 [34142] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [34143] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [34143] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [34144] (p(skolem_X22) <=> p(Y3_989_0))
% 251.95/36.29
% 251.95/36.29 [34144] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_989_0))
% 251.95/36.29 -> [34145] ~p(skolem_X22), ~p(Y3_989_0)
% 251.95/36.29 -> [34146] p(skolem_X22), p(Y3_989_0)
% 251.95/36.29
% 251.95/36.29 [34146] CLOSURE : p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [34145] : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [34177] ~? [X4_4] : (q(X4_4))
% 251.95/36.29
% 251.95/36.29 [34177] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [34178] ~q(X4_1188_1)
% 251.95/36.29
% 251.95/36.29 [34178] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [34179] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29
% 251.95/36.29 [34179] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [34180] (q(skolem_X66) <=> q(Y7_1109_2))
% 251.95/36.29
% 251.95/36.29 [34180] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1109_2))
% 251.95/36.29 -> [34181] ~q(skolem_X66), ~q(Y7_1109_2)
% 251.95/36.29 -> [34182] q(skolem_X66), q(Y7_1109_2)
% 251.95/36.29
% 251.95/36.29 [34182] CLOSURE : q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [34181] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [34217] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [34217] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [34218] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [34218] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.29 -> [34219] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.29 -> [34220] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [34219] CLOSURE : ~r(skolem_X1010)
% 251.95/36.29
% 251.95/36.29 [34220] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [34131] CLOSURE : s(Y15_209_5)
% 251.95/36.29
% 251.95/36.29 [460] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [6176] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [6177] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [6177] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [6579] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [6579] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [20795] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [20795] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [21767] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [21767] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [21768] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [21769] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [21768] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [21769] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [36035] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [36035] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [36046] (q(skolem_X66) <=> q(Y7_1164_2))
% 251.95/36.29
% 251.95/36.29 [36046] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1164_2))
% 251.95/36.29 -> [36047] ~q(skolem_X66), ~q(Y7_1164_2)
% 251.95/36.29 -> [36048] q(skolem_X66), q(Y7_1164_2)
% 251.95/36.29
% 251.95/36.29 [36048] CLOSURE : q(Y7_1164_2)
% 251.95/36.29
% 251.95/36.29 [36047] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [36059] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [36059] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [36060] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [36061] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [36060] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [36061] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [36081] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [36081] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [36091] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [36091] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [36092] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [36092] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [36093] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [36094] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [36093] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [36094] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [6176] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [6569] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [6569] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [6570] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [6571] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6571] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6570] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [20070] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [20070] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [20071] (q(skolem_X66) <=> q(Y7_590_2))
% 251.95/36.29
% 251.95/36.29 [20071] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_590_2))
% 251.95/36.29 -> [20072] ~q(skolem_X66), ~q(Y7_590_2)
% 251.95/36.29 -> [20073] q(skolem_X66), q(Y7_590_2)
% 251.95/36.29
% 251.95/36.29 [20073] CLOSURE : q(Y7_590_2)
% 251.95/36.29
% 251.95/36.29 [20072] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.29 -> [20296] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [20296] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.29 -> [20297] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.29 -> [20298] r(skolem_X1010), r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [20297] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [20298] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [41039] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [41039] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [41040] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [41040] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [41041] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [41041] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [41042] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [41043] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [41042] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [41043] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [357] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.29 -> [585] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [586] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.29
% 251.95/36.29 [585] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.29 -> [5002] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [5003] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29
% 251.95/36.29 [5002] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [5348] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [5349] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [5348] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [5895] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5896] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [5895] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [27090] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [27091] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [27090] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [27153] (p(skolem_X22) <=> p(Y3_865_0))
% 251.95/36.29
% 251.95/36.29 [27153] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_865_0))
% 251.95/36.29 -> [27155] ~p(skolem_X22), ~p(Y3_865_0)
% 251.95/36.29 -> [27156] p(skolem_X22), p(Y3_865_0)
% 251.95/36.29
% 251.95/36.29 [27155] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [27217] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [27217] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [27218] (q(skolem_X66) <=> q(Y7_838_2))
% 251.95/36.29
% 251.95/36.29 [27218] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_838_2))
% 251.95/36.29 -> [27219] ~q(skolem_X66), ~q(Y7_838_2)
% 251.95/36.29 -> [27220] q(skolem_X66), q(Y7_838_2)
% 251.95/36.29
% 251.95/36.29 [27220] CLOSURE : q(Y7_838_2)
% 251.95/36.29
% 251.95/36.29 [27219] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [27323] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [27323] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [27324] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [27324] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [27325] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [27326] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [27326] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [27325] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [27463] ~r(X8_578_4)
% 251.95/36.29
% 251.95/36.29 [27463] CLOSURE : ~r(X8_578_4)
% 251.95/36.29
% 251.95/36.29 [27156] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [27159] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [27159] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [27160] (q(skolem_X66) <=> q(Y7_833_2))
% 251.95/36.29
% 251.95/36.29 [27160] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_833_2))
% 251.95/36.29 -> [27161] ~q(skolem_X66), ~q(Y7_833_2)
% 251.95/36.29 -> [27162] q(skolem_X66), q(Y7_833_2)
% 251.95/36.29
% 251.95/36.29 [27162] CLOSURE : q(Y7_833_2)
% 251.95/36.29
% 251.95/36.29 [27161] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [27226] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [27226] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [27227] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [27227] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [27228] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [27229] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [27229] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [27228] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [27568] ~r(X8_586_4)
% 251.95/36.29
% 251.95/36.29 [27568] CLOSURE : ~r(X8_586_4)
% 251.95/36.29
% 251.95/36.29 [27091] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [27101] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [27101] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [27102] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [27102] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [27103] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [27103] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [27104] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [27105] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [27104] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [27105] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [27240] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [27240] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [27241] (q(skolem_X66) <=> q(Y7_841_2))
% 251.95/36.29
% 251.95/36.29 [27241] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_841_2))
% 251.95/36.29 -> [27242] ~q(skolem_X66), ~q(Y7_841_2)
% 251.95/36.29 -> [27243] q(skolem_X66), q(Y7_841_2)
% 251.95/36.29
% 251.95/36.29 [27243] CLOSURE : q(Y7_841_2)
% 251.95/36.29
% 251.95/36.29 [27242] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [27334] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [27334] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [27335] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [27335] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [27336] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [27337] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [27337] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [27336] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [27622] ~r(X8_592_4)
% 251.95/36.29
% 251.95/36.29 [27622] CLOSURE : ~r(X8_592_4)
% 251.95/36.29
% 251.95/36.29 [5896] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [5898] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [5898] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5899] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5900] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [5899] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [27192] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [27192] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [27193] (p(skolem_X22) <=> p(Y3_866_0))
% 251.95/36.29
% 251.95/36.29 [27193] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_866_0))
% 251.95/36.29 -> [27194] ~p(skolem_X22), ~p(Y3_866_0)
% 251.95/36.29 -> [27195] p(skolem_X22), p(Y3_866_0)
% 251.95/36.29
% 251.95/36.29 [27194] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [27282] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [27282] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [27283] (q(skolem_X66) <=> q(Y7_842_2))
% 251.95/36.29
% 251.95/36.29 [27283] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_842_2))
% 251.95/36.29 -> [27284] ~q(skolem_X66), ~q(Y7_842_2)
% 251.95/36.29 -> [27285] q(skolem_X66), q(Y7_842_2)
% 251.95/36.29
% 251.95/36.29 [27284] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [27361] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [27361] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [27362] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [27362] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [27363] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [27364] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [27364] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [27363] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [27457] ~r(X8_577_4)
% 251.95/36.29
% 251.95/36.29 [27457] CLOSURE : ~r(X8_577_4)
% 251.95/36.29
% 251.95/36.29 [27285] CLOSURE : q(Y7_842_2)
% 251.95/36.29
% 251.95/36.29 [27195] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [27367] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [27367] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [27368] (q(skolem_X66) <=> q(Y7_847_2))
% 251.95/36.29
% 251.95/36.29 [27368] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_847_2))
% 251.95/36.29 -> [27369] ~q(skolem_X66), ~q(Y7_847_2)
% 251.95/36.29 -> [27370] q(skolem_X66), q(Y7_847_2)
% 251.95/36.29
% 251.95/36.29 [27370] CLOSURE : q(Y7_847_2)
% 251.95/36.29
% 251.95/36.29 [27369] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [27427] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [27427] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [27428] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [27428] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [27429] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [27430] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [27430] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [27429] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [27498] ~r(X8_579_4)
% 251.95/36.29
% 251.95/36.29 [27498] CLOSURE : ~r(X8_579_4)
% 251.95/36.29
% 251.95/36.29 [5900] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [5905] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5905] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [5906] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [5906] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [5907] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [5908] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5907] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5908] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [5912] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [5912] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [5913] (q(skolem_X66) <=> q(Y7_103_2))
% 251.95/36.29
% 251.95/36.29 [5913] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_103_2))
% 251.95/36.29 -> [5914] ~q(skolem_X66), ~q(Y7_103_2)
% 251.95/36.29 -> [5915] q(skolem_X66), q(Y7_103_2)
% 251.95/36.29
% 251.95/36.29 [5915] CLOSURE : q(Y7_103_2)
% 251.95/36.29
% 251.95/36.29 [5914] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [27487] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [27487] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [27488] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [27488] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [27489] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [27490] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [27490] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [27489] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [27638] ~r(X8_594_4)
% 251.95/36.29
% 251.95/36.29 [27638] CLOSURE : ~r(X8_594_4)
% 251.95/36.29
% 251.95/36.29 [5349] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [5350] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [5350] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [5351] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [5351] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [5353] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5354] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [5354] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [5362] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [5362] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5363] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5364] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [5363] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5934] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [5934] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [5937] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [5937] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [5940] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [5941] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [5940] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [10726] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [10726] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [10727] (q(skolem_X66) <=> q(Y7_231_2))
% 251.95/36.29
% 251.95/36.29 [10727] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_231_2))
% 251.95/36.29 -> [10728] ~q(skolem_X66), ~q(Y7_231_2)
% 251.95/36.29 -> [10729] q(skolem_X66), q(Y7_231_2)
% 251.95/36.29
% 251.95/36.29 [10729] CLOSURE : q(Y7_231_2)
% 251.95/36.29
% 251.95/36.29 [10728] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [11177] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [11177] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [11178] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [11178] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [11179] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [11180] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [11180] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [11179] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [25838] ~r(X8_510_4)
% 251.95/36.29
% 251.95/36.29 [25838] CLOSURE : ~r(X8_510_4)
% 251.95/36.29
% 251.95/36.29 [5941] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [5364] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [5367] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5367] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [28199] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [28199] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [28200] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [28201] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [28201] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [28200] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [28496] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [28496] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [28537] (q(skolem_X66) <=> q(Y7_910_2))
% 251.95/36.29
% 251.95/36.29 [28537] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_910_2))
% 251.95/36.29 -> [28538] ~q(skolem_X66), ~q(Y7_910_2)
% 251.95/36.29 -> [28539] q(skolem_X66), q(Y7_910_2)
% 251.95/36.29
% 251.95/36.29 [28539] CLOSURE : q(Y7_910_2)
% 251.95/36.29
% 251.95/36.29 [28538] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [28609] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [28609] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [28610] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [28610] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [28611] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [28612] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [28612] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [28611] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [28640] ~r(X8_659_4)
% 251.95/36.29
% 251.95/36.29 [28640] CLOSURE : ~r(X8_659_4)
% 251.95/36.29
% 251.95/36.29 [5353] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5927] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5928] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [5927] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [6913] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [6913] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [6914] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [6915] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6915] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6914] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [7047] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [7047] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [7048] (q(skolem_X66) <=> q(Y7_125_2))
% 251.95/36.29
% 251.95/36.29 [7048] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_125_2))
% 251.95/36.29 -> [7049] ~q(skolem_X66), ~q(Y7_125_2)
% 251.95/36.29 -> [7050] q(skolem_X66), q(Y7_125_2)
% 251.95/36.29
% 251.95/36.29 [7050] CLOSURE : q(Y7_125_2)
% 251.95/36.29
% 251.95/36.29 [7049] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [7222] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [7222] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [7223] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [7223] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [7224] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [7225] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [7225] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [7224] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [9187] ~r(X8_33_4)
% 251.95/36.29
% 251.95/36.29 [9187] CLOSURE : ~r(X8_33_4)
% 251.95/36.29
% 251.95/36.29 [5928] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [5933] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5933] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [27985] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [27985] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [28080] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [28080] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [28081] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [28082] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [28082] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [28081] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [28470] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [28470] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [28554] (q(skolem_X66) <=> q(Y7_912_2))
% 251.95/36.29
% 251.95/36.29 [28554] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_912_2))
% 251.95/36.29 -> [28555] ~q(skolem_X66), ~q(Y7_912_2)
% 251.95/36.29 -> [28556] q(skolem_X66), q(Y7_912_2)
% 251.95/36.29
% 251.95/36.29 [28556] CLOSURE : q(Y7_912_2)
% 251.95/36.29
% 251.95/36.29 [28555] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [28681] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [28681] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [28682] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [28682] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [28683] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [28684] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [28684] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [28683] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [28814] ~r(X8_668_4)
% 251.95/36.29
% 251.95/36.29 [28814] CLOSURE : ~r(X8_668_4)
% 251.95/36.29
% 251.95/36.29 [5003] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [5007] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [5008] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [5007] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [5374] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [5374] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [5375] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5376] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [5375] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5948] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5949] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [5949] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [5951] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5951] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [10791] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [10791] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [10794] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [10795] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [10794] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [10795] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [13120] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [13120] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [13122] (q(skolem_X66) <=> q(Y7_342_2))
% 251.95/36.29
% 251.95/36.29 [13122] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_342_2))
% 251.95/36.29 -> [13126] ~q(skolem_X66), ~q(Y7_342_2)
% 251.95/36.29 -> [13127] q(skolem_X66), q(Y7_342_2)
% 251.95/36.29
% 251.95/36.29 [13127] CLOSURE : q(Y7_342_2)
% 251.95/36.29
% 251.95/36.29 [13126] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [22026] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [22026] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [22027] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [22027] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [22028] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [22029] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [22029] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22028] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [22962] ~r(X8_314_4)
% 251.95/36.29
% 251.95/36.29 [22962] CLOSURE : ~r(X8_314_4)
% 251.95/36.29
% 251.95/36.29 [5948] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [28292] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [28292] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [28293] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [28293] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [28294] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [28295] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [28295] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [28294] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [28349] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [28349] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [28350] (q(skolem_X66) <=> q(Y7_901_2))
% 251.95/36.29
% 251.95/36.29 [28350] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_901_2))
% 251.95/36.29 -> [28351] ~q(skolem_X66), ~q(Y7_901_2)
% 251.95/36.29 -> [28352] q(skolem_X66), q(Y7_901_2)
% 251.95/36.29
% 251.95/36.29 [28352] CLOSURE : q(Y7_901_2)
% 251.95/36.29
% 251.95/36.29 [28351] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [28381] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [28381] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [28382] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [28382] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [28383] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [28384] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [28384] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [28383] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [28437] ~r(X8_642_4)
% 251.95/36.29
% 251.95/36.29 [28437] CLOSURE : ~r(X8_642_4)
% 251.95/36.29
% 251.95/36.29 [5376] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [5378] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [5378] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5379] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5380] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [5379] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [5956] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [5956] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [5957] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [5958] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [5957] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [28398] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [28398] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [28399] (q(skolem_X66) <=> q(Y7_904_2))
% 251.95/36.29
% 251.95/36.29 [28399] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_904_2))
% 251.95/36.29 -> [28400] ~q(skolem_X66), ~q(Y7_904_2)
% 251.95/36.29 -> [28401] q(skolem_X66), q(Y7_904_2)
% 251.95/36.29
% 251.95/36.29 [28401] CLOSURE : q(Y7_904_2)
% 251.95/36.29
% 251.95/36.29 [28400] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [28428] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [28428] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [28429] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [28429] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [28430] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [28431] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [28431] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [28430] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [28479] ~r(X8_649_4)
% 251.95/36.29
% 251.95/36.29 [28479] CLOSURE : ~r(X8_649_4)
% 251.95/36.29
% 251.95/36.29 [5958] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [5380] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [5382] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5382] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5960] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [5960] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [5961] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [5961] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [5962] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [5963] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5962] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5963] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [28754] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [28754] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [28755] (q(skolem_X66) <=> q(Y7_922_2))
% 251.95/36.29
% 251.95/36.29 [28755] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_922_2))
% 251.95/36.29 -> [28756] ~q(skolem_X66), ~q(Y7_922_2)
% 251.95/36.29 -> [28757] q(skolem_X66), q(Y7_922_2)
% 251.95/36.29
% 251.95/36.29 [28757] CLOSURE : q(Y7_922_2)
% 251.95/36.29
% 251.95/36.29 [28756] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [28776] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [28776] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [28778] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [28778] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [28779] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [28780] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [28780] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [28779] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [28867] ~r(X8_672_4)
% 251.95/36.29
% 251.95/36.29 [28867] CLOSURE : ~r(X8_672_4)
% 251.95/36.29
% 251.95/36.29 [5008] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [5012] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [5012] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [5013] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5014] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [5014] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [5020] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [5020] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5021] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5022] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [5021] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [5394] (p(skolem_X22) <=> p(Y3_185_0))
% 251.95/36.29
% 251.95/36.29 [5394] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_185_0))
% 251.95/36.29 -> [5395] ~p(skolem_X22), ~p(Y3_185_0)
% 251.95/36.29 -> [5396] p(skolem_X22), p(Y3_185_0)
% 251.95/36.29
% 251.95/36.29 [5396] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [27007] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [27007] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [27138] (q(skolem_X66) <=> q(Y7_832_2))
% 251.95/36.29
% 251.95/36.29 [27138] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_832_2))
% 251.95/36.29 -> [27139] ~q(skolem_X66), ~q(Y7_832_2)
% 251.95/36.29 -> [27140] q(skolem_X66), q(Y7_832_2)
% 251.95/36.29
% 251.95/36.29 [27140] CLOSURE : q(Y7_832_2)
% 251.95/36.29
% 251.95/36.29 [27139] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [27447] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [27447] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [27448] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [27448] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [27449] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [27450] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [27450] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [27449] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [27724] ~r(X8_600_4)
% 251.95/36.29
% 251.95/36.29 [27724] CLOSURE : ~r(X8_600_4)
% 251.95/36.29
% 251.95/36.29 [5395] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [5979] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [5979] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [5980] (q(skolem_X66) <=> q(Y7_104_2))
% 251.95/36.29
% 251.95/36.29 [5980] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_104_2))
% 251.95/36.29 -> [5983] ~q(skolem_X66), ~q(Y7_104_2)
% 251.95/36.29 -> [5984] q(skolem_X66), q(Y7_104_2)
% 251.95/36.29
% 251.95/36.29 [5984] CLOSURE : q(Y7_104_2)
% 251.95/36.29
% 251.95/36.29 [5983] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [28834] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [28834] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [28835] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [28835] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [28836] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [28837] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [28837] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [28836] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [28938] ~r(X8_681_4)
% 251.95/36.29
% 251.95/36.29 [28938] CLOSURE : ~r(X8_681_4)
% 251.95/36.29
% 251.95/36.29 [5022] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [5026] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5026] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [6002] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [6002] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [11524] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [11524] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [11525] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [11526] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11526] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [25698] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [25698] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [25724] (q(skolem_X66) <=> q(Y7_799_2))
% 251.95/36.29
% 251.95/36.29 [25724] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_799_2))
% 251.95/36.29 -> [25725] ~q(skolem_X66), ~q(Y7_799_2)
% 251.95/36.29 -> [25726] q(skolem_X66), q(Y7_799_2)
% 251.95/36.29
% 251.95/36.29 [25726] CLOSURE : q(Y7_799_2)
% 251.95/36.29
% 251.95/36.29 [25725] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [25765] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [25765] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [25766] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [25766] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [25767] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [25768] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [25768] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [25767] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [25808] ~r(X8_505_4)
% 251.95/36.29
% 251.95/36.29 [25808] CLOSURE : ~r(X8_505_4)
% 251.95/36.29
% 251.95/36.29 [11525] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5013] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [5383] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5384] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [5384] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [5387] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [5387] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [28787] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [28787] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [28788] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [28789] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [28788] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [28789] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [28832] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [28832] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [28861] (q(skolem_X66) <=> q(Y7_926_2))
% 251.95/36.29
% 251.95/36.29 [28861] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_926_2))
% 251.95/36.29 -> [28862] ~q(skolem_X66), ~q(Y7_926_2)
% 251.95/36.29 -> [28863] q(skolem_X66), q(Y7_926_2)
% 251.95/36.29
% 251.95/36.29 [28863] CLOSURE : q(Y7_926_2)
% 251.95/36.29
% 251.95/36.29 [28862] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [28874] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [28874] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [28875] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [28875] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [28876] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [28877] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [28877] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [28876] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [28902] ~r(X8_676_4)
% 251.95/36.29
% 251.95/36.29 [28902] CLOSURE : ~r(X8_676_4)
% 251.95/36.29
% 251.95/36.29 [5383] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5966] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [5966] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [5967] (p(skolem_X22) <=> p(Y3_202_0))
% 251.95/36.29
% 251.95/36.29 [5967] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_202_0))
% 251.95/36.29 -> [5968] ~p(skolem_X22), ~p(Y3_202_0)
% 251.95/36.29 -> [5969] p(skolem_X22), p(Y3_202_0)
% 251.95/36.29
% 251.95/36.29 [5968] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [28709] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [28709] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [28710] (q(skolem_X66) <=> q(Y7_920_2))
% 251.95/36.29
% 251.95/36.29 [28710] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_920_2))
% 251.95/36.29 -> [28711] ~q(skolem_X66), ~q(Y7_920_2)
% 251.95/36.29 -> [28712] q(skolem_X66), q(Y7_920_2)
% 251.95/36.29
% 251.95/36.29 [28712] CLOSURE : q(Y7_920_2)
% 251.95/36.29
% 251.95/36.29 [28711] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [28730] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [28730] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [28731] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [28731] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [28732] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [28733] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [28733] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [28732] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [28855] ~r(X8_670_4)
% 251.95/36.29
% 251.95/36.29 [28855] CLOSURE : ~r(X8_670_4)
% 251.95/36.29
% 251.95/36.29 [5969] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [12154] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [12154] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [21842] (q(skolem_X66) <=> q(Y7_679_2))
% 251.95/36.29
% 251.95/36.29 [21842] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_679_2))
% 251.95/36.29 -> [21843] ~q(skolem_X66), ~q(Y7_679_2)
% 251.95/36.29 -> [21844] q(skolem_X66), q(Y7_679_2)
% 251.95/36.29
% 251.95/36.29 [21843] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [22666] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [22666] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [22667] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [22667] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [22668] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [22669] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [22669] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22668] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [23453] ~r(X8_346_4)
% 251.95/36.29
% 251.95/36.29 [23453] CLOSURE : ~r(X8_346_4)
% 251.95/36.29
% 251.95/36.29 [21844] CLOSURE : q(Y7_679_2)
% 251.95/36.29
% 251.95/36.29 [586] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [598] r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [598] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [603] ~s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [603] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.29 -> [612] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [613] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29
% 251.95/36.29 [612] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [1144] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [1145] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [1144] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [1354] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [1355] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [1354] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [1477] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [1478] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [1478] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [1484] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [1484] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2029] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [2029] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [2519] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [2519] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [2521] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [2522] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [2521] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [2522] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [12497] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [12497] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [13610] (q(skolem_X66) <=> q(Y7_353_2))
% 251.95/36.29
% 251.95/36.29 [13610] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_353_2))
% 251.95/36.29 -> [13612] ~q(skolem_X66), ~q(Y7_353_2)
% 251.95/36.29 -> [13613] q(skolem_X66), q(Y7_353_2)
% 251.95/36.29
% 251.95/36.29 [13613] CLOSURE : q(Y7_353_2)
% 251.95/36.29
% 251.95/36.29 [13612] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [15678] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [15678] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29 -> [15679] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29
% 251.95/36.29 [15679] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29 -> [15681] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.29 -> [15682] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [15681] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [15682] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [20989] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [20989] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [21567] p(Y13_88_5)
% 251.95/36.29
% 251.95/36.29 [21567] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [21882] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [21882] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [21883] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [21883] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [21884] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [21885] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [21884] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [21885] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [1477] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [1595] (p(skolem_X22) <=> p(Y3_33_0))
% 251.95/36.29
% 251.95/36.29 [1595] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_33_0))
% 251.95/36.29 -> [1596] ~p(skolem_X22), ~p(Y3_33_0)
% 251.95/36.29 -> [1597] p(skolem_X22), p(Y3_33_0)
% 251.95/36.29
% 251.95/36.29 [1596] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [1756] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [1756] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [1763] (q(skolem_X66) <=> q(Y7_8_2))
% 251.95/36.29
% 251.95/36.29 [1763] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_8_2))
% 251.95/36.29 -> [1764] ~q(skolem_X66), ~q(Y7_8_2)
% 251.95/36.29 -> [1765] q(skolem_X66), q(Y7_8_2)
% 251.95/36.29
% 251.95/36.29 [1765] CLOSURE : q(Y7_8_2)
% 251.95/36.29
% 251.95/36.29 [1764] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [1996] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [1996] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [1997] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [1997] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [1999] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [2000] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [2000] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [1999] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [3394] ~s(X12_2_4)
% 251.95/36.29
% 251.95/36.29 [3394] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [3395] p(Y13_2_5)
% 251.95/36.29
% 251.95/36.29 [3395] CLOSURE : p(Y13_2_5)
% 251.95/36.29
% 251.95/36.29 [1597] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [2373] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [2373] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [2861] (q(skolem_X66) <=> q(Y7_24_2))
% 251.95/36.29
% 251.95/36.29 [2861] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_24_2))
% 251.95/36.29 -> [2862] ~q(skolem_X66), ~q(Y7_24_2)
% 251.95/36.29 -> [2863] q(skolem_X66), q(Y7_24_2)
% 251.95/36.29
% 251.95/36.29 [2863] CLOSURE : q(Y7_24_2)
% 251.95/36.29
% 251.95/36.29 [2862] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [3567] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [3567] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [3568] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [3568] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [3569] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [3570] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [3570] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [3569] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [13237] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [13237] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [14725] p(Y13_28_5)
% 251.95/36.29
% 251.95/36.29 [14725] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [35574] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [35574] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [35577] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [35577] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [35580] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [35581] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [35580] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [35581] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [1355] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [1367] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [1367] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [1368] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [1369] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [1368] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [1495] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [1495] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [1497] (p(skolem_X22) <=> p(Y3_27_0))
% 251.95/36.29
% 251.95/36.29 [1497] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_27_0))
% 251.95/36.29 -> [1498] ~p(skolem_X22), ~p(Y3_27_0)
% 251.95/36.29 -> [1499] p(skolem_X22), p(Y3_27_0)
% 251.95/36.29
% 251.95/36.29 [1498] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [1608] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [1608] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [1610] (q(skolem_X66) <=> q(Y7_4_2))
% 251.95/36.29
% 251.95/36.29 [1610] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_4_2))
% 251.95/36.29 -> [1613] ~q(skolem_X66), ~q(Y7_4_2)
% 251.95/36.29 -> [1614] q(skolem_X66), q(Y7_4_2)
% 251.95/36.29
% 251.95/36.29 [1614] CLOSURE : q(Y7_4_2)
% 251.95/36.29
% 251.95/36.29 [1613] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [1798] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [1798] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [1799] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [1799] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [1800] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [1801] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [1801] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [1800] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [6680] ~s(X12_21_4)
% 251.95/36.29
% 251.95/36.29 [6680] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [6682] p(Y13_17_5)
% 251.95/36.29
% 251.95/36.29 [6682] CLOSURE : p(Y13_17_5)
% 251.95/36.29
% 251.95/36.29 [1499] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [2403] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [2403] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [5721] (q(skolem_X66) <=> q(Y7_101_2))
% 251.95/36.29
% 251.95/36.29 [5721] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_101_2))
% 251.95/36.29 -> [5722] ~q(skolem_X66), ~q(Y7_101_2)
% 251.95/36.29 -> [5723] q(skolem_X66), q(Y7_101_2)
% 251.95/36.29
% 251.95/36.29 [5723] CLOSURE : q(Y7_101_2)
% 251.95/36.29
% 251.95/36.29 [5722] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [12780] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [12780] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [12781] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [12781] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [12782] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [12783] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [12783] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [12782] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [38427] ~s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [38427] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [38510] p(Y13_536_5)
% 251.95/36.29
% 251.95/36.29 [38510] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [38565] (s(skolem_X1414) <=> s(Y15_278_6))
% 251.95/36.29
% 251.95/36.29 [38565] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_278_6))
% 251.95/36.29 -> [38566] ~s(skolem_X1414), ~s(Y15_278_6)
% 251.95/36.29 -> [38567] s(skolem_X1414), s(Y15_278_6)
% 251.95/36.29
% 251.95/36.29 [38567] CLOSURE : s(Y15_278_6)
% 251.95/36.29
% 251.95/36.29 [38566] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [38685] ~p(X16_176_7)
% 251.95/36.29
% 251.95/36.29 [38685] CLOSURE : ~p(X16_176_7)
% 251.95/36.29
% 251.95/36.29 [1369] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [1378] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [1378] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [4562] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [4562] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [4563] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [4564] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [4563] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [4564] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [10054] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [10054] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [20000] (q(skolem_X66) <=> q(Y7_587_2))
% 251.95/36.29
% 251.95/36.29 [20000] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_587_2))
% 251.95/36.29 -> [20001] ~q(skolem_X66), ~q(Y7_587_2)
% 251.95/36.29 -> [20002] q(skolem_X66), q(Y7_587_2)
% 251.95/36.29
% 251.95/36.29 [20002] CLOSURE : q(Y7_587_2)
% 251.95/36.29
% 251.95/36.29 [20001] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [21217] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [21217] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [21218] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [21218] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [21220] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [21221] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [21221] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [21220] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [41798] ~s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [41798] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [41885] p(Y13_627_5)
% 251.95/36.29
% 251.95/36.29 [41885] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [42212] (s(skolem_X1414) <=> s(Y15_331_6))
% 251.95/36.29
% 251.95/36.29 [42212] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_331_6))
% 251.95/36.29 -> [42213] ~s(skolem_X1414), ~s(Y15_331_6)
% 251.95/36.29 -> [42214] s(skolem_X1414), s(Y15_331_6)
% 251.95/36.29
% 251.95/36.29 [42214] CLOSURE : s(Y15_331_6)
% 251.95/36.29
% 251.95/36.29 [42213] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [42327] q(Y17_162_7)
% 251.95/36.29
% 251.95/36.29 [42327] CLOSURE : q(Y17_162_7)
% 251.95/36.29
% 251.95/36.29 [1145] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [1150] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [1150] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [1648] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [1648] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [2258] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [2259] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [2259] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [2276] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [2276] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [2278] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2279] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [2279] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [2288] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [2288] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [2768] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [2768] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [2769] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [2770] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [2770] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [2769] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [15844] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [15844] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [17257] (q(skolem_X66) <=> q(Y7_464_2))
% 251.95/36.29
% 251.95/36.29 [17257] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_464_2))
% 251.95/36.29 -> [17259] ~q(skolem_X66), ~q(Y7_464_2)
% 251.95/36.29 -> [17260] q(skolem_X66), q(Y7_464_2)
% 251.95/36.29
% 251.95/36.29 [17260] CLOSURE : q(Y7_464_2)
% 251.95/36.29
% 251.95/36.29 [17259] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [18514] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [18514] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [18515] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [18515] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [18516] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [18517] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [18517] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [18516] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [29753] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [29753] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29 -> [29754] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.29 -> [29755] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [29755] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [29754] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [29840] q(Y17_66_5)
% 251.95/36.29
% 251.95/36.29 [29840] CLOSURE : q(Y17_66_5)
% 251.95/36.29
% 251.95/36.29 [2278] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2464] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [2464] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [2924] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [2924] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [2925] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [2926] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [2926] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [2925] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [3619] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [3619] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [4007] (q(skolem_X66) <=> q(Y7_56_2))
% 251.95/36.29
% 251.95/36.29 [4007] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_56_2))
% 251.95/36.29 -> [4008] ~q(skolem_X66), ~q(Y7_56_2)
% 251.95/36.29 -> [4009] q(skolem_X66), q(Y7_56_2)
% 251.95/36.29
% 251.95/36.29 [4009] CLOSURE : q(Y7_56_2)
% 251.95/36.29
% 251.95/36.29 [4008] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [10427] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [10427] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [10430] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [10430] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [10431] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [10432] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [10432] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [10431] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [18240] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [18240] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29 -> [18241] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.29 -> [18242] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [18242] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [18241] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [33515] ~p(X16_129_5)
% 251.95/36.29
% 251.95/36.29 [33515] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [33637] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [33637] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [33638] (p(skolem_X22) <=> p(Y3_984_0))
% 251.95/36.29
% 251.95/36.29 [33638] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_984_0))
% 251.95/36.29 -> [33639] ~p(skolem_X22), ~p(Y3_984_0)
% 251.95/36.29 -> [33640] p(skolem_X22), p(Y3_984_0)
% 251.95/36.29
% 251.95/36.29 [33640] CLOSURE : p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [33639] : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [33855] ~? [X4_4] : (q(X4_4))
% 251.95/36.29
% 251.95/36.29 [33855] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [33856] ~q(X4_1180_1)
% 251.95/36.29
% 251.95/36.29 [33856] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [33969] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29
% 251.95/36.29 [33969] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [33970] (q(skolem_X66) <=> q(Y7_1103_2))
% 251.95/36.29
% 251.95/36.29 [33970] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1103_2))
% 251.95/36.29 -> [33971] ~q(skolem_X66), ~q(Y7_1103_2)
% 251.95/36.29 -> [33972] q(skolem_X66), q(Y7_1103_2)
% 251.95/36.29
% 251.95/36.29 [33972] CLOSURE : q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [33971] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [34136] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29
% 251.95/36.29 [34136] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [34137] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [34137] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29 -> [34138] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29
% 251.95/36.29 [34138] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29 -> [34139] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.29 -> [34140] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [34139] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [34140] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [34371] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [34371] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [34375] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [34375] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.29 -> [34376] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.29 -> [34377] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [34377] CLOSURE : s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [34376] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [2258] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [2453] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2454] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [2453] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [2553] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [2553] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [2554] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [2555] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [2555] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [2554] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [3319] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [3319] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [3757] (q(skolem_X66) <=> q(Y7_47_2))
% 251.95/36.29
% 251.95/36.29 [3757] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_47_2))
% 251.95/36.29 -> [3759] ~q(skolem_X66), ~q(Y7_47_2)
% 251.95/36.29 -> [3760] q(skolem_X66), q(Y7_47_2)
% 251.95/36.29
% 251.95/36.29 [3760] CLOSURE : q(Y7_47_2)
% 251.95/36.29
% 251.95/36.29 [3759] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [9384] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [9384] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [9385] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [9385] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [9386] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [9387] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [9387] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [9386] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [32822] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [32822] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [32823] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [32823] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [32824] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [32825] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [32825] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [32824] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [32972] ~p(X16_124_5)
% 251.95/36.29
% 251.95/36.29 [32972] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [33008] q(Y17_88_6)
% 251.95/36.29
% 251.95/36.29 [33008] CLOSURE : q(Y17_88_6)
% 251.95/36.29
% 251.95/36.29 [2454] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [2457] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [2457] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2909] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [2909] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [3324] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [3324] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [3331] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [3332] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [3332] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [3331] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [20488] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [20488] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [41281] (q(skolem_X66) <=> q(Y7_1306_2))
% 251.95/36.29
% 251.95/36.29 [41281] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1306_2))
% 251.95/36.29 -> [41282] ~q(skolem_X66), ~q(Y7_1306_2)
% 251.95/36.29 -> [41283] q(skolem_X66), q(Y7_1306_2)
% 251.95/36.29
% 251.95/36.29 [41283] CLOSURE : q(Y7_1306_2)
% 251.95/36.29
% 251.95/36.29 [41282] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [41398] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [41398] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29 -> [41399] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29
% 251.95/36.29 [41399] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29 -> [41400] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.29 -> [41401] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [41400] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [41401] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [42206] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [42206] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [42207] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [42207] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [42208] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [42209] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [42209] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [42208] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [42508] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [42508] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [42509] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [42509] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [42510] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [42511] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [42511] CLOSURE : p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [42510] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [613] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [628] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [629] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [628] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [1273] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [1273] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [1274] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [1275] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [1274] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [1619] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [1620] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [1620] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [1625] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [1625] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [4100] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [4100] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [4101] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [4102] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [4102] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [4101] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [11212] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [11212] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [12644] (q(skolem_X66) <=> q(Y7_320_2))
% 251.95/36.29
% 251.95/36.29 [12644] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_320_2))
% 251.95/36.29 -> [12645] ~q(skolem_X66), ~q(Y7_320_2)
% 251.95/36.29 -> [12646] q(skolem_X66), q(Y7_320_2)
% 251.95/36.29
% 251.95/36.29 [12646] CLOSURE : q(Y7_320_2)
% 251.95/36.29
% 251.95/36.29 [12645] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [22363] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [22363] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [22364] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [22364] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [22365] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [22366] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [22366] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22365] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [23802] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [23802] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [23952] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [23952] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [23953] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [23953] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [23954] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [23955] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [23954] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [23955] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [1619] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2358] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [2358] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [2361] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [2361] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [2362] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [2363] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [2363] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [2362] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [3143] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [3143] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [3144] (q(skolem_X66) <=> q(Y7_32_2))
% 251.95/36.29
% 251.95/36.29 [3144] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_32_2))
% 251.95/36.29 -> [3145] ~q(skolem_X66), ~q(Y7_32_2)
% 251.95/36.29 -> [3146] q(skolem_X66), q(Y7_32_2)
% 251.95/36.29
% 251.95/36.29 [3146] CLOSURE : q(Y7_32_2)
% 251.95/36.29
% 251.95/36.29 [3145] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [4964] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [4964] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [4965] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [4965] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [4972] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [4973] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [4973] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [4972] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [37243] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [37243] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [37246] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [37246] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [37249] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [37249] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [37250] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [37251] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [37250] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [37251] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [1275] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [1283] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [1283] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [1284] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [1285] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [1284] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [1637] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [1637] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [1638] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [1639] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [1639] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [1638] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [2384] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [2384] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [2388] (q(skolem_X66) <=> q(Y7_21_2))
% 251.95/36.29
% 251.95/36.29 [2388] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_21_2))
% 251.95/36.29 -> [2389] ~q(skolem_X66), ~q(Y7_21_2)
% 251.95/36.29 -> [2390] q(skolem_X66), q(Y7_21_2)
% 251.95/36.29
% 251.95/36.29 [2390] CLOSURE : q(Y7_21_2)
% 251.95/36.29
% 251.95/36.29 [2389] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [3171] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [3171] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [3172] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [3172] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [3173] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [3174] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [3174] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [3173] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [5385] ~s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [5385] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [5388] (s(skolem_X1414) <=> s(Y15_2_5))
% 251.95/36.29
% 251.95/36.29 [5388] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_2_5))
% 251.95/36.29 -> [5389] ~s(skolem_X1414), ~s(Y15_2_5)
% 251.95/36.29 -> [5390] s(skolem_X1414), s(Y15_2_5)
% 251.95/36.29
% 251.95/36.29 [5389] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [5592] ~p(X16_2_6)
% 251.95/36.29
% 251.95/36.29 [5592] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5595] q(Y17_1_7)
% 251.95/36.29
% 251.95/36.29 [5595] CLOSURE : q(Y17_1_7)
% 251.95/36.29
% 251.95/36.29 [5390] CLOSURE : s(Y15_2_5)
% 251.95/36.29
% 251.95/36.29 [1285] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [1289] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [1289] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [3186] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [3186] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [4420] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [4420] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [4421] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [4422] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [4422] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [4421] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [42059] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [42059] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [42157] (q(skolem_X66) <=> q(Y7_1343_2))
% 251.95/36.29
% 251.95/36.29 [42157] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1343_2))
% 251.95/36.29 -> [42158] ~q(skolem_X66), ~q(Y7_1343_2)
% 251.95/36.29 -> [42159] q(skolem_X66), q(Y7_1343_2)
% 251.95/36.29
% 251.95/36.29 [42159] CLOSURE : q(Y7_1343_2)
% 251.95/36.29
% 251.95/36.29 [42158] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [42260] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [42260] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [42261] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [42261] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [42262] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [42263] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [42263] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [42262] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [42507] ~s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [42507] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [42512] (s(skolem_X1414) <=> s(Y15_340_5))
% 251.95/36.29
% 251.95/36.29 [42512] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_340_5))
% 251.95/36.29 -> [42514] ~s(skolem_X1414), ~s(Y15_340_5)
% 251.95/36.29 -> [42515] s(skolem_X1414), s(Y15_340_5)
% 251.95/36.29
% 251.95/36.29 [42515] CLOSURE : s(Y15_340_5)
% 251.95/36.29
% 251.95/36.29 [42514] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [42525] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [42525] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [42526] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [42526] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [42527] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [42528] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [42528] CLOSURE : p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [42527] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [629] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [636] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [636] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [2260] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [2261] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [2260] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [2505] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2506] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [2505] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2790] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [2790] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [3925] (p(skolem_X22) <=> p(Y3_141_0))
% 251.95/36.29
% 251.95/36.29 [3925] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_141_0))
% 251.95/36.29 -> [3926] ~p(skolem_X22), ~p(Y3_141_0)
% 251.95/36.29 -> [3927] p(skolem_X22), p(Y3_141_0)
% 251.95/36.29
% 251.95/36.29 [3927] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [12999] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [12999] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [14095] (q(skolem_X66) <=> q(Y7_366_2))
% 251.95/36.29
% 251.95/36.29 [14095] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_366_2))
% 251.95/36.29 -> [14096] ~q(skolem_X66), ~q(Y7_366_2)
% 251.95/36.29 -> [14097] q(skolem_X66), q(Y7_366_2)
% 251.95/36.29
% 251.95/36.29 [14096] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [36602] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [36602] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [36603] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [36603] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [36604] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [36605] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [36605] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [36604] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [36635] p(Y13_469_4)
% 251.95/36.29
% 251.95/36.29 [36635] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [36644] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [36644] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.29 -> [36645] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29
% 251.95/36.29 [36645] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.29 -> [36646] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.29 -> [36647] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [36647] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [36646] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [36678] ~p(X16_158_6)
% 251.95/36.29
% 251.95/36.29 [36678] CLOSURE : ~p(X16_158_6)
% 251.95/36.29
% 251.95/36.29 [14097] CLOSURE : q(Y7_366_2)
% 251.95/36.29
% 251.95/36.29 [3926] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [9982] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [9982] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [11072] (q(skolem_X66) <=> q(Y7_247_2))
% 251.95/36.29
% 251.95/36.29 [11072] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_247_2))
% 251.95/36.29 -> [11073] ~q(skolem_X66), ~q(Y7_247_2)
% 251.95/36.29 -> [11074] q(skolem_X66), q(Y7_247_2)
% 251.95/36.29
% 251.95/36.29 [11074] CLOSURE : q(Y7_247_2)
% 251.95/36.29
% 251.95/36.29 [11073] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [13161] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [13161] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [13162] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [13162] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [13163] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [13164] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [13164] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [13163] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [38549] p(Y13_538_4)
% 251.95/36.29
% 251.95/36.29 [38549] CLOSURE : p(Y13_538_4)
% 251.95/36.29
% 251.95/36.29 [2506] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [2514] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [2514] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [3451] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [3451] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [3457] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [3458] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [3457] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [3458] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [8342] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [8342] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [9575] (q(skolem_X66) <=> q(Y7_188_2))
% 251.95/36.29
% 251.95/36.29 [9575] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_188_2))
% 251.95/36.29 -> [9576] ~q(skolem_X66), ~q(Y7_188_2)
% 251.95/36.29 -> [9577] q(skolem_X66), q(Y7_188_2)
% 251.95/36.29
% 251.95/36.29 [9577] CLOSURE : q(Y7_188_2)
% 251.95/36.29
% 251.95/36.29 [9576] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [12149] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [12149] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [12150] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [12150] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [12151] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [12152] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [12152] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [12151] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [18890] p(Y13_65_4)
% 251.95/36.29
% 251.95/36.29 [18890] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [19471] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [19471] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29 -> [19472] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29
% 251.95/36.29 [19472] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29 -> [19473] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.29 -> [19474] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [19473] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [19474] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [39014] q(Y17_140_6)
% 251.95/36.29
% 251.95/36.29 [39014] CLOSURE : q(Y17_140_6)
% 251.95/36.29
% 251.95/36.29 [2261] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [2264] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [2264] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [2266] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [2267] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [2266] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [2520] (p(skolem_X22) <=> p(Y3_68_0))
% 251.95/36.29
% 251.95/36.29 [2520] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_68_0))
% 251.95/36.29 -> [2523] ~p(skolem_X22), ~p(Y3_68_0)
% 251.95/36.29 -> [2524] p(skolem_X22), p(Y3_68_0)
% 251.95/36.29
% 251.95/36.29 [2523] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [7741] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [7741] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [8910] (q(skolem_X66) <=> q(Y7_166_2))
% 251.95/36.29
% 251.95/36.29 [8910] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_166_2))
% 251.95/36.29 -> [8911] ~q(skolem_X66), ~q(Y7_166_2)
% 251.95/36.29 -> [8912] q(skolem_X66), q(Y7_166_2)
% 251.95/36.29
% 251.95/36.29 [8912] CLOSURE : q(Y7_166_2)
% 251.95/36.29
% 251.95/36.29 [8911] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [16090] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [16090] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29 -> [16091] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29
% 251.95/36.29 [16091] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29 -> [16092] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.29 -> [16093] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [16092] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [16093] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [23640] p(Y13_119_4)
% 251.95/36.29
% 251.95/36.29 [23640] CLOSURE : p(Y13_119_4)
% 251.95/36.29
% 251.95/36.29 [2524] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [7821] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [7821] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [8809] (q(skolem_X66) <=> q(Y7_162_2))
% 251.95/36.29
% 251.95/36.29 [8809] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_162_2))
% 251.95/36.29 -> [8811] ~q(skolem_X66), ~q(Y7_162_2)
% 251.95/36.29 -> [8812] q(skolem_X66), q(Y7_162_2)
% 251.95/36.29
% 251.95/36.29 [8812] CLOSURE : q(Y7_162_2)
% 251.95/36.29
% 251.95/36.29 [8811] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [10442] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [10442] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [10443] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [10443] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [10444] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [10445] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [10445] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [10444] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [23620] p(Y13_118_4)
% 251.95/36.29
% 251.95/36.29 [23620] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [23853] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [23853] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29 -> [23855] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.29 -> [23856] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [23856] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [23855] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [25338] ~p(X16_50_6)
% 251.95/36.29
% 251.95/36.29 [25338] CLOSURE : ~p(X16_50_6)
% 251.95/36.29
% 251.95/36.29 [2267] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [2283] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [2283] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [5413] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [5413] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [7334] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [7334] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [7335] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [7336] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [7335] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [7336] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [15787] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [15787] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [16575] (q(skolem_X66) <=> q(Y7_436_2))
% 251.95/36.29
% 251.95/36.29 [16575] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_436_2))
% 251.95/36.29 -> [16576] ~q(skolem_X66), ~q(Y7_436_2)
% 251.95/36.29 -> [16577] q(skolem_X66), q(Y7_436_2)
% 251.95/36.29
% 251.95/36.29 [16577] CLOSURE : q(Y7_436_2)
% 251.95/36.29
% 251.95/36.29 [16576] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [18051] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [18051] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29 -> [18052] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29
% 251.95/36.29 [18052] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29 -> [18053] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.29 -> [18054] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [18053] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [18054] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [40530] p(Y13_595_4)
% 251.95/36.29
% 251.95/36.29 [40530] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [40569] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29
% 251.95/36.29 [40569] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.29 -> [40570] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.29 -> [40571] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [40571] CLOSURE : s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [40570] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [41428] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [41428] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [41429] (p(skolem_X22) <=> p(Y3_1104_0))
% 251.95/36.29
% 251.95/36.29 [41429] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1104_0))
% 251.95/36.29 -> [41430] ~p(skolem_X22), ~p(Y3_1104_0)
% 251.95/36.29 -> [41431] p(skolem_X22), p(Y3_1104_0)
% 251.95/36.29
% 251.95/36.29 [41430] CLOSURE : ~p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [41431] : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [41603] ~? [X4_4] : (q(X4_4))
% 251.95/36.29
% 251.95/36.29 [41603] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [41604] ~q(X4_1295_1)
% 251.95/36.29
% 251.95/36.29 [41604] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [41726] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29
% 251.95/36.29 [41726] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [41727] (q(skolem_X66) <=> q(Y7_1324_2))
% 251.95/36.29
% 251.95/36.29 [41727] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1324_2))
% 251.95/36.29 -> [41729] ~q(skolem_X66), ~q(Y7_1324_2)
% 251.95/36.29 -> [41730] q(skolem_X66), q(Y7_1324_2)
% 251.95/36.29
% 251.95/36.29 [41730] CLOSURE : q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [41729] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [41915] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29
% 251.95/36.29 [41915] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [41917] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [41917] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [41922] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [41922] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [41925] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [41926] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [41926] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [41925] : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [42542] ! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [42542] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [42543] p(Y13_645_4)
% 251.95/36.29
% 251.95/36.29 [42543] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [42544] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [42544] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [42545] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [42545] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.29 -> [42546] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.29 -> [42547] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [42547] CLOSURE : s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [42546] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [29] BETA_EQUIV : (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.95/36.29 -> [37] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.29 -> [38] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.29
% 251.95/36.29 [38] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.29 -> [44] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29
% 251.95/36.29 [44] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.29 -> [53] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.29 -> [54] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.29
% 251.95/36.29 [53] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.29 -> [253] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [254] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.29
% 251.95/36.29 [253] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [4675] ~s(skolem_Y99)
% 251.95/36.29
% 251.95/36.29 [4675] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.29 -> [4676] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [4677] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29
% 251.95/36.29 [4676] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [10577] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [10578] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [10578] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [10579] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [10579] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [11013] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [11013] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [11019] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [11020] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [11020] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [11021] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [11021] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [11022] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [11023] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [11022] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [11567] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [11567] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [11568] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [11569] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [11569] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [11568] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [12156] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [12156] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [12159] (q(skolem_X66) <=> q(Y7_298_2))
% 251.95/36.29
% 251.95/36.29 [12159] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_298_2))
% 251.95/36.29 -> [12161] ~q(skolem_X66), ~q(Y7_298_2)
% 251.95/36.29 -> [12162] q(skolem_X66), q(Y7_298_2)
% 251.95/36.29
% 251.95/36.29 [12162] CLOSURE : q(Y7_298_2)
% 251.95/36.29
% 251.95/36.29 [12161] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [29749] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [29749] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [29750] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [29750] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [29751] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [29752] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [29752] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [29751] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [29839] ~r(X8_720_4)
% 251.95/36.29
% 251.95/36.29 [29839] CLOSURE : ~r(X8_720_4)
% 251.95/36.29
% 251.95/36.29 [11023] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [11026] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11026] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [29786] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [29786] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [29818] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [29818] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [29819] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [29820] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [29820] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [29819] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [29904] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [29904] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [29915] (q(skolem_X66) <=> q(Y7_954_2))
% 251.95/36.29
% 251.95/36.29 [29915] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_954_2))
% 251.95/36.29 -> [29916] ~q(skolem_X66), ~q(Y7_954_2)
% 251.95/36.29 -> [29917] q(skolem_X66), q(Y7_954_2)
% 251.95/36.29
% 251.95/36.29 [29917] CLOSURE : q(Y7_954_2)
% 251.95/36.29
% 251.95/36.29 [29916] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [29925] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [29925] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [29926] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [29926] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [29927] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [29928] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [29928] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [29927] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [29931] ~r(X8_723_4)
% 251.95/36.29
% 251.95/36.29 [29931] CLOSURE : ~r(X8_723_4)
% 251.95/36.29
% 251.95/36.29 [11019] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [11563] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [11564] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [11563] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [12142] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [12142] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [12143] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [12143] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [12144] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [12145] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [12145] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [12144] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [29699] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [29699] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [29705] (q(skolem_X66) <=> q(Y7_950_2))
% 251.95/36.29
% 251.95/36.29 [29705] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_950_2))
% 251.95/36.29 -> [29706] ~q(skolem_X66), ~q(Y7_950_2)
% 251.95/36.29 -> [29707] q(skolem_X66), q(Y7_950_2)
% 251.95/36.29
% 251.95/36.29 [29707] CLOSURE : q(Y7_950_2)
% 251.95/36.29
% 251.95/36.29 [29706] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [29730] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [29730] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [29731] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [29731] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [29732] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [29733] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [29733] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [29732] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [29779] ~r(X8_717_4)
% 251.95/36.29
% 251.95/36.29 [29779] CLOSURE : ~r(X8_717_4)
% 251.95/36.29
% 251.95/36.29 [11564] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [11565] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11565] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [29756] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [29756] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [29757] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [29758] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [29758] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [29757] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [29930] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [29930] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [29960] (q(skolem_X66) <=> q(Y7_958_2))
% 251.95/36.29
% 251.95/36.29 [29960] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_958_2))
% 251.95/36.29 -> [29961] ~q(skolem_X66), ~q(Y7_958_2)
% 251.95/36.29 -> [29962] q(skolem_X66), q(Y7_958_2)
% 251.95/36.29
% 251.95/36.29 [29962] CLOSURE : q(Y7_958_2)
% 251.95/36.29
% 251.95/36.29 [29961] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [29969] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [29969] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [29970] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [29970] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [29971] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [29972] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [29972] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [29971] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [29999] ~r(X8_725_4)
% 251.95/36.29
% 251.95/36.29 [29999] CLOSURE : ~r(X8_725_4)
% 251.95/36.29
% 251.95/36.29 [10577] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [10999] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [11000] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [10999] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [11535] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [11536] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [11536] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [11537] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11537] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [12112] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [12112] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [12113] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [12114] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [12113] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [12114] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [25669] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [25669] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [25670] (q(skolem_X66) <=> q(Y7_797_2))
% 251.95/36.29
% 251.95/36.29 [25670] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_797_2))
% 251.95/36.29 -> [25671] ~q(skolem_X66), ~q(Y7_797_2)
% 251.95/36.29 -> [25672] q(skolem_X66), q(Y7_797_2)
% 251.95/36.29
% 251.95/36.29 [25672] CLOSURE : q(Y7_797_2)
% 251.95/36.29
% 251.95/36.29 [25671] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [25708] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [25708] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [25709] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [25709] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [25710] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [25711] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [25711] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [25710] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [26038] ~r(X8_521_4)
% 251.95/36.29
% 251.95/36.29 [26038] CLOSURE : ~r(X8_521_4)
% 251.95/36.29
% 251.95/36.29 [11535] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [12106] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [12106] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [12107] (p(skolem_X22) <=> p(Y3_475_0))
% 251.95/36.29
% 251.95/36.29 [12107] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_475_0))
% 251.95/36.29 -> [12108] ~p(skolem_X22), ~p(Y3_475_0)
% 251.95/36.29 -> [12109] p(skolem_X22), p(Y3_475_0)
% 251.95/36.29
% 251.95/36.29 [12108] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [21805] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [21805] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [21806] (q(skolem_X66) <=> q(Y7_675_2))
% 251.95/36.29
% 251.95/36.29 [21806] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_675_2))
% 251.95/36.29 -> [21807] ~q(skolem_X66), ~q(Y7_675_2)
% 251.95/36.29 -> [21808] q(skolem_X66), q(Y7_675_2)
% 251.95/36.29
% 251.95/36.29 [21807] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [31004] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [31004] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [31005] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [31005] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [31006] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [31007] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [31007] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [31006] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [31014] ~r(X8_755_4)
% 251.95/36.29
% 251.95/36.29 [31014] CLOSURE : ~r(X8_755_4)
% 251.95/36.29
% 251.95/36.29 [21808] CLOSURE : q(Y7_675_2)
% 251.95/36.29
% 251.95/36.29 [12109] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [31045] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [31045] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [31046] (q(skolem_X66) <=> q(Y7_1013_2))
% 251.95/36.29
% 251.95/36.29 [31046] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1013_2))
% 251.95/36.29 -> [31047] ~q(skolem_X66), ~q(Y7_1013_2)
% 251.95/36.29 -> [31048] q(skolem_X66), q(Y7_1013_2)
% 251.95/36.29
% 251.95/36.29 [31048] CLOSURE : q(Y7_1013_2)
% 251.95/36.29
% 251.95/36.29 [31047] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [31054] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [31054] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [31055] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [31055] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [31056] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [31057] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [31057] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [31056] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [31068] ~r(X8_757_4)
% 251.95/36.29
% 251.95/36.29 [31068] CLOSURE : ~r(X8_757_4)
% 251.95/36.29
% 251.95/36.29 [11000] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [11001] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [11001] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [11002] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [11003] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [11003] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [11010] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11010] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [11545] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [11545] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [11547] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [11547] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [11551] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [11552] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11551] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [11552] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [29684] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [29684] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [29685] (q(skolem_X66) <=> q(Y7_948_2))
% 251.95/36.29
% 251.95/36.29 [29685] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_948_2))
% 251.95/36.29 -> [29686] ~q(skolem_X66), ~q(Y7_948_2)
% 251.95/36.29 -> [29687] q(skolem_X66), q(Y7_948_2)
% 251.95/36.29
% 251.95/36.29 [29687] CLOSURE : q(Y7_948_2)
% 251.95/36.29
% 251.95/36.29 [29686] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [29708] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [29708] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [29709] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [29709] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [29710] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [29711] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [29711] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [29710] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [29737] ~r(X8_713_4)
% 251.95/36.29
% 251.95/36.29 [29737] CLOSURE : ~r(X8_713_4)
% 251.95/36.29
% 251.95/36.29 [11002] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [11541] (p(skolem_X22) <=> p(Y3_450_0))
% 251.95/36.29
% 251.95/36.29 [11541] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_450_0))
% 251.95/36.29 -> [11543] ~p(skolem_X22), ~p(Y3_450_0)
% 251.95/36.29 -> [11544] p(skolem_X22), p(Y3_450_0)
% 251.95/36.29
% 251.95/36.29 [11544] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [29672] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [29672] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [29673] (q(skolem_X66) <=> q(Y7_947_2))
% 251.95/36.29
% 251.95/36.29 [29673] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_947_2))
% 251.95/36.29 -> [29674] ~q(skolem_X66), ~q(Y7_947_2)
% 251.95/36.29 -> [29675] q(skolem_X66), q(Y7_947_2)
% 251.95/36.29
% 251.95/36.29 [29675] CLOSURE : q(Y7_947_2)
% 251.95/36.29
% 251.95/36.29 [29674] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [29700] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [29700] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [29701] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [29701] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [29703] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [29704] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [29704] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [29703] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [29776] ~r(X8_715_4)
% 251.95/36.29
% 251.95/36.29 [29776] CLOSURE : ~r(X8_715_4)
% 251.95/36.29
% 251.95/36.29 [11543] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [12120] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [12120] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [12121] (q(skolem_X66) <=> q(Y7_294_2))
% 251.95/36.29
% 251.95/36.29 [12121] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_294_2))
% 251.95/36.29 -> [12123] ~q(skolem_X66), ~q(Y7_294_2)
% 251.95/36.29 -> [12124] q(skolem_X66), q(Y7_294_2)
% 251.95/36.29
% 251.95/36.29 [12123] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [21814] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [21814] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [21815] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [21815] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [21816] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [21817] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [21817] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [21816] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [31071] ~r(X8_758_4)
% 251.95/36.29
% 251.95/36.29 [31071] CLOSURE : ~r(X8_758_4)
% 251.95/36.29
% 251.95/36.29 [12124] CLOSURE : q(Y7_294_2)
% 251.95/36.29
% 251.95/36.29 [4677] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [4679] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [4680] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [4679] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [6804] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6804] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [6805] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [6806] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [6806] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [6808] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [6808] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [6809] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [6810] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [6809] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [7240] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [7240] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [7241] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [7241] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [7242] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [7243] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [7243] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [7242] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [7917] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [7917] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [7920] (q(skolem_X66) <=> q(Y7_142_2))
% 251.95/36.29
% 251.95/36.29 [7920] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_142_2))
% 251.95/36.29 -> [7921] ~q(skolem_X66), ~q(Y7_142_2)
% 251.95/36.29 -> [7922] q(skolem_X66), q(Y7_142_2)
% 251.95/36.29
% 251.95/36.29 [7922] CLOSURE : q(Y7_142_2)
% 251.95/36.29
% 251.95/36.29 [7921] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [8617] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [8617] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [8619] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [8619] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [8621] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [8622] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [8622] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [8621] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [9804] ~r(X8_37_4)
% 251.95/36.29
% 251.95/36.29 [9804] CLOSURE : ~r(X8_37_4)
% 251.95/36.29
% 251.95/36.29 [6810] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [6815] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [6815] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [7252] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [7252] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [7253] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [7254] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [7253] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [7254] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [9812] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [9812] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [9814] (q(skolem_X66) <=> q(Y7_199_2))
% 251.95/36.29
% 251.95/36.29 [9814] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_199_2))
% 251.95/36.29 -> [9815] ~q(skolem_X66), ~q(Y7_199_2)
% 251.95/36.29 -> [9816] q(skolem_X66), q(Y7_199_2)
% 251.95/36.29
% 251.95/36.29 [9816] CLOSURE : q(Y7_199_2)
% 251.95/36.29
% 251.95/36.29 [9815] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [10300] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [10300] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [10301] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [10301] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [10302] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [10303] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [10303] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [10302] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [12614] ~r(X8_68_4)
% 251.95/36.29
% 251.95/36.29 [12614] CLOSURE : ~r(X8_68_4)
% 251.95/36.29
% 251.95/36.29 [6805] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [7226] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [7227] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [7226] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [7888] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [7888] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [7889] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [7890] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [7890] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [7889] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [8584] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [8584] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [8585] (q(skolem_X66) <=> q(Y7_159_2))
% 251.95/36.29
% 251.95/36.29 [8585] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_159_2))
% 251.95/36.29 -> [8586] ~q(skolem_X66), ~q(Y7_159_2)
% 251.95/36.29 -> [8587] q(skolem_X66), q(Y7_159_2)
% 251.95/36.29
% 251.95/36.29 [8587] CLOSURE : q(Y7_159_2)
% 251.95/36.29
% 251.95/36.29 [8586] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [8947] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [8947] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [8948] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [8948] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [8949] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [8950] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [8950] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [8949] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [10265] ~r(X8_45_4)
% 251.95/36.29
% 251.95/36.29 [10265] CLOSURE : ~r(X8_45_4)
% 251.95/36.29
% 251.95/36.29 [7227] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [7230] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [7230] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [7896] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [7896] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [7897] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [7897] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [7898] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [7899] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [7898] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [7899] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [10280] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [10280] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [10281] (q(skolem_X66) <=> q(Y7_217_2))
% 251.95/36.29
% 251.95/36.29 [10281] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_217_2))
% 251.95/36.29 -> [10282] ~q(skolem_X66), ~q(Y7_217_2)
% 251.95/36.29 -> [10283] q(skolem_X66), q(Y7_217_2)
% 251.95/36.29
% 251.95/36.29 [10283] CLOSURE : q(Y7_217_2)
% 251.95/36.29
% 251.95/36.29 [10282] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [10761] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [10761] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [10763] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [10763] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [10766] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [10767] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [10767] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [10766] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [12955] ~r(X8_72_4)
% 251.95/36.29
% 251.95/36.29 [12955] CLOSURE : ~r(X8_72_4)
% 251.95/36.29
% 251.95/36.29 [4680] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [4685] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [4685] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [18177] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [18178] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [18177] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [18541] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [18542] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [18541] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [18918] (p(skolem_X22) <=> p(Y3_652_0))
% 251.95/36.29
% 251.95/36.29 [18918] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_652_0))
% 251.95/36.29 -> [18919] ~p(skolem_X22), ~p(Y3_652_0)
% 251.95/36.29 -> [18920] p(skolem_X22), p(Y3_652_0)
% 251.95/36.29
% 251.95/36.29 [18919] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [19288] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [19288] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [19289] (q(skolem_X66) <=> q(Y7_553_2))
% 251.95/36.29
% 251.95/36.29 [19289] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_553_2))
% 251.95/36.29 -> [19290] ~q(skolem_X66), ~q(Y7_553_2)
% 251.95/36.29 -> [19291] q(skolem_X66), q(Y7_553_2)
% 251.95/36.29
% 251.95/36.29 [19291] CLOSURE : q(Y7_553_2)
% 251.95/36.29
% 251.95/36.29 [19290] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [19665] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [19665] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [19666] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [19666] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [19668] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [19669] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [19669] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [19668] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [20817] ~r(X8_237_4)
% 251.95/36.29
% 251.95/36.29 [20817] CLOSURE : ~r(X8_237_4)
% 251.95/36.29
% 251.95/36.29 [18920] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [19994] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [19994] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [20531] (q(skolem_X66) <=> q(Y7_615_2))
% 251.95/36.29
% 251.95/36.29 [20531] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_615_2))
% 251.95/36.29 -> [20532] ~q(skolem_X66), ~q(Y7_615_2)
% 251.95/36.29 -> [20533] q(skolem_X66), q(Y7_615_2)
% 251.95/36.29
% 251.95/36.29 [20533] CLOSURE : q(Y7_615_2)
% 251.95/36.29
% 251.95/36.29 [20532] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [36665] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [36665] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [36666] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [36666] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [36667] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [36668] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [36668] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [36667] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [36686] ~r(X8_1002_4)
% 251.95/36.29
% 251.95/36.29 [36686] CLOSURE : ~r(X8_1002_4)
% 251.95/36.29
% 251.95/36.29 [18542] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [18543] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [18543] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [19674] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [19674] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [20151] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [20151] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [20152] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [20153] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [20152] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [20153] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [21161] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [21161] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [36671] (q(skolem_X66) <=> q(Y7_1190_2))
% 251.95/36.29
% 251.95/36.29 [36671] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1190_2))
% 251.95/36.29 -> [36674] ~q(skolem_X66), ~q(Y7_1190_2)
% 251.95/36.29 -> [36675] q(skolem_X66), q(Y7_1190_2)
% 251.95/36.29
% 251.95/36.29 [36675] CLOSURE : q(Y7_1190_2)
% 251.95/36.29
% 251.95/36.29 [36674] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [36689] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [36689] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [36690] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [36690] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [36691] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [36692] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [36692] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [36691] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [36706] ~r(X8_1004_4)
% 251.95/36.29
% 251.95/36.29 [36706] CLOSURE : ~r(X8_1004_4)
% 251.95/36.29
% 251.95/36.29 [18178] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [18179] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [18179] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [18180] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [18181] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [18180] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [18544] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [18544] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [18547] (p(skolem_X22) <=> p(Y3_644_0))
% 251.95/36.29
% 251.95/36.29 [18547] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_644_0))
% 251.95/36.29 -> [18548] ~p(skolem_X22), ~p(Y3_644_0)
% 251.95/36.29 -> [18549] p(skolem_X22), p(Y3_644_0)
% 251.95/36.29
% 251.95/36.29 [18548] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [18926] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [18926] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [18927] (q(skolem_X66) <=> q(Y7_540_2))
% 251.95/36.29
% 251.95/36.29 [18927] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_540_2))
% 251.95/36.29 -> [18928] ~q(skolem_X66), ~q(Y7_540_2)
% 251.95/36.29 -> [18929] q(skolem_X66), q(Y7_540_2)
% 251.95/36.29
% 251.95/36.29 [18929] CLOSURE : q(Y7_540_2)
% 251.95/36.29
% 251.95/36.29 [18928] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [19300] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [19300] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [19302] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [19302] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [19305] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [19306] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [19306] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [19305] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [20534] ~r(X8_231_4)
% 251.95/36.29
% 251.95/36.29 [20534] CLOSURE : ~r(X8_231_4)
% 251.95/36.29
% 251.95/36.29 [18549] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [19816] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [19816] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [20335] (q(skolem_X66) <=> q(Y7_605_2))
% 251.95/36.29
% 251.95/36.29 [20335] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_605_2))
% 251.95/36.29 -> [20336] ~q(skolem_X66), ~q(Y7_605_2)
% 251.95/36.29 -> [20337] q(skolem_X66), q(Y7_605_2)
% 251.95/36.29
% 251.95/36.29 [20337] CLOSURE : q(Y7_605_2)
% 251.95/36.29
% 251.95/36.29 [20336] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [21801] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [21801] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [21802] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [21802] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [21803] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [21804] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [21804] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [21803] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [36688] ~r(X8_1003_4)
% 251.95/36.29
% 251.95/36.29 [36688] CLOSURE : ~r(X8_1003_4)
% 251.95/36.29
% 251.95/36.29 [18181] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [18182] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [18182] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [19323] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [19323] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [19324] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [19325] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [19324] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [19325] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [20171] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [20171] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [20838] (q(skolem_X66) <=> q(Y7_628_2))
% 251.95/36.29
% 251.95/36.29 [20838] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_628_2))
% 251.95/36.29 -> [20839] ~q(skolem_X66), ~q(Y7_628_2)
% 251.95/36.29 -> [20840] q(skolem_X66), q(Y7_628_2)
% 251.95/36.29
% 251.95/36.29 [20840] CLOSURE : q(Y7_628_2)
% 251.95/36.29
% 251.95/36.29 [20839] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [36698] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [36698] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [36699] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [36699] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [36700] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [36701] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [36701] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [36700] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [36710] ~r(X8_1006_4)
% 251.95/36.29
% 251.95/36.29 [36710] CLOSURE : ~r(X8_1006_4)
% 251.95/36.29
% 251.95/36.29 [254] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.29 -> [4017] r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [4017] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.29 -> [4022] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [4023] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29
% 251.95/36.29 [4023] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [4029] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [4030] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [4029] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [6230] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6230] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [6231] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [6232] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [6231] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [6306] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [6307] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [6306] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [6399] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [6399] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [6400] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [6401] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6401] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6400] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [6544] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [6544] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [6545] (q(skolem_X66) <=> q(Y7_113_2))
% 251.95/36.29
% 251.95/36.29 [6545] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_113_2))
% 251.95/36.29 -> [6548] ~q(skolem_X66), ~q(Y7_113_2)
% 251.95/36.29 -> [6549] q(skolem_X66), q(Y7_113_2)
% 251.95/36.29
% 251.95/36.29 [6549] CLOSURE : q(Y7_113_2)
% 251.95/36.29
% 251.95/36.29 [6548] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [6660] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [6660] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [6661] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [6661] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [6662] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [6663] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [6663] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [6662] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [22399] s(Y9_159_4)
% 251.95/36.29
% 251.95/36.29 [22399] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [22750] ~s(X12_149_5)
% 251.95/36.29
% 251.95/36.29 [22750] CLOSURE : ~s(X12_149_5)
% 251.95/36.29
% 251.95/36.29 [6307] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [6309] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [6309] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [29600] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [29600] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [29657] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [29657] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [29658] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [29659] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [29659] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [29658] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [29788] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [29788] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [29800] (q(skolem_X66) <=> q(Y7_952_2))
% 251.95/36.29
% 251.95/36.29 [29800] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_952_2))
% 251.95/36.29 -> [29802] ~q(skolem_X66), ~q(Y7_952_2)
% 251.95/36.29 -> [29803] q(skolem_X66), q(Y7_952_2)
% 251.95/36.29
% 251.95/36.29 [29803] CLOSURE : q(Y7_952_2)
% 251.95/36.29
% 251.95/36.29 [29802] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [29821] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [29821] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [29822] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [29822] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [29823] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [29824] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [29824] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [29823] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [29845] s(Y9_364_4)
% 251.95/36.29
% 251.95/36.29 [29845] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [29860] ~s(X12_370_5)
% 251.95/36.29
% 251.95/36.29 [29860] CLOSURE : ~s(X12_370_5)
% 251.95/36.29
% 251.95/36.29 [6232] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [6239] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [6239] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [6241] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [6242] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [6241] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [6310] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [6310] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [6311] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [6311] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [6313] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [6314] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6314] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6313] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [6411] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [6411] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [6412] (q(skolem_X66) <=> q(Y7_110_2))
% 251.95/36.29
% 251.95/36.29 [6412] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_110_2))
% 251.95/36.29 -> [6413] ~q(skolem_X66), ~q(Y7_110_2)
% 251.95/36.29 -> [6414] q(skolem_X66), q(Y7_110_2)
% 251.95/36.29
% 251.95/36.29 [6414] CLOSURE : q(Y7_110_2)
% 251.95/36.29
% 251.95/36.29 [6413] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [6561] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [6561] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [6562] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [6562] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [6563] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [6564] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [6564] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [6563] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [15778] s(Y9_71_4)
% 251.95/36.29
% 251.95/36.29 [15778] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [16887] ~s(X12_63_5)
% 251.95/36.29
% 251.95/36.29 [16887] CLOSURE : ~s(X12_63_5)
% 251.95/36.29
% 251.95/36.29 [6242] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [6247] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [6247] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [6580] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [6580] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [6583] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [6584] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6584] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [6583] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [33767] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [33767] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [33840] (q(skolem_X66) <=> q(Y7_1100_2))
% 251.95/36.29
% 251.95/36.29 [33840] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1100_2))
% 251.95/36.29 -> [33841] ~q(skolem_X66), ~q(Y7_1100_2)
% 251.95/36.29 -> [33842] q(skolem_X66), q(Y7_1100_2)
% 251.95/36.29
% 251.95/36.29 [33842] CLOSURE : q(Y7_1100_2)
% 251.95/36.29
% 251.95/36.29 [33841] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [33986] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [33986] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [33987] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [33987] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [33988] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [33989] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [33989] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [33988] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [34443] s(Y9_461_4)
% 251.95/36.29
% 251.95/36.29 [34443] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [34481] ~s(X12_488_5)
% 251.95/36.29
% 251.95/36.29 [34481] CLOSURE : ~s(X12_488_5)
% 251.95/36.29
% 251.95/36.29 [4030] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [4035] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [4035] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [6874] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [6875] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [6875] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [6879] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [6879] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [6880] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [6881] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [6880] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [7365] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [7365] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [13916] (p(skolem_X22) <=> p(Y3_545_0))
% 251.95/36.29
% 251.95/36.29 [13916] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_545_0))
% 251.95/36.29 -> [13919] ~p(skolem_X22), ~p(Y3_545_0)
% 251.95/36.29 -> [13920] p(skolem_X22), p(Y3_545_0)
% 251.95/36.29
% 251.95/36.29 [13920] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [15397] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [15397] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [29396] (q(skolem_X66) <=> q(Y7_942_2))
% 251.95/36.29
% 251.95/36.29 [29396] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_942_2))
% 251.95/36.29 -> [29397] ~q(skolem_X66), ~q(Y7_942_2)
% 251.95/36.29 -> [29398] q(skolem_X66), q(Y7_942_2)
% 251.95/36.29
% 251.95/36.29 [29398] CLOSURE : q(Y7_942_2)
% 251.95/36.29
% 251.95/36.29 [29397] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [29416] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [29416] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [29417] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [29417] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [29418] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [29419] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [29419] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [29418] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [29448] s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [29448] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [29450] p(Y13_291_5)
% 251.95/36.29
% 251.95/36.29 [29450] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [29467] (s(skolem_X1414) <=> s(Y15_129_6))
% 251.95/36.29
% 251.95/36.29 [29467] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_129_6))
% 251.95/36.29 -> [29468] ~s(skolem_X1414), ~s(Y15_129_6)
% 251.95/36.29 -> [29469] s(skolem_X1414), s(Y15_129_6)
% 251.95/36.29
% 251.95/36.29 [29469] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [29476] ~p(X16_83_7)
% 251.95/36.29
% 251.95/36.29 [29476] CLOSURE : ~p(X16_83_7)
% 251.95/36.29
% 251.95/36.29 [29468] CLOSURE : ~s(Y15_129_6)
% 251.95/36.29
% 251.95/36.29 [13919] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [29358] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [29358] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [29424] (q(skolem_X66) <=> q(Y7_943_2))
% 251.95/36.29
% 251.95/36.29 [29424] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_943_2))
% 251.95/36.29 -> [29427] ~q(skolem_X66), ~q(Y7_943_2)
% 251.95/36.29 -> [29428] q(skolem_X66), q(Y7_943_2)
% 251.95/36.29
% 251.95/36.29 [29428] CLOSURE : q(Y7_943_2)
% 251.95/36.29
% 251.95/36.29 [29427] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [29501] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [29501] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [29502] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [29502] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [29503] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [29504] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [29504] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [29503] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [29540] s(Y9_357_4)
% 251.95/36.29
% 251.95/36.29 [29540] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [29546] p(Y13_294_5)
% 251.95/36.29
% 251.95/36.29 [29546] CLOSURE : p(Y13_294_5)
% 251.95/36.29
% 251.95/36.29 [6881] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [6883] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [6883] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [8106] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [8106] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [8107] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [8108] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [8107] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [8108] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [14239] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [14239] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [33046] (q(skolem_X66) <=> q(Y7_1076_2))
% 251.95/36.29
% 251.95/36.29 [33046] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1076_2))
% 251.95/36.29 -> [33047] ~q(skolem_X66), ~q(Y7_1076_2)
% 251.95/36.29 -> [33048] q(skolem_X66), q(Y7_1076_2)
% 251.95/36.29
% 251.95/36.29 [33048] CLOSURE : q(Y7_1076_2)
% 251.95/36.29
% 251.95/36.29 [33047] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [33127] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [33127] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [33130] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [33130] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [33131] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [33132] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [33132] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [33131] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [33299] s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [33299] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [33308] p(Y13_395_5)
% 251.95/36.29
% 251.95/36.29 [33308] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [33336] (s(skolem_X1414) <=> s(Y15_193_6))
% 251.95/36.29
% 251.95/36.29 [33336] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_193_6))
% 251.95/36.29 -> [33337] ~s(skolem_X1414), ~s(Y15_193_6)
% 251.95/36.29 -> [33338] s(skolem_X1414), s(Y15_193_6)
% 251.95/36.29
% 251.95/36.29 [33338] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [33392] q(Y17_96_7)
% 251.95/36.29
% 251.95/36.29 [33392] CLOSURE : q(Y17_96_7)
% 251.95/36.29
% 251.95/36.29 [33337] CLOSURE : ~s(Y15_193_6)
% 251.95/36.29
% 251.95/36.29 [6874] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [7352] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [7353] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [7352] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [8087] (p(skolem_X22) <=> p(Y3_299_0))
% 251.95/36.29
% 251.95/36.29 [8087] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_299_0))
% 251.95/36.29 -> [8088] ~p(skolem_X22), ~p(Y3_299_0)
% 251.95/36.29 -> [8089] p(skolem_X22), p(Y3_299_0)
% 251.95/36.29
% 251.95/36.29 [8088] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [15348] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [15348] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [22389] (q(skolem_X66) <=> q(Y7_702_2))
% 251.95/36.29
% 251.95/36.29 [22389] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_702_2))
% 251.95/36.29 -> [22393] ~q(skolem_X66), ~q(Y7_702_2)
% 251.95/36.29 -> [22394] q(skolem_X66), q(Y7_702_2)
% 251.95/36.29
% 251.95/36.29 [22394] CLOSURE : q(Y7_702_2)
% 251.95/36.29
% 251.95/36.29 [22393] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [22981] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [22981] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [22982] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [22982] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [22983] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [22984] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [22984] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22983] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [24419] s(Y9_214_4)
% 251.95/36.29
% 251.95/36.29 [24419] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [24594] p(Y13_159_5)
% 251.95/36.29
% 251.95/36.29 [24594] CLOSURE : p(Y13_159_5)
% 251.95/36.29
% 251.95/36.29 [8089] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [13983] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [13983] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [15367] (q(skolem_X66) <=> q(Y7_402_2))
% 251.95/36.29
% 251.95/36.29 [15367] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_402_2))
% 251.95/36.29 -> [15368] ~q(skolem_X66), ~q(Y7_402_2)
% 251.95/36.29 -> [15369] q(skolem_X66), q(Y7_402_2)
% 251.95/36.29
% 251.95/36.29 [15369] CLOSURE : q(Y7_402_2)
% 251.95/36.29
% 251.95/36.29 [15368] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [16509] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [16509] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [16510] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [16510] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [16511] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [16512] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [16512] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [16511] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [23772] s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [23772] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [23931] p(Y13_130_5)
% 251.95/36.29
% 251.95/36.29 [23931] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [24069] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [24069] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29 -> [24070] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29
% 251.95/36.29 [24070] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29 -> [24071] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.29 -> [24072] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [24072] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [24071] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [7353] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [7359] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [7359] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [13600] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [13600] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [14774] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [14774] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [14775] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [14776] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [14775] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [14776] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [16247] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [16247] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [37738] (q(skolem_X66) <=> q(Y7_1215_2))
% 251.95/36.29
% 251.95/36.29 [37738] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1215_2))
% 251.95/36.29 -> [37739] ~q(skolem_X66), ~q(Y7_1215_2)
% 251.95/36.29 -> [37740] q(skolem_X66), q(Y7_1215_2)
% 251.95/36.29
% 251.95/36.29 [37740] CLOSURE : q(Y7_1215_2)
% 251.95/36.29
% 251.95/36.29 [37739] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [37832] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [37832] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [37833] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [37833] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [37834] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [37835] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [37835] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [37834] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [38039] s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [38039] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [38056] p(Y13_517_5)
% 251.95/36.29
% 251.95/36.29 [38056] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [38075] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [38075] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29 -> [38076] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29
% 251.95/36.29 [38076] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29 -> [38077] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.29 -> [38078] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [38078] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [38077] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [4022] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.29 -> [4692] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [4693] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29
% 251.95/36.29 [4693] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [4696] s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [4696] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.29 -> [18296] ~p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [18296] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [18807] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [18808] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [18807] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [19004] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [19005] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [19005] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [19006] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [19006] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [19603] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [19603] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [19604] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [19605] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [19605] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [19604] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [22571] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [22571] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [22828] (q(skolem_X66) <=> q(Y7_726_2))
% 251.95/36.29
% 251.95/36.29 [22828] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_726_2))
% 251.95/36.29 -> [22829] ~q(skolem_X66), ~q(Y7_726_2)
% 251.95/36.29 -> [22830] q(skolem_X66), q(Y7_726_2)
% 251.95/36.29
% 251.95/36.29 [22830] CLOSURE : q(Y7_726_2)
% 251.95/36.29
% 251.95/36.29 [22829] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [23162] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [23162] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29 -> [23163] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29
% 251.95/36.29 [23163] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29 -> [23165] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.29 -> [23166] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [23165] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [23166] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [24239] s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [24239] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [24346] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [24346] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29 -> [24347] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29
% 251.95/36.29 [24347] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29 -> [24348] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.29 -> [24349] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [24349] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [24348] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [19004] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [19141] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [19141] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [19805] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [19805] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [19806] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [19807] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [19807] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [19806] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [20904] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [20904] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [21658] (q(skolem_X66) <=> q(Y7_668_2))
% 251.95/36.29
% 251.95/36.29 [21658] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_668_2))
% 251.95/36.29 -> [21659] ~q(skolem_X66), ~q(Y7_668_2)
% 251.95/36.29 -> [21660] q(skolem_X66), q(Y7_668_2)
% 251.95/36.29
% 251.95/36.29 [21659] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [22973] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [22973] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [22974] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [22974] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [22976] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [22977] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [22977] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22976] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [25060] s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [25060] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [25258] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [25258] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.29 -> [25259] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29
% 251.95/36.29 [25259] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.29 -> [25260] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.29 -> [25261] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [25261] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.29
% 251.95/36.29 [25260] CLOSURE : ~s(skolem_X1212)
% 251.95/36.29
% 251.95/36.29 [21660] CLOSURE : q(Y7_668_2)
% 251.95/36.29
% 251.95/36.29 [18808] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [18810] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [18810] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [18811] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [18812] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [18811] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [19009] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [19009] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [19012] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [19013] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [19013] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [19012] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [20051] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [20051] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [20657] (q(skolem_X66) <=> q(Y7_622_2))
% 251.95/36.29
% 251.95/36.29 [20657] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_622_2))
% 251.95/36.29 -> [20658] ~q(skolem_X66), ~q(Y7_622_2)
% 251.95/36.29 -> [20659] q(skolem_X66), q(Y7_622_2)
% 251.95/36.29
% 251.95/36.29 [20659] CLOSURE : q(Y7_622_2)
% 251.95/36.29
% 251.95/36.29 [20658] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [22042] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [22042] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [22044] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [22044] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [22047] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [22048] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [22048] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [22047] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [23635] s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [23635] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [23773] (s(skolem_X1414) <=> s(Y15_53_5))
% 251.95/36.29
% 251.95/36.29 [23773] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_53_5))
% 251.95/36.29 -> [23774] ~s(skolem_X1414), ~s(Y15_53_5)
% 251.95/36.29 -> [23775] s(skolem_X1414), s(Y15_53_5)
% 251.95/36.29
% 251.95/36.29 [23774] CLOSURE : ~s(Y15_53_5)
% 251.95/36.29
% 251.95/36.29 [23775] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [23966] ~p(X16_28_6)
% 251.95/36.29
% 251.95/36.29 [23966] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [24123] q(Y17_26_7)
% 251.95/36.29
% 251.95/36.29 [24123] CLOSURE : q(Y17_26_7)
% 251.95/36.29
% 251.95/36.29 [18812] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [18813] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [18813] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [19387] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [19387] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [20054] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29
% 251.95/36.29 [20054] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.29 -> [20055] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.29 -> [20056] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [20056] CLOSURE : p(skolem_Y1313)
% 251.95/36.29
% 251.95/36.29 [20055] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [34729] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [34729] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [34759] (q(skolem_X66) <=> q(Y7_1121_2))
% 251.95/36.29
% 251.95/36.29 [34759] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1121_2))
% 251.95/36.29 -> [34760] ~q(skolem_X66), ~q(Y7_1121_2)
% 251.95/36.29 -> [34761] q(skolem_X66), q(Y7_1121_2)
% 251.95/36.29
% 251.95/36.29 [34761] CLOSURE : q(Y7_1121_2)
% 251.95/36.29
% 251.95/36.29 [34760] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [34780] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [34780] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [34781] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [34781] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [34782] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [34783] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [34783] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [34782] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [34859] s(skolem_X1414)
% 251.95/36.29
% 251.95/36.29 [34859] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29 -> [34878] (s(skolem_X1414) <=> s(Y15_221_5))
% 251.95/36.29
% 251.95/36.29 [34878] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_221_5))
% 251.95/36.29 -> [34879] ~s(skolem_X1414), ~s(Y15_221_5)
% 251.95/36.29 -> [34880] s(skolem_X1414), s(Y15_221_5)
% 251.95/36.29
% 251.95/36.29 [34879] CLOSURE : ~s(Y15_221_5)
% 251.95/36.29
% 251.95/36.29 [34880] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [34899] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29
% 251.95/36.29 [34899] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [34900] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [34900] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [34901] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [34902] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [34902] CLOSURE : p(skolem_X22)
% 251.95/36.29
% 251.95/36.29 [34901] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [4692] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.29 -> [18143] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [18144] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29
% 251.95/36.29 [18144] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.29 -> [18145] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.29
% 251.95/36.29 [18145] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [18146] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [18147] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [18147] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [18148] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [18148] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [18662] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [18662] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [19563] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [19563] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [19564] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [19565] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [19564] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [19565] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [20827] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [20827] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [23234] (q(skolem_X66) <=> q(Y7_738_2))
% 251.95/36.29
% 251.95/36.29 [23234] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_738_2))
% 251.95/36.29 -> [23235] ~q(skolem_X66), ~q(Y7_738_2)
% 251.95/36.29 -> [23236] q(skolem_X66), q(Y7_738_2)
% 251.95/36.29
% 251.95/36.29 [23236] CLOSURE : q(Y7_738_2)
% 251.95/36.29
% 251.95/36.29 [23235] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [23548] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [23548] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.29 -> [23549] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29
% 251.95/36.29 [23549] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.29 -> [23551] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.29 -> [23552] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.29
% 251.95/36.29 [23551] CLOSURE : ~r(skolem_X88)
% 251.95/36.29
% 251.95/36.29 [23552] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [24368] s(Y9_212_4)
% 251.95/36.29
% 251.95/36.29 [24368] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [24504] ~s(X12_205_5)
% 251.95/36.29
% 251.95/36.29 [24504] CLOSURE : ~s(X12_205_5)
% 251.95/36.29
% 251.95/36.29 [18146] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [18408] (p(skolem_X22) <=> p(Y3_638_0))
% 251.95/36.29
% 251.95/36.29 [18408] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_638_0))
% 251.95/36.29 -> [18409] ~p(skolem_X22), ~p(Y3_638_0)
% 251.95/36.29 -> [18410] p(skolem_X22), p(Y3_638_0)
% 251.95/36.29
% 251.95/36.29 [18410] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [19008] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [19008] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [20116] (q(skolem_X66) <=> q(Y7_591_2))
% 251.95/36.29
% 251.95/36.29 [20116] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_591_2))
% 251.95/36.29 -> [20117] ~q(skolem_X66), ~q(Y7_591_2)
% 251.95/36.29 -> [20118] q(skolem_X66), q(Y7_591_2)
% 251.95/36.29
% 251.95/36.29 [20118] CLOSURE : q(Y7_591_2)
% 251.95/36.29
% 251.95/36.29 [20117] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [38920] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [38920] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [38922] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [38922] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [38923] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [38924] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [38924] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [38923] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [39128] s(Y9_615_4)
% 251.95/36.29
% 251.95/36.29 [39128] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [39135] ~s(X12_627_5)
% 251.95/36.29
% 251.95/36.29 [39135] CLOSURE : ~s(X12_627_5)
% 251.95/36.29
% 251.95/36.29 [18409] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [18654] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [18654] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [18655] (q(skolem_X66) <=> q(Y7_517_2))
% 251.95/36.29
% 251.95/36.29 [18655] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_517_2))
% 251.95/36.29 -> [18656] ~q(skolem_X66), ~q(Y7_517_2)
% 251.95/36.29 -> [18657] q(skolem_X66), q(Y7_517_2)
% 251.95/36.29
% 251.95/36.29 [18657] CLOSURE : q(Y7_517_2)
% 251.95/36.29
% 251.95/36.29 [18656] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [18997] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [18997] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [18998] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [18998] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [18999] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [19000] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [19000] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [18999] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [38898] s(Y9_608_4)
% 251.95/36.29
% 251.95/36.29 [38898] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [39120] ~s(X12_624_5)
% 251.95/36.29
% 251.95/36.29 [39120] CLOSURE : ~s(X12_624_5)
% 251.95/36.29
% 251.95/36.29 [18143] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.29 -> [18401] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [18402] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.29
% 251.95/36.29 [18401] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.29 -> [18640] ~q(skolem_Y1717)
% 251.95/36.29
% 251.95/36.29 [18640] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [18641] (p(skolem_X22) <=> p(Y3_647_0))
% 251.95/36.29
% 251.95/36.29 [18641] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_647_0))
% 251.95/36.29 -> [18642] ~p(skolem_X22), ~p(Y3_647_0)
% 251.95/36.29 -> [18643] p(skolem_X22), p(Y3_647_0)
% 251.95/36.29
% 251.95/36.29 [18643] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [19800] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [19800] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [20806] (q(skolem_X66) <=> q(Y7_626_2))
% 251.95/36.29
% 251.95/36.29 [20806] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_626_2))
% 251.95/36.29 -> [20807] ~q(skolem_X66), ~q(Y7_626_2)
% 251.95/36.29 -> [20808] q(skolem_X66), q(Y7_626_2)
% 251.95/36.29
% 251.95/36.29 [20807] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [23714] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [23714] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [23715] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [23715] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [23716] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [23717] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [23717] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [23716] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [25336] s(Y9_242_4)
% 251.95/36.29
% 251.95/36.29 [25336] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [25476] ~s(X12_239_5)
% 251.95/36.29
% 251.95/36.29 [25476] CLOSURE : ~s(X12_239_5)
% 251.95/36.29
% 251.95/36.29 [20808] CLOSURE : q(Y7_626_2)
% 251.95/36.29
% 251.95/36.29 [18642] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.29 -> [18976] ~q(skolem_X66)
% 251.95/36.29
% 251.95/36.29 [18976] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.29 -> [18977] (q(skolem_X66) <=> q(Y7_545_2))
% 251.95/36.29
% 251.95/36.29 [18977] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_545_2))
% 251.95/36.29 -> [18978] ~q(skolem_X66), ~q(Y7_545_2)
% 251.95/36.29 -> [18979] q(skolem_X66), q(Y7_545_2)
% 251.95/36.29
% 251.95/36.29 [18979] CLOSURE : q(Y7_545_2)
% 251.95/36.29
% 251.95/36.29 [18978] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.29 -> [19264] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29
% 251.95/36.29 [19264] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.29 -> [19266] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29
% 251.95/36.29 [19266] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.29 -> [19269] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.29 -> [19270] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.29
% 251.95/36.29 [19270] CLOSURE : r(skolem_Y55)
% 251.95/36.29
% 251.95/36.29 [19269] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.29 -> [38900] s(Y9_609_4)
% 251.95/36.29
% 251.95/36.29 [38900] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.29 -> [39050] ~s(X12_621_5)
% 251.95/36.29
% 251.95/36.29 [39050] CLOSURE : ~s(X12_621_5)
% 251.95/36.29
% 251.95/36.29 [18402] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.29 -> [18407] p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [18407] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.29 -> [18989] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29
% 251.95/36.29 [18989] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.29 -> [18990] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.29 -> [18991] p(skolem_X22), p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [18990] CLOSURE : ~p(skolem_X1616)
% 251.95/36.29
% 251.95/36.29 [18991] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [19556] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [19556] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [20383] (q(skolem_X66) <=> q(Y7_609_2))
% 251.95/36.30
% 251.95/36.30 [20383] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_609_2))
% 251.95/36.30 -> [20385] ~q(skolem_X66), ~q(Y7_609_2)
% 251.95/36.30 -> [20386] q(skolem_X66), q(Y7_609_2)
% 251.95/36.30
% 251.95/36.30 [20386] CLOSURE : q(Y7_609_2)
% 251.95/36.30
% 251.95/36.30 [20385] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [38889] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [38889] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.30 -> [38892] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.30
% 251.95/36.30 [38892] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.30 -> [38893] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.30 -> [38894] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [38893] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [38894] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [39288] s(Y9_616_4)
% 251.95/36.30
% 251.95/36.30 [39288] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [39360] ~s(X12_631_5)
% 251.95/36.30
% 251.95/36.30 [39360] CLOSURE : ~s(X12_631_5)
% 251.95/36.30
% 251.95/36.30 [54] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [67] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [67] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.30 -> [72] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [73] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.30
% 251.95/36.30 [72] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [173] ~s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [173] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.30 -> [181] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [182] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30
% 251.95/36.30 [181] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [241] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [242] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [242] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [252] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [252] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [381] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [381] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [385] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [386] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [385] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [453] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [454] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [453] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [641] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [641] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [642] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [643] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [643] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [642] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [2340] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [2340] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [2341] (q(skolem_X66) <=> q(Y7_20_2))
% 251.95/36.30
% 251.95/36.30 [2341] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_20_2))
% 251.95/36.30 -> [2342] ~q(skolem_X66), ~q(Y7_20_2)
% 251.95/36.30 -> [2343] q(skolem_X66), q(Y7_20_2)
% 251.95/36.30
% 251.95/36.30 [2343] CLOSURE : q(Y7_20_2)
% 251.95/36.30
% 251.95/36.30 [2342] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [2471] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [2471] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [2472] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [2473] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [2472] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [10596] ~r(X8_50_4)
% 251.95/36.30
% 251.95/36.30 [10596] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [10597] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [10597] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [10598] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [10598] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [10600] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [10601] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [10601] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [10600] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [14413] ~p(X16_6_6)
% 251.95/36.30
% 251.95/36.30 [14413] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [14414] q(Y17_5_7)
% 251.95/36.30
% 251.95/36.30 [14414] CLOSURE : q(Y17_5_7)
% 251.95/36.30
% 251.95/36.30 [2473] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [454] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [465] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [465] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [7061] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [7061] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [7636] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [7636] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [7637] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [7638] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [7638] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [7637] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [32743] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [32743] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [32818] (q(skolem_X66) <=> q(Y7_1070_2))
% 251.95/36.30
% 251.95/36.30 [32818] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1070_2))
% 251.95/36.30 -> [32819] ~q(skolem_X66), ~q(Y7_1070_2)
% 251.95/36.30 -> [32820] q(skolem_X66), q(Y7_1070_2)
% 251.95/36.30
% 251.95/36.30 [32820] CLOSURE : q(Y7_1070_2)
% 251.95/36.30
% 251.95/36.30 [32819] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [32874] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [32874] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [32875] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [32876] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [32876] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [32875] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [32934] ~r(X8_836_4)
% 251.95/36.30
% 251.95/36.30 [32934] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [32968] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [32968] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [32969] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [32969] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [32970] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [32971] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [32971] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [32970] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [33057] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30
% 251.95/36.30 [33057] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [33058] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [33058] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [33059] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [33060] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [33060] CLOSURE : p(skolem_X22)
% 251.95/36.30
% 251.95/36.30 [33059] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [386] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [411] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [411] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [414] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [415] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [415] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [430] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [430] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [10945] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [10945] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [10947] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [10948] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [10948] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [10947] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [16098] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [16098] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [17190] (q(skolem_X66) <=> q(Y7_459_2))
% 251.95/36.30
% 251.95/36.30 [17190] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_459_2))
% 251.95/36.30 -> [17191] ~q(skolem_X66), ~q(Y7_459_2)
% 251.95/36.30 -> [17192] q(skolem_X66), q(Y7_459_2)
% 251.95/36.30
% 251.95/36.30 [17192] CLOSURE : q(Y7_459_2)
% 251.95/36.30
% 251.95/36.30 [17191] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [19001] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [19001] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [19002] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [19003] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [19003] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [19002] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [22273] ~r(X8_286_4)
% 251.95/36.30
% 251.95/36.30 [22273] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [22426] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [22426] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30 -> [22427] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.30 -> [22428] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [22428] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [22427] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [23290] q(Y17_22_6)
% 251.95/36.30
% 251.95/36.30 [23290] CLOSURE : q(Y17_22_6)
% 251.95/36.30
% 251.95/36.30 [414] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [452] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [452] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [4923] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [4923] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [4924] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [4925] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [4925] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [4924] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [5781] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [5781] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [5782] (q(skolem_X66) <=> q(Y7_102_2))
% 251.95/36.30
% 251.95/36.30 [5782] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_102_2))
% 251.95/36.30 -> [5783] ~q(skolem_X66), ~q(Y7_102_2)
% 251.95/36.30 -> [5784] q(skolem_X66), q(Y7_102_2)
% 251.95/36.30
% 251.95/36.30 [5784] CLOSURE : q(Y7_102_2)
% 251.95/36.30
% 251.95/36.30 [5783] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [10809] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [10809] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [10810] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [10811] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [10811] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [10810] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [11263] ~r(X8_61_4)
% 251.95/36.30
% 251.95/36.30 [11263] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [11269] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [11269] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.30 -> [11270] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.30 -> [11271] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [11270] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [11271] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [13344] ~p(X16_5_6)
% 251.95/36.30
% 251.95/36.30 [13344] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13346] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30
% 251.95/36.30 [13346] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13347] (p(skolem_X22) <=> p(Y3_527_0))
% 251.95/36.30
% 251.95/36.30 [13347] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_527_0))
% 251.95/36.30 -> [13349] ~p(skolem_X22), ~p(Y3_527_0)
% 251.95/36.30 -> [13350] p(skolem_X22), p(Y3_527_0)
% 251.95/36.30
% 251.95/36.30 [13350] CLOSURE : p(skolem_X22)
% 251.95/36.30
% 251.95/36.30 [13349] : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13802] ~? [X4_4] : (q(X4_4))
% 251.95/36.30
% 251.95/36.30 [13802] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13803] ~q(X4_591_1)
% 251.95/36.30
% 251.95/36.30 [13803] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [13804] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [13804] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [13805] (q(skolem_X66) <=> q(Y7_359_2))
% 251.95/36.30
% 251.95/36.30 [13805] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_359_2))
% 251.95/36.30 -> [13806] ~q(skolem_X66), ~q(Y7_359_2)
% 251.95/36.30 -> [13807] q(skolem_X66), q(Y7_359_2)
% 251.95/36.30
% 251.95/36.30 [13806] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [14409] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [14409] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [14410] (r(skolem_X1010) <=> r(Y11_183_3))
% 251.95/36.30
% 251.95/36.30 [14410] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_183_3))
% 251.95/36.30 -> [14411] ~r(skolem_X1010), ~r(Y11_183_3)
% 251.95/36.30 -> [14412] r(skolem_X1010), r(Y11_183_3)
% 251.95/36.30
% 251.95/36.30 [14411] : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [33748] ~? [X8_8] : (r(X8_8))
% 251.95/36.30
% 251.95/36.30 [33748] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [33749] ~r(X8_873_4)
% 251.95/36.30
% 251.95/36.30 [33749] GAMMA_NOT_EXISTS : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [33750] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [33750] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [33751] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [33751] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30 -> [33752] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.30 -> [33753] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [33752] CLOSURE : ~s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [33753] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [14412] CLOSURE : r(skolem_X1010)
% 251.95/36.30
% 251.95/36.30 [13807] CLOSURE : q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [241] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [2901] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [2902] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [2902] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [2906] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [2906] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [2907] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [2908] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [2907] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3865] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3865] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [3866] (p(skolem_X22) <=> p(Y3_138_0))
% 251.95/36.30
% 251.95/36.30 [3866] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_138_0))
% 251.95/36.30 -> [3867] ~p(skolem_X22), ~p(Y3_138_0)
% 251.95/36.30 -> [3868] p(skolem_X22), p(Y3_138_0)
% 251.95/36.30
% 251.95/36.30 [3867] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [4410] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [4410] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [4413] (q(skolem_X66) <=> q(Y7_73_2))
% 251.95/36.30
% 251.95/36.30 [4413] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_73_2))
% 251.95/36.30 -> [4414] ~q(skolem_X66), ~q(Y7_73_2)
% 251.95/36.30 -> [4415] q(skolem_X66), q(Y7_73_2)
% 251.95/36.30
% 251.95/36.30 [4414] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [15944] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [15944] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [15945] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [15946] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [15945] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [16286] ~r(X8_133_4)
% 251.95/36.30
% 251.95/36.30 [16286] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [16287] ~s(X12_56_5)
% 251.95/36.30
% 251.95/36.30 [16287] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [16288] p(Y13_40_6)
% 251.95/36.30
% 251.95/36.30 [16288] CLOSURE : p(Y13_40_6)
% 251.95/36.30
% 251.95/36.30 [15946] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [4415] CLOSURE : q(Y7_73_2)
% 251.95/36.30
% 251.95/36.30 [3868] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [16312] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [16312] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [16314] (q(skolem_X66) <=> q(Y7_430_2))
% 251.95/36.30
% 251.95/36.30 [16314] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_430_2))
% 251.95/36.30 -> [16316] ~q(skolem_X66), ~q(Y7_430_2)
% 251.95/36.30 -> [16317] q(skolem_X66), q(Y7_430_2)
% 251.95/36.30
% 251.95/36.30 [16317] CLOSURE : q(Y7_430_2)
% 251.95/36.30
% 251.95/36.30 [16316] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [16714] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [16714] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [16715] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [16716] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16716] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16715] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [17103] ~r(X8_145_4)
% 251.95/36.30
% 251.95/36.30 [17103] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [17106] ~s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [17106] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [17110] p(Y13_46_6)
% 251.95/36.30
% 251.95/36.30 [17110] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [17432] (s(skolem_X1414) <=> s(Y15_14_7))
% 251.95/36.30
% 251.95/36.30 [17432] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_14_7))
% 251.95/36.30 -> [17433] ~s(skolem_X1414), ~s(Y15_14_7)
% 251.95/36.30 -> [17434] s(skolem_X1414), s(Y15_14_7)
% 251.95/36.30
% 251.95/36.30 [17433] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [17890] ~p(X16_9_8)
% 251.95/36.30
% 251.95/36.30 [17890] CLOSURE : ~p(X16_9_8)
% 251.95/36.30
% 251.95/36.30 [17434] CLOSURE : s(Y15_14_7)
% 251.95/36.30
% 251.95/36.30 [2908] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [2911] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [2911] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [3881] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [3881] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [3884] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [3885] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3884] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3885] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [16403] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [16403] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [16404] (q(skolem_X66) <=> q(Y7_433_2))
% 251.95/36.30
% 251.95/36.30 [16404] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_433_2))
% 251.95/36.30 -> [16405] ~q(skolem_X66), ~q(Y7_433_2)
% 251.95/36.30 -> [16406] q(skolem_X66), q(Y7_433_2)
% 251.95/36.30
% 251.95/36.30 [16406] CLOSURE : q(Y7_433_2)
% 251.95/36.30
% 251.95/36.30 [16405] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [16916] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [16916] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [16917] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [16918] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16918] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16917] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [17175] ~r(X8_150_4)
% 251.95/36.30
% 251.95/36.30 [17175] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [17176] ~s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [17176] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [17177] p(Y13_48_6)
% 251.95/36.30
% 251.95/36.30 [17177] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [17416] (s(skolem_X1414) <=> s(Y15_13_7))
% 251.95/36.30
% 251.95/36.30 [17416] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_13_7))
% 251.95/36.30 -> [17417] ~s(skolem_X1414), ~s(Y15_13_7)
% 251.95/36.30 -> [17418] s(skolem_X1414), s(Y15_13_7)
% 251.95/36.30
% 251.95/36.30 [17417] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [17722] q(Y17_10_8)
% 251.95/36.30
% 251.95/36.30 [17722] CLOSURE : q(Y17_10_8)
% 251.95/36.30
% 251.95/36.30 [17418] CLOSURE : s(Y15_13_7)
% 251.95/36.30
% 251.95/36.30 [2901] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3859] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3860] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [3860] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [3861] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3861] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [4388] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [4388] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [4393] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [4393] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [4396] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [4397] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [4396] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [4397] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [16150] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [16150] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [16151] (q(skolem_X66) <=> q(Y7_424_2))
% 251.95/36.30
% 251.95/36.30 [16151] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_424_2))
% 251.95/36.30 -> [16152] ~q(skolem_X66), ~q(Y7_424_2)
% 251.95/36.30 -> [16153] q(skolem_X66), q(Y7_424_2)
% 251.95/36.30
% 251.95/36.30 [16153] CLOSURE : q(Y7_424_2)
% 251.95/36.30
% 251.95/36.30 [16152] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [16593] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [16593] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [16594] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [16595] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16595] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16594] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [16776] ~r(X8_137_4)
% 251.95/36.30
% 251.95/36.30 [16776] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [16777] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [16777] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [16778] p(Y13_43_6)
% 251.95/36.30
% 251.95/36.30 [16778] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [17032] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [17032] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [17033] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [17033] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [17034] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [17035] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [17034] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [17035] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [3859] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [4377] (p(skolem_X22) <=> p(Y3_155_0))
% 251.95/36.30
% 251.95/36.30 [4377] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_155_0))
% 251.95/36.30 -> [4378] ~p(skolem_X22), ~p(Y3_155_0)
% 251.95/36.30 -> [4379] p(skolem_X22), p(Y3_155_0)
% 251.95/36.30
% 251.95/36.30 [4378] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [10010] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [10010] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [10012] (q(skolem_X66) <=> q(Y7_205_2))
% 251.95/36.30
% 251.95/36.30 [10012] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_205_2))
% 251.95/36.30 -> [10013] ~q(skolem_X66), ~q(Y7_205_2)
% 251.95/36.30 -> [10014] q(skolem_X66), q(Y7_205_2)
% 251.95/36.30
% 251.95/36.30 [10014] CLOSURE : q(Y7_205_2)
% 251.95/36.30
% 251.95/36.30 [10013] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [10366] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [10366] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [10367] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [10368] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [10367] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [10658] ~r(X8_51_4)
% 251.95/36.30
% 251.95/36.30 [10658] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [10659] ~s(X12_29_5)
% 251.95/36.30
% 251.95/36.30 [10659] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [10660] p(Y13_21_6)
% 251.95/36.30
% 251.95/36.30 [10660] CLOSURE : p(Y13_21_6)
% 251.95/36.30
% 251.95/36.30 [10368] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [4379] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [15817] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [15817] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [15819] (q(skolem_X66) <=> q(Y7_413_2))
% 251.95/36.30
% 251.95/36.30 [15819] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_413_2))
% 251.95/36.30 -> [15820] ~q(skolem_X66), ~q(Y7_413_2)
% 251.95/36.30 -> [15821] q(skolem_X66), q(Y7_413_2)
% 251.95/36.30
% 251.95/36.30 [15821] CLOSURE : q(Y7_413_2)
% 251.95/36.30
% 251.95/36.30 [15820] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [16273] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [16273] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [16274] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [16275] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16275] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16274] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [16732] ~r(X8_136_4)
% 251.95/36.30
% 251.95/36.30 [16732] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [16733] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [16733] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [16734] p(Y13_42_6)
% 251.95/36.30
% 251.95/36.30 [16734] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [37987] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [37987] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [37988] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [37988] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [37989] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [37990] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [37989] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [37990] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [182] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [197] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [198] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [198] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [209] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [209] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [273] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [274] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [274] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [292] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [292] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [293] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [294] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [293] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [348] (p(skolem_X22) <=> p(Y3_0_0))
% 251.95/36.30
% 251.95/36.30 [348] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_0_0))
% 251.95/36.30 -> [349] ~p(skolem_X22), ~p(Y3_0_0)
% 251.95/36.30 -> [350] p(skolem_X22), p(Y3_0_0)
% 251.95/36.30
% 251.95/36.30 [349] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [424] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [424] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [426] (q(skolem_X66) <=> q(Y7_0_2))
% 251.95/36.30
% 251.95/36.30 [426] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_0_2))
% 251.95/36.30 -> [428] ~q(skolem_X66), ~q(Y7_0_2)
% 251.95/36.30 -> [429] q(skolem_X66), q(Y7_0_2)
% 251.95/36.30
% 251.95/36.30 [429] CLOSURE : q(Y7_0_2)
% 251.95/36.30
% 251.95/36.30 [428] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [451] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [451] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [5033] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [5034] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [5033] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [5950] ~r(X8_24_4)
% 251.95/36.30
% 251.95/36.30 [5950] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [5952] p(Y13_12_5)
% 251.95/36.30
% 251.95/36.30 [5952] CLOSURE : p(Y13_12_5)
% 251.95/36.30
% 251.95/36.30 [5034] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [350] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [20539] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [20539] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [24342] (q(skolem_X66) <=> q(Y7_771_2))
% 251.95/36.30
% 251.95/36.30 [24342] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_771_2))
% 251.95/36.30 -> [24343] ~q(skolem_X66), ~q(Y7_771_2)
% 251.95/36.30 -> [24344] q(skolem_X66), q(Y7_771_2)
% 251.95/36.30
% 251.95/36.30 [24344] CLOSURE : q(Y7_771_2)
% 251.95/36.30
% 251.95/36.30 [24343] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [24575] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [24575] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [24576] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [24577] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24577] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24576] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [24759] ~r(X8_442_4)
% 251.95/36.30
% 251.95/36.30 [24759] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [24840] p(Y13_167_5)
% 251.95/36.30
% 251.95/36.30 [24840] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [24895] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [24895] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30 -> [24896] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.30 -> [24897] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [24897] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [24896] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [25191] ~p(X16_47_7)
% 251.95/36.30
% 251.95/36.30 [25191] CLOSURE : ~p(X16_47_7)
% 251.95/36.30
% 251.95/36.30 [294] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [302] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [302] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [5701] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [5701] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [11775] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [11775] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [11776] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [11777] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [11776] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [11777] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13500] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [13500] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [14602] (q(skolem_X66) <=> q(Y7_380_2))
% 251.95/36.30
% 251.95/36.30 [14602] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_380_2))
% 251.95/36.30 -> [14605] ~q(skolem_X66), ~q(Y7_380_2)
% 251.95/36.30 -> [14606] q(skolem_X66), q(Y7_380_2)
% 251.95/36.30
% 251.95/36.30 [14606] CLOSURE : q(Y7_380_2)
% 251.95/36.30
% 251.95/36.30 [14605] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [16087] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [16087] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [16088] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [16089] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16089] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [16088] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [17978] ~r(X8_167_4)
% 251.95/36.30
% 251.95/36.30 [17978] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [18987] p(Y13_67_5)
% 251.95/36.30
% 251.95/36.30 [18987] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [22077] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [22077] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30 -> [22080] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.30 -> [22081] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [22081] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [22080] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [23206] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30
% 251.95/36.30 [23206] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [23207] (p(skolem_X22) <=> p(Y3_806_0))
% 251.95/36.30
% 251.95/36.30 [23207] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_806_0))
% 251.95/36.30 -> [23208] ~p(skolem_X22), ~p(Y3_806_0)
% 251.95/36.30 -> [23209] p(skolem_X22), p(Y3_806_0)
% 251.95/36.30
% 251.95/36.30 [23208] CLOSURE : ~p(skolem_X22)
% 251.95/36.30
% 251.95/36.30 [23209] : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [23287] ~? [X4_4] : (q(X4_4))
% 251.95/36.30
% 251.95/36.30 [23287] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [23288] ~q(X4_946_1)
% 251.95/36.30
% 251.95/36.30 [23288] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [23339] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [23339] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [23340] (q(skolem_X66) <=> q(Y7_742_2))
% 251.95/36.30
% 251.95/36.30 [23340] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_742_2))
% 251.95/36.30 -> [23341] ~q(skolem_X66), ~q(Y7_742_2)
% 251.95/36.30 -> [23342] q(skolem_X66), q(Y7_742_2)
% 251.95/36.30
% 251.95/36.30 [23342] CLOSURE : q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [23341] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [23454] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [23454] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [23455] (r(skolem_X1010) <=> r(Y11_460_3))
% 251.95/36.30
% 251.95/36.30 [23455] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_460_3))
% 251.95/36.30 -> [23456] ~r(skolem_X1010), ~r(Y11_460_3)
% 251.95/36.30 -> [23457] r(skolem_X1010), r(Y11_460_3)
% 251.95/36.30
% 251.95/36.30 [23457] CLOSURE : r(skolem_X1010)
% 251.95/36.30
% 251.95/36.30 [23456] : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [23531] ~? [X8_8] : (r(X8_8))
% 251.95/36.30
% 251.95/36.30 [23531] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [23532] ~r(X8_353_4)
% 251.95/36.30
% 251.95/36.30 [23532] GAMMA_NOT_EXISTS : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [23584] ! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [23584] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [23585] p(Y13_117_5)
% 251.95/36.30
% 251.95/36.30 [23585] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [23641] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [23641] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [23642] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [23642] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.30 -> [23643] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.30 -> [23644] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [23644] CLOSURE : s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [23643] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [273] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [322] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [323] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [322] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [394] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [394] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [396] (p(skolem_X22) <=> p(Y3_1_0))
% 251.95/36.30
% 251.95/36.30 [396] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1_0))
% 251.95/36.30 -> [397] ~p(skolem_X22), ~p(Y3_1_0)
% 251.95/36.30 -> [398] p(skolem_X22), p(Y3_1_0)
% 251.95/36.30
% 251.95/36.30 [397] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14630] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [14630] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [14633] (q(skolem_X66) <=> q(Y7_382_2))
% 251.95/36.30
% 251.95/36.30 [14633] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_382_2))
% 251.95/36.30 -> [14637] ~q(skolem_X66), ~q(Y7_382_2)
% 251.95/36.30 -> [14638] q(skolem_X66), q(Y7_382_2)
% 251.95/36.30
% 251.95/36.30 [14638] CLOSURE : q(Y7_382_2)
% 251.95/36.30
% 251.95/36.30 [14637] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [15020] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [15020] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [15021] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [15022] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [15022] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [15021] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [15438] ~r(X8_117_4)
% 251.95/36.30
% 251.95/36.30 [15438] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [15439] p(Y13_33_5)
% 251.95/36.30
% 251.95/36.30 [15439] CLOSURE : p(Y13_33_5)
% 251.95/36.30
% 251.95/36.30 [398] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [8450] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [8450] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [10231] (q(skolem_X66) <=> q(Y7_214_2))
% 251.95/36.30
% 251.95/36.30 [10231] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_214_2))
% 251.95/36.30 -> [10232] ~q(skolem_X66), ~q(Y7_214_2)
% 251.95/36.30 -> [10233] q(skolem_X66), q(Y7_214_2)
% 251.95/36.30
% 251.95/36.30 [10233] CLOSURE : q(Y7_214_2)
% 251.95/36.30
% 251.95/36.30 [10232] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [12263] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [12263] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [12264] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [12265] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [12265] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [12264] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [14294] ~r(X8_96_4)
% 251.95/36.30
% 251.95/36.30 [14294] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [15503] p(Y13_35_5)
% 251.95/36.30
% 251.95/36.30 [15503] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [16820] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [16820] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [16821] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [16821] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [16822] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [16823] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [16822] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [16823] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [38195] ~p(X16_171_7)
% 251.95/36.30
% 251.95/36.30 [38195] CLOSURE : ~p(X16_171_7)
% 251.95/36.30
% 251.95/36.30 [323] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [331] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [331] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [732] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [732] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [733] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [734] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [733] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [734] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [1460] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [1460] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [13765] (q(skolem_X66) <=> q(Y7_358_2))
% 251.95/36.30
% 251.95/36.30 [13765] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_358_2))
% 251.95/36.30 -> [13766] ~q(skolem_X66), ~q(Y7_358_2)
% 251.95/36.30 -> [13767] q(skolem_X66), q(Y7_358_2)
% 251.95/36.30
% 251.95/36.30 [13767] CLOSURE : q(Y7_358_2)
% 251.95/36.30
% 251.95/36.30 [13766] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [15462] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [15462] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [15465] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [15466] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [15466] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [15465] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [17172] ~r(X8_149_4)
% 251.95/36.30
% 251.95/36.30 [17172] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [18238] p(Y13_59_5)
% 251.95/36.30
% 251.95/36.30 [18238] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [19393] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [19393] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [19394] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [19394] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [19395] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [19396] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [19395] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [19396] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [40322] q(Y17_152_7)
% 251.95/36.30
% 251.95/36.30 [40322] CLOSURE : q(Y17_152_7)
% 251.95/36.30
% 251.95/36.30 [197] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [1160] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [1160] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [1163] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [1164] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [1163] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [1515] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [1516] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [1515] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [2234] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [2234] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [2235] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [2235] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [2236] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [2237] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [2237] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [2236] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [2971] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [2971] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [2973] (q(skolem_X66) <=> q(Y7_27_2))
% 251.95/36.30
% 251.95/36.30 [2973] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_27_2))
% 251.95/36.30 -> [2975] ~q(skolem_X66), ~q(Y7_27_2)
% 251.95/36.30 -> [2976] q(skolem_X66), q(Y7_27_2)
% 251.95/36.30
% 251.95/36.30 [2976] CLOSURE : q(Y7_27_2)
% 251.95/36.30
% 251.95/36.30 [2975] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [3970] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [3970] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [3971] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [3972] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [3972] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [3971] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [4565] ~r(X8_15_4)
% 251.95/36.30
% 251.95/36.30 [4565] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [4566] ~s(X14_1_6)
% 251.95/36.30
% 251.95/36.30 [4566] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [4568] ~! [Y15_15] : ((s(X14_1_6) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [4568] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_1_6) <=> s(Y15_15)))
% 251.95/36.30 -> [4569] ~(s(X14_1_6) <=> s(skolem_Y1515(X14_1_6)))
% 251.95/36.30
% 251.95/36.30 [4569] BETA_NOT_EQUIV : ~(s(X14_1_6) <=> s(skolem_Y1515(X14_1_6)))
% 251.95/36.30 -> [4570] ~s(X14_1_6), s(skolem_Y1515(X14_1_6))
% 251.95/36.30 -> [4571] s(X14_1_6), ~s(skolem_Y1515(X14_1_6))
% 251.95/36.30
% 251.95/36.30 [4571] CLOSURE : s(X14_1_6)
% 251.95/36.30
% 251.95/36.30 [4570] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [20245] ~p(X16_18_7)
% 251.95/36.30
% 251.95/36.30 [20245] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [20246] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30
% 251.95/36.30 [20246] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [20247] (p(skolem_X22) <=> p(Y3_717_0))
% 251.95/36.30
% 251.95/36.30 [20247] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_717_0))
% 251.95/36.30 -> [20248] ~p(skolem_X22), ~p(Y3_717_0)
% 251.95/36.30 -> [20249] p(skolem_X22), p(Y3_717_0)
% 251.95/36.30
% 251.95/36.30 [20249] CLOSURE : p(skolem_X22)
% 251.95/36.30
% 251.95/36.30 [20248] : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [20429] ~? [X4_4] : (q(X4_4))
% 251.95/36.30
% 251.95/36.30 [20429] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [20430] ~q(X4_846_1)
% 251.95/36.30
% 251.95/36.30 [20430] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [20431] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [20431] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [20432] (q(skolem_X66) <=> q(Y7_613_2))
% 251.95/36.30
% 251.95/36.30 [20432] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_613_2))
% 251.95/36.30 -> [20433] ~q(skolem_X66), ~q(Y7_613_2)
% 251.95/36.30 -> [20434] q(skolem_X66), q(Y7_613_2)
% 251.95/36.30
% 251.95/36.30 [20434] CLOSURE : q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [20433] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [20637] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [20637] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [20639] (r(skolem_X1010) <=> r(Y11_366_3))
% 251.95/36.30
% 251.95/36.30 [20639] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_366_3))
% 251.95/36.30 -> [20642] ~r(skolem_X1010), ~r(Y11_366_3)
% 251.95/36.30 -> [20643] r(skolem_X1010), r(Y11_366_3)
% 251.95/36.30
% 251.95/36.30 [20642] : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [20990] ~? [X8_8] : (r(X8_8))
% 251.95/36.30
% 251.95/36.30 [20990] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [20991] ~r(X8_244_4)
% 251.95/36.30
% 251.95/36.30 [20991] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [20992] ~? [X12_12] : (s(X12_12))
% 251.95/36.30
% 251.95/36.30 [20992] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [20993] ~s(X12_132_5)
% 251.95/36.30
% 251.95/36.30 [20993] CLOSURE : ~s(X12_132_5)
% 251.95/36.30
% 251.95/36.30 [20643] CLOSURE : r(skolem_X1010)
% 251.95/36.30
% 251.95/36.30 [1516] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [1517] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [1517] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [2250] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [2250] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [2252] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [2253] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [2252] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [2253] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [19942] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [19942] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [19943] (q(skolem_X66) <=> q(Y7_580_2))
% 251.95/36.30
% 251.95/36.30 [19943] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_580_2))
% 251.95/36.30 -> [19944] ~q(skolem_X66), ~q(Y7_580_2)
% 251.95/36.30 -> [19945] q(skolem_X66), q(Y7_580_2)
% 251.95/36.30
% 251.95/36.30 [19945] CLOSURE : q(Y7_580_2)
% 251.95/36.30
% 251.95/36.30 [19944] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [20154] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [20154] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [20155] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [20156] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [20156] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [20155] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [20329] ~r(X8_225_4)
% 251.95/36.30
% 251.95/36.30 [20329] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [20330] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [20330] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [20331] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [20331] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [20332] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [20332] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [20333] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [20334] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [20333] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [20334] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [1164] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [1174] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [1174] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [1176] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [1177] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [1176] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [1531] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [1531] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [1532] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [1533] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [1533] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [1532] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [2265] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [2265] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [2273] (q(skolem_X66) <=> q(Y7_17_2))
% 251.95/36.30
% 251.95/36.30 [2273] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_17_2))
% 251.95/36.30 -> [2274] ~q(skolem_X66), ~q(Y7_17_2)
% 251.95/36.30 -> [2275] q(skolem_X66), q(Y7_17_2)
% 251.95/36.30
% 251.95/36.30 [2275] CLOSURE : q(Y7_17_2)
% 251.95/36.30
% 251.95/36.30 [2274] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [2997] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [2997] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [2998] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [2999] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [2999] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [2998] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [3999] ~r(X8_9_4)
% 251.95/36.30
% 251.95/36.30 [3999] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [4000] ~s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [4000] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [4001] (s(skolem_X1414) <=> s(Y15_0_6))
% 251.95/36.30
% 251.95/36.30 [4001] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_0_6))
% 251.95/36.30 -> [4002] ~s(skolem_X1414), ~s(Y15_0_6)
% 251.95/36.30 -> [4003] s(skolem_X1414), s(Y15_0_6)
% 251.95/36.30
% 251.95/36.30 [4003] CLOSURE : s(Y15_0_6)
% 251.95/36.30
% 251.95/36.30 [4002] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [4615] ~p(X16_0_7)
% 251.95/36.30
% 251.95/36.30 [4615] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [4616] q(Y17_0_8)
% 251.95/36.30
% 251.95/36.30 [4616] CLOSURE : q(Y17_0_8)
% 251.95/36.30
% 251.95/36.30 [1177] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [1186] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [1186] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [1539] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [1539] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [1544] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [1544] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [1545] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [1546] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [1545] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [1546] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [20750] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [20750] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [20751] (q(skolem_X66) <=> q(Y7_624_2))
% 251.95/36.30
% 251.95/36.30 [20751] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_624_2))
% 251.95/36.30 -> [20752] ~q(skolem_X66), ~q(Y7_624_2)
% 251.95/36.30 -> [20753] q(skolem_X66), q(Y7_624_2)
% 251.95/36.30
% 251.95/36.30 [20753] CLOSURE : q(Y7_624_2)
% 251.95/36.30
% 251.95/36.30 [20752] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [40869] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [40869] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [40870] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [40871] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [40870] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [40944] ~r(X8_1250_4)
% 251.95/36.30
% 251.95/36.30 [40944] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [40946] ~s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [40946] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [40947] (s(skolem_X1414) <=> s(Y15_315_6))
% 251.95/36.30
% 251.95/36.30 [40947] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_315_6))
% 251.95/36.30 -> [40948] ~s(skolem_X1414), ~s(Y15_315_6)
% 251.95/36.30 -> [40949] s(skolem_X1414), s(Y15_315_6)
% 251.95/36.30
% 251.95/36.30 [40948] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [40977] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30
% 251.95/36.30 [40977] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [40980] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [40980] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [40981] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [40982] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [40981] CLOSURE : ~p(skolem_X22)
% 251.95/36.30
% 251.95/36.30 [40982] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [40949] CLOSURE : s(Y15_315_6)
% 251.95/36.30
% 251.95/36.30 [40871] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [73] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [83] r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [83] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.30 -> [94] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [95] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30
% 251.95/36.30 [94] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [2534] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [2535] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [2534] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [2951] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [2952] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [2951] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3580] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3581] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [3580] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [4456] (p(skolem_X22) <=> p(Y3_159_0))
% 251.95/36.30
% 251.95/36.30 [4456] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_159_0))
% 251.95/36.30 -> [4459] ~p(skolem_X22), ~p(Y3_159_0)
% 251.95/36.30 -> [4460] p(skolem_X22), p(Y3_159_0)
% 251.95/36.30
% 251.95/36.30 [4459] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [5079] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [5079] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [5083] (q(skolem_X66) <=> q(Y7_95_2))
% 251.95/36.30
% 251.95/36.30 [5083] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_95_2))
% 251.95/36.30 -> [5084] ~q(skolem_X66), ~q(Y7_95_2)
% 251.95/36.30 -> [5085] q(skolem_X66), q(Y7_95_2)
% 251.95/36.30
% 251.95/36.30 [5085] CLOSURE : q(Y7_95_2)
% 251.95/36.30
% 251.95/36.30 [5084] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [5953] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [5953] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [5954] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [5955] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [5954] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [5955] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [14297] s(Y9_58_4)
% 251.95/36.30
% 251.95/36.30 [14297] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [22296] ~s(X12_143_5)
% 251.95/36.30
% 251.95/36.30 [22296] CLOSURE : ~s(X12_143_5)
% 251.95/36.30
% 251.95/36.30 [4460] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [5959] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [5959] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [13303] (q(skolem_X66) <=> q(Y7_347_2))
% 251.95/36.30
% 251.95/36.30 [13303] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_347_2))
% 251.95/36.30 -> [13304] ~q(skolem_X66), ~q(Y7_347_2)
% 251.95/36.30 -> [13305] q(skolem_X66), q(Y7_347_2)
% 251.95/36.30
% 251.95/36.30 [13305] CLOSURE : q(Y7_347_2)
% 251.95/36.30
% 251.95/36.30 [13304] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [14819] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [14819] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [14820] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [14821] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [14821] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [14820] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [23197] s(Y9_173_4)
% 251.95/36.30
% 251.95/36.30 [23197] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [23384] ~s(X12_162_5)
% 251.95/36.30
% 251.95/36.30 [23384] CLOSURE : ~s(X12_162_5)
% 251.95/36.30
% 251.95/36.30 [3581] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [3582] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3582] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [5097] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [5097] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13229] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [13229] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [13230] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [13231] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13230] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13231] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14891] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [14891] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [16019] (q(skolem_X66) <=> q(Y7_419_2))
% 251.95/36.30
% 251.95/36.30 [16019] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_419_2))
% 251.95/36.30 -> [16020] ~q(skolem_X66), ~q(Y7_419_2)
% 251.95/36.30 -> [16021] q(skolem_X66), q(Y7_419_2)
% 251.95/36.30
% 251.95/36.30 [16021] CLOSURE : q(Y7_419_2)
% 251.95/36.30
% 251.95/36.30 [16020] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [17345] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [17345] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [17346] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [17347] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [17347] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [17346] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [24227] s(Y9_206_4)
% 251.95/36.30
% 251.95/36.30 [24227] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [24442] ~s(X12_203_5)
% 251.95/36.30
% 251.95/36.30 [24442] CLOSURE : ~s(X12_203_5)
% 251.95/36.30
% 251.95/36.30 [2952] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [2956] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [2956] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [2957] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [2958] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [2958] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [2959] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [2959] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [4497] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [4497] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [4498] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [4499] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [4498] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [4499] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [5973] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [5973] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [9365] (q(skolem_X66) <=> q(Y7_181_2))
% 251.95/36.30
% 251.95/36.30 [9365] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_181_2))
% 251.95/36.30 -> [9366] ~q(skolem_X66), ~q(Y7_181_2)
% 251.95/36.30 -> [9367] q(skolem_X66), q(Y7_181_2)
% 251.95/36.30
% 251.95/36.30 [9367] CLOSURE : q(Y7_181_2)
% 251.95/36.30
% 251.95/36.30 [9366] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [11639] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [11639] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [11643] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [11644] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [11644] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [11643] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [23190] s(Y9_172_4)
% 251.95/36.30
% 251.95/36.30 [23190] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [23561] ~s(X12_172_5)
% 251.95/36.30
% 251.95/36.30 [23561] CLOSURE : ~s(X12_172_5)
% 251.95/36.30
% 251.95/36.30 [2957] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3586] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3586] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [3587] (p(skolem_X22) <=> p(Y3_134_0))
% 251.95/36.30
% 251.95/36.30 [3587] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_134_0))
% 251.95/36.30 -> [3588] ~p(skolem_X22), ~p(Y3_134_0)
% 251.95/36.30 -> [3589] p(skolem_X22), p(Y3_134_0)
% 251.95/36.30
% 251.95/36.30 [3588] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [4479] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [4479] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [4481] (q(skolem_X66) <=> q(Y7_79_2))
% 251.95/36.30
% 251.95/36.30 [4481] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_79_2))
% 251.95/36.30 -> [4482] ~q(skolem_X66), ~q(Y7_79_2)
% 251.95/36.30 -> [4483] q(skolem_X66), q(Y7_79_2)
% 251.95/36.30
% 251.95/36.30 [4483] CLOSURE : q(Y7_79_2)
% 251.95/36.30
% 251.95/36.30 [4482] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [5104] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [5104] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [5106] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [5107] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [5106] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [5107] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [14520] s(Y9_62_4)
% 251.95/36.30
% 251.95/36.30 [14520] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [15504] ~s(X12_53_5)
% 251.95/36.30
% 251.95/36.30 [15504] CLOSURE : ~s(X12_53_5)
% 251.95/36.30
% 251.95/36.30 [3589] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [6331] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [6331] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [14601] (q(skolem_X66) <=> q(Y7_379_2))
% 251.95/36.30
% 251.95/36.30 [14601] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_379_2))
% 251.95/36.30 -> [14603] ~q(skolem_X66), ~q(Y7_379_2)
% 251.95/36.30 -> [14604] q(skolem_X66), q(Y7_379_2)
% 251.95/36.30
% 251.95/36.30 [14604] CLOSURE : q(Y7_379_2)
% 251.95/36.30
% 251.95/36.30 [14603] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [34950] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [34950] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [34951] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [34952] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [34952] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [34951] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [35084] s(Y9_485_4)
% 251.95/36.30
% 251.95/36.30 [35084] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [35087] ~s(X12_503_5)
% 251.95/36.30
% 251.95/36.30 [35087] CLOSURE : ~s(X12_503_5)
% 251.95/36.30
% 251.95/36.30 [2535] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [2540] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [2540] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [3594] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3594] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [5981] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [5982] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [5981] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [6339] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [6340] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [6340] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [6341] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [6341] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [9998] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [9998] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [18370] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [18370] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [18371] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [18372] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [18372] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [18371] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [23860] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [23860] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [24030] (q(skolem_X66) <=> q(Y7_758_2))
% 251.95/36.30
% 251.95/36.30 [24030] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_758_2))
% 251.95/36.30 -> [24031] ~q(skolem_X66), ~q(Y7_758_2)
% 251.95/36.30 -> [24032] q(skolem_X66), q(Y7_758_2)
% 251.95/36.30
% 251.95/36.30 [24032] CLOSURE : q(Y7_758_2)
% 251.95/36.30
% 251.95/36.30 [24031] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [24369] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [24369] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [24370] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [24371] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24371] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24370] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [25342] s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [25342] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [25440] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [25440] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [25441] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [25441] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [25442] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [25443] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [25443] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [25442] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [6339] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [8952] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [8952] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [8954] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [8955] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [8955] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [8954] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [10536] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [10536] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [11769] (q(skolem_X66) <=> q(Y7_277_2))
% 251.95/36.30
% 251.95/36.30 [11769] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_277_2))
% 251.95/36.30 -> [11770] ~q(skolem_X66), ~q(Y7_277_2)
% 251.95/36.30 -> [11771] q(skolem_X66), q(Y7_277_2)
% 251.95/36.30
% 251.95/36.30 [11771] CLOSURE : q(Y7_277_2)
% 251.95/36.30
% 251.95/36.30 [11770] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [14169] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [14169] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [14170] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [14171] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [14171] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [14170] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [26150] s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [26150] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [26244] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [26244] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [26245] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [26245] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [26246] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [26247] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [26247] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [26246] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [5982] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [5990] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [5990] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [5992] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [5993] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [5992] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [6344] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [6344] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [9953] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [9953] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [9954] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [9955] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [9955] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [9954] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [12171] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [12171] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [13189] (q(skolem_X66) <=> q(Y7_344_2))
% 251.95/36.30
% 251.95/36.30 [13189] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_344_2))
% 251.95/36.30 -> [13190] ~q(skolem_X66), ~q(Y7_344_2)
% 251.95/36.30 -> [13191] q(skolem_X66), q(Y7_344_2)
% 251.95/36.30
% 251.95/36.30 [13191] CLOSURE : q(Y7_344_2)
% 251.95/36.30
% 251.95/36.30 [13190] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [15306] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [15306] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [15307] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [15308] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [15308] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [15307] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [20409] s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [20409] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [21271] (s(skolem_X1414) <=> s(Y15_34_5))
% 251.95/36.30
% 251.95/36.30 [21271] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_34_5))
% 251.95/36.30 -> [21272] ~s(skolem_X1414), ~s(Y15_34_5)
% 251.95/36.30 -> [21273] s(skolem_X1414), s(Y15_34_5)
% 251.95/36.30
% 251.95/36.30 [21272] CLOSURE : ~s(Y15_34_5)
% 251.95/36.30
% 251.95/36.30 [21273] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [22433] ~p(X16_24_6)
% 251.95/36.30
% 251.95/36.30 [22433] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [22857] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30
% 251.95/36.30 [22857] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [22858] (p(skolem_X22) <=> p(Y3_801_0))
% 251.95/36.30
% 251.95/36.30 [22858] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_801_0))
% 251.95/36.30 -> [22859] ~p(skolem_X22), ~p(Y3_801_0)
% 251.95/36.30 -> [22860] p(skolem_X22), p(Y3_801_0)
% 251.95/36.30
% 251.95/36.30 [22860] CLOSURE : p(skolem_X22)
% 251.95/36.30
% 251.95/36.30 [22859] : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [23437] ~? [X4_4] : (q(X4_4))
% 251.95/36.30
% 251.95/36.30 [23437] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [23438] ~q(X4_948_1)
% 251.95/36.30
% 251.95/36.30 [23438] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [23707] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [23707] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [23708] (q(skolem_X66) <=> q(Y7_752_2))
% 251.95/36.30
% 251.95/36.30 [23708] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_752_2))
% 251.95/36.30 -> [23709] ~q(skolem_X66), ~q(Y7_752_2)
% 251.95/36.30 -> [23710] q(skolem_X66), q(Y7_752_2)
% 251.95/36.30
% 251.95/36.30 [23710] CLOSURE : q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [23709] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [24087] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [24087] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [24088] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [24088] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [24089] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [24090] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [24090] CLOSURE : r(skolem_X1010)
% 251.95/36.30
% 251.95/36.30 [24089] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [5993] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [5994] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [5994] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [14713] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [14713] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [14715] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [14716] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [14715] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [14716] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [37780] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [37780] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [37825] (q(skolem_X66) <=> q(Y7_1216_2))
% 251.95/36.30
% 251.95/36.30 [37825] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1216_2))
% 251.95/36.30 -> [37826] ~q(skolem_X66), ~q(Y7_1216_2)
% 251.95/36.30 -> [37827] q(skolem_X66), q(Y7_1216_2)
% 251.95/36.30
% 251.95/36.30 [37827] CLOSURE : q(Y7_1216_2)
% 251.95/36.30
% 251.95/36.30 [37826] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37912] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37912] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37913] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37914] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37914] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37913] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [38042] s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [38042] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [38061] (s(skolem_X1414) <=> s(Y15_269_5))
% 251.95/36.30
% 251.95/36.30 [38061] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_269_5))
% 251.95/36.30 -> [38062] ~s(skolem_X1414), ~s(Y15_269_5)
% 251.95/36.30 -> [38063] s(skolem_X1414), s(Y15_269_5)
% 251.95/36.30
% 251.95/36.30 [38063] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [38093] q(Y17_136_6)
% 251.95/36.30
% 251.95/36.30 [38093] CLOSURE : q(Y17_136_6)
% 251.95/36.30
% 251.95/36.30 [38062] CLOSURE : ~s(Y15_269_5)
% 251.95/36.30
% 251.95/36.30 [95] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [222] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [223] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [222] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [2930] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [2930] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [2932] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [2933] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [2932] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3555] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3556] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [3555] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [4416] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [4416] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [4417] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [4417] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [4418] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [4419] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [4419] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [4418] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [5015] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [5015] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [5016] (q(skolem_X66) <=> q(Y7_90_2))
% 251.95/36.30
% 251.95/36.30 [5016] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_90_2))
% 251.95/36.30 -> [5017] ~q(skolem_X66), ~q(Y7_90_2)
% 251.95/36.30 -> [5018] q(skolem_X66), q(Y7_90_2)
% 251.95/36.30
% 251.95/36.30 [5018] CLOSURE : q(Y7_90_2)
% 251.95/36.30
% 251.95/36.30 [5017] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [5909] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [5909] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [5910] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [5911] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [5910] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [5911] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [13656] s(Y9_53_4)
% 251.95/36.30
% 251.95/36.30 [13656] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [14843] ~s(X12_45_5)
% 251.95/36.30
% 251.95/36.30 [14843] CLOSURE : ~s(X12_45_5)
% 251.95/36.30
% 251.95/36.30 [3556] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [3557] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3557] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [5929] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [5929] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [5930] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [5931] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [5930] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [5931] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [22804] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [22804] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [23301] (q(skolem_X66) <=> q(Y7_740_2))
% 251.95/36.30
% 251.95/36.30 [23301] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_740_2))
% 251.95/36.30 -> [23302] ~q(skolem_X66), ~q(Y7_740_2)
% 251.95/36.30 -> [23303] q(skolem_X66), q(Y7_740_2)
% 251.95/36.30
% 251.95/36.30 [23303] CLOSURE : q(Y7_740_2)
% 251.95/36.30
% 251.95/36.30 [23302] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [23812] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [23812] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [23813] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [23814] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [23814] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [23813] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [25034] s(Y9_227_4)
% 251.95/36.30
% 251.95/36.30 [25034] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [25211] ~s(X12_230_5)
% 251.95/36.30
% 251.95/36.30 [25211] CLOSURE : ~s(X12_230_5)
% 251.95/36.30
% 251.95/36.30 [2933] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [2941] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [2941] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [2943] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [2944] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [2943] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [3558] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [3558] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [3559] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [3560] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3560] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3559] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [4431] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [4431] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [4433] (q(skolem_X66) <=> q(Y7_74_2))
% 251.95/36.30
% 251.95/36.30 [4433] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_74_2))
% 251.95/36.30 -> [4434] ~q(skolem_X66), ~q(Y7_74_2)
% 251.95/36.30 -> [4435] q(skolem_X66), q(Y7_74_2)
% 251.95/36.30
% 251.95/36.30 [4435] CLOSURE : q(Y7_74_2)
% 251.95/36.30
% 251.95/36.30 [4434] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [5041] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [5041] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [5042] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [5043] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [5042] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [5043] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [13089] s(Y9_47_4)
% 251.95/36.30
% 251.95/36.30 [13089] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [13824] ~s(X12_41_5)
% 251.95/36.30
% 251.95/36.30 [13824] CLOSURE : ~s(X12_41_5)
% 251.95/36.30
% 251.95/36.30 [2944] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [2950] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [2950] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [5064] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [5064] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [12719] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [12719] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [12720] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [12721] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [12721] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [12720] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [36034] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [36034] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [36042] (q(skolem_X66) <=> q(Y7_1163_2))
% 251.95/36.30
% 251.95/36.30 [36042] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1163_2))
% 251.95/36.30 -> [36043] ~q(skolem_X66), ~q(Y7_1163_2)
% 251.95/36.30 -> [36044] q(skolem_X66), q(Y7_1163_2)
% 251.95/36.30
% 251.95/36.30 [36044] CLOSURE : q(Y7_1163_2)
% 251.95/36.30
% 251.95/36.30 [36043] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [36056] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [36056] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [36057] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [36058] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [36058] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [36057] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [36078] s(Y9_517_4)
% 251.95/36.30
% 251.95/36.30 [36078] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [36086] ~s(X12_534_5)
% 251.95/36.30
% 251.95/36.30 [36086] CLOSURE : ~s(X12_534_5)
% 251.95/36.30
% 251.95/36.30 [223] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [227] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [227] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [3647] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3648] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [3648] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [3649] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [3649] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3650] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3651] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [3651] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [3653] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3653] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [6156] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [6156] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [19797] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [19797] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [19798] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [19799] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [19798] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [19799] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [20512] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [20512] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [21442] (q(skolem_X66) <=> q(Y7_653_2))
% 251.95/36.30
% 251.95/36.30 [21442] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_653_2))
% 251.95/36.30 -> [21443] ~q(skolem_X66), ~q(Y7_653_2)
% 251.95/36.30 -> [21444] q(skolem_X66), q(Y7_653_2)
% 251.95/36.30
% 251.95/36.30 [21443] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [22388] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [22388] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [22391] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [22392] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [22392] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [22391] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [23889] s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [23889] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [24062] p(Y13_134_5)
% 251.95/36.30
% 251.95/36.30 [24062] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [24258] (s(skolem_X1414) <=> s(Y15_66_6))
% 251.95/36.30
% 251.95/36.30 [24258] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_66_6))
% 251.95/36.30 -> [24259] ~s(skolem_X1414), ~s(Y15_66_6)
% 251.95/36.30 -> [24260] s(skolem_X1414), s(Y15_66_6)
% 251.95/36.30
% 251.95/36.30 [24259] CLOSURE : ~s(Y15_66_6)
% 251.95/36.30
% 251.95/36.30 [24260] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [24420] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30
% 251.95/36.30 [24420] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [24421] (p(skolem_X22) <=> p(Y3_815_0))
% 251.95/36.30
% 251.95/36.30 [24421] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_815_0))
% 251.95/36.30 -> [24422] ~p(skolem_X22), ~p(Y3_815_0)
% 251.95/36.30 -> [24423] p(skolem_X22), p(Y3_815_0)
% 251.95/36.30
% 251.95/36.30 [24422] CLOSURE : ~p(skolem_X22)
% 251.95/36.30
% 251.95/36.30 [24423] : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [24639] ~? [X4_4] : (q(X4_4))
% 251.95/36.30
% 251.95/36.30 [24639] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [24640] ~q(X4_967_1)
% 251.95/36.30
% 251.95/36.30 [24640] GAMMA_NOT_EXISTS : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [24742] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [24742] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [24743] (q(skolem_X66) <=> q(Y7_776_2))
% 251.95/36.30
% 251.95/36.30 [24743] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_776_2))
% 251.95/36.30 -> [24745] ~q(skolem_X66), ~q(Y7_776_2)
% 251.95/36.30 -> [24746] q(skolem_X66), q(Y7_776_2)
% 251.95/36.30
% 251.95/36.30 [24746] CLOSURE : q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [24745] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [24881] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [24881] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [24882] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [24882] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [24883] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [24884] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [24884] CLOSURE : r(skolem_X1010)
% 251.95/36.30
% 251.95/36.30 [24883] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [21444] CLOSURE : q(Y7_653_2)
% 251.95/36.30
% 251.95/36.30 [3650] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [4609] (p(skolem_X22) <=> p(Y3_165_0))
% 251.95/36.30
% 251.95/36.30 [4609] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_165_0))
% 251.95/36.30 -> [4610] ~p(skolem_X22), ~p(Y3_165_0)
% 251.95/36.30 -> [4611] p(skolem_X22), p(Y3_165_0)
% 251.95/36.30
% 251.95/36.30 [4611] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [6150] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [6150] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [19513] (q(skolem_X66) <=> q(Y7_567_2))
% 251.95/36.30
% 251.95/36.30 [19513] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_567_2))
% 251.95/36.30 -> [19514] ~q(skolem_X66), ~q(Y7_567_2)
% 251.95/36.30 -> [19515] q(skolem_X66), q(Y7_567_2)
% 251.95/36.30
% 251.95/36.30 [19515] CLOSURE : q(Y7_567_2)
% 251.95/36.30
% 251.95/36.30 [19514] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [20758] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [20758] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [20760] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [20761] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [20761] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [20760] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [34788] s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [34788] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [34802] p(Y13_418_5)
% 251.95/36.30
% 251.95/36.30 [34802] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [34811] (s(skolem_X1414) <=> s(Y15_220_6))
% 251.95/36.30
% 251.95/36.30 [34811] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_220_6))
% 251.95/36.30 -> [34812] ~s(skolem_X1414), ~s(Y15_220_6)
% 251.95/36.30 -> [34813] s(skolem_X1414), s(Y15_220_6)
% 251.95/36.30
% 251.95/36.30 [34813] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [34835] ~p(X16_143_7)
% 251.95/36.30
% 251.95/36.30 [34835] CLOSURE : ~p(X16_143_7)
% 251.95/36.30
% 251.95/36.30 [34812] CLOSURE : ~s(Y15_220_6)
% 251.95/36.30
% 251.95/36.30 [4610] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [11097] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [11097] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [12623] (q(skolem_X66) <=> q(Y7_317_2))
% 251.95/36.30
% 251.95/36.30 [12623] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_317_2))
% 251.95/36.30 -> [12624] ~q(skolem_X66), ~q(Y7_317_2)
% 251.95/36.30 -> [12625] q(skolem_X66), q(Y7_317_2)
% 251.95/36.30
% 251.95/36.30 [12625] CLOSURE : q(Y7_317_2)
% 251.95/36.30
% 251.95/36.30 [12624] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [14683] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [14683] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [14684] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [14685] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [14684] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [14685] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [37418] s(Y9_569_4)
% 251.95/36.30
% 251.95/36.30 [37418] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [37468] p(Y13_497_5)
% 251.95/36.30
% 251.95/36.30 [37468] CLOSURE : p(Y13_497_5)
% 251.95/36.30
% 251.95/36.30 [3647] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [4600] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [4601] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [4601] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [4605] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [4605] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [6140] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [6140] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [6143] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [6144] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [6143] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [6144] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [19277] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [19277] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [20135] (q(skolem_X66) <=> q(Y7_592_2))
% 251.95/36.30
% 251.95/36.30 [20135] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_592_2))
% 251.95/36.30 -> [20136] ~q(skolem_X66), ~q(Y7_592_2)
% 251.95/36.30 -> [20137] q(skolem_X66), q(Y7_592_2)
% 251.95/36.30
% 251.95/36.30 [20137] CLOSURE : q(Y7_592_2)
% 251.95/36.30
% 251.95/36.30 [20136] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [21451] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [21451] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [21452] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [21453] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [21452] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [21453] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [36192] s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [36192] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [36257] p(Y13_456_5)
% 251.95/36.30
% 251.95/36.30 [36257] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [36305] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [36305] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [36306] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [36306] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [36307] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [36308] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [36308] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [36307] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [4600] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [5248] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [5248] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [18727] (p(skolem_X22) <=> p(Y3_649_0))
% 251.95/36.30
% 251.95/36.30 [18727] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_649_0))
% 251.95/36.30 -> [18728] ~p(skolem_X22), ~p(Y3_649_0)
% 251.95/36.30 -> [18729] p(skolem_X22), p(Y3_649_0)
% 251.95/36.30
% 251.95/36.30 [18728] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [19846] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [19846] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [20553] (q(skolem_X66) <=> q(Y7_617_2))
% 251.95/36.30
% 251.95/36.30 [20553] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_617_2))
% 251.95/36.30 -> [20554] ~q(skolem_X66), ~q(Y7_617_2)
% 251.95/36.30 -> [20555] q(skolem_X66), q(Y7_617_2)
% 251.95/36.30
% 251.95/36.30 [20554] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [24779] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [24779] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [24780] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [24781] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24781] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24780] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [25382] s(Y9_246_4)
% 251.95/36.30
% 251.95/36.30 [25382] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [25465] p(Y13_194_5)
% 251.95/36.30
% 251.95/36.30 [25465] CLOSURE : p(Y13_194_5)
% 251.95/36.30
% 251.95/36.30 [20555] CLOSURE : q(Y7_617_2)
% 251.95/36.30
% 251.95/36.30 [18729] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [19849] ~q(skolem_X66)
% 251.95/36.30
% 251.95/36.30 [19849] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.30 -> [20562] (q(skolem_X66) <=> q(Y7_618_2))
% 251.95/36.30
% 251.95/36.30 [20562] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_618_2))
% 251.95/36.30 -> [20563] ~q(skolem_X66), ~q(Y7_618_2)
% 251.95/36.30 -> [20564] q(skolem_X66), q(Y7_618_2)
% 251.95/36.30
% 251.95/36.30 [20564] CLOSURE : q(Y7_618_2)
% 251.95/36.30
% 251.95/36.30 [20563] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [41031] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [41031] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [41032] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [41033] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [41033] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [41032] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [41304] s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [41304] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [41382] p(Y13_612_5)
% 251.95/36.30
% 251.95/36.30 [41382] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [41474] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [41474] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [41476] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [41476] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [41477] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [41478] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [41478] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [41477] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [37] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.30 -> [49] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.30 -> [50] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.30
% 251.95/36.30 [50] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [58] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [58] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.30 -> [62] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [63] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.30
% 251.95/36.30 [62] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.30 -> [12357] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [12358] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30
% 251.95/36.30 [12357] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [12724] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [12725] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [12724] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [13118] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [13119] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [13118] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [13529] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13530] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [13530] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [14035] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [14035] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [14038] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [14038] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [14041] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [14041] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [14042] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [14043] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [14042] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [14043] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14873] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14873] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [14875] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [14875] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [14877] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [14877] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [14880] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [14881] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14880] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14881] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13529] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [14019] (p(skolem_X22) <=> p(Y3_547_0))
% 251.95/36.30
% 251.95/36.30 [14019] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_547_0))
% 251.95/36.30 -> [14020] ~p(skolem_X22), ~p(Y3_547_0)
% 251.95/36.30 -> [14021] p(skolem_X22), p(Y3_547_0)
% 251.95/36.30
% 251.95/36.30 [14020] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14596] ~q(X6_364_2)
% 251.95/36.30
% 251.95/36.30 [14596] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [14597] ~! [Y7_7] : ((q(X6_364_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [14597] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_364_2) <=> q(Y7_7)))
% 251.95/36.30 -> [14598] ~(q(X6_364_2) <=> q(skolem_Y77(X6_364_2)))
% 251.95/36.30
% 251.95/36.30 [14598] BETA_NOT_EQUIV : ~(q(X6_364_2) <=> q(skolem_Y77(X6_364_2)))
% 251.95/36.30 -> [14599] ~q(X6_364_2), q(skolem_Y77(X6_364_2))
% 251.95/36.30 -> [14600] q(X6_364_2), ~q(skolem_Y77(X6_364_2))
% 251.95/36.30
% 251.95/36.30 [14600] CLOSURE : q(X6_364_2)
% 251.95/36.30
% 251.95/36.30 [14599] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [22148] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [22148] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [22149] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [22150] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [22150] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [22149] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [22294] ~r(X8_287_4)
% 251.95/36.30
% 251.95/36.30 [22294] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [22295] s(Y9_157_5)
% 251.95/36.30
% 251.95/36.30 [22295] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [22610] ~s(X12_148_6)
% 251.95/36.30
% 251.95/36.30 [22610] CLOSURE : ~s(X12_148_6)
% 251.95/36.30
% 251.95/36.30 [14021] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14026] ~q(skolem_Y77(X6_328_2))
% 251.95/36.30
% 251.95/36.30 [14026] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [14031] ~! [Y7_7] : ((q(X6_328_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [14031] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_328_2) <=> q(Y7_7)))
% 251.95/36.30 -> [14032] ~(q(X6_328_2) <=> q(skolem_Y77(X6_328_2)))
% 251.95/36.30
% 251.95/36.30 [14032] BETA_NOT_EQUIV : ~(q(X6_328_2) <=> q(skolem_Y77(X6_328_2)))
% 251.95/36.30 -> [14033] ~q(X6_328_2), q(skolem_Y77(X6_328_2))
% 251.95/36.30 -> [14034] q(X6_328_2), ~q(skolem_Y77(X6_328_2))
% 251.95/36.30
% 251.95/36.30 [14033] CLOSURE : q(skolem_Y77(X6_328_2))
% 251.95/36.30
% 251.95/36.30 [14034] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [36075] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [36075] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [36076] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [36077] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [36077] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [36076] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [36080] ~r(X8_985_4)
% 251.95/36.30
% 251.95/36.30 [36080] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [36087] s(Y9_518_5)
% 251.95/36.30
% 251.95/36.30 [36087] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [36100] ~s(X12_535_6)
% 251.95/36.30
% 251.95/36.30 [36100] CLOSURE : ~s(X12_535_6)
% 251.95/36.30
% 251.95/36.30 [13119] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [13123] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [13123] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [13128] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13129] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [13129] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [13135] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13135] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13136] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [13136] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [13137] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [13138] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13137] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13138] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13139] ~q(X6_272_2)
% 251.95/36.30
% 251.95/36.30 [13139] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [13140] ~! [Y7_7] : ((q(X6_272_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [13140] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_272_2) <=> q(Y7_7)))
% 251.95/36.30 -> [13141] ~(q(X6_272_2) <=> q(skolem_Y77(X6_272_2)))
% 251.95/36.30
% 251.95/36.30 [13141] BETA_NOT_EQUIV : ~(q(X6_272_2) <=> q(skolem_Y77(X6_272_2)))
% 251.95/36.30 -> [13142] ~q(X6_272_2), q(skolem_Y77(X6_272_2))
% 251.95/36.30 -> [13143] q(X6_272_2), ~q(skolem_Y77(X6_272_2))
% 251.95/36.30
% 251.95/36.30 [13143] CLOSURE : q(X6_272_2)
% 251.95/36.30
% 251.95/36.30 [13142] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [22769] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [22769] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [22770] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [22771] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [22771] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [22770] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [23223] ~r(X8_326_4)
% 251.95/36.30
% 251.95/36.30 [23223] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [23469] s(Y9_179_5)
% 251.95/36.30
% 251.95/36.30 [23469] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [23639] ~s(X12_174_6)
% 251.95/36.30
% 251.95/36.30 [23639] CLOSURE : ~s(X12_174_6)
% 251.95/36.30
% 251.95/36.30 [13128] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13531] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13531] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13532] (p(skolem_X22) <=> p(Y3_531_0))
% 251.95/36.30
% 251.95/36.30 [13532] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_531_0))
% 251.95/36.30 -> [13533] ~p(skolem_X22), ~p(Y3_531_0)
% 251.95/36.30 -> [13534] p(skolem_X22), p(Y3_531_0)
% 251.95/36.30
% 251.95/36.30 [13533] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14061] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14061] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [14062] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [14062] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [14063] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [14063] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [14064] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [14065] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14064] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14065] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13534] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14616] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14616] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [14617] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [14617] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [14618] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [14618] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [14619] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [14620] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14619] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14620] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [12725] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [12726] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [12726] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [12727] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [12727] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [12728] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [12729] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [12729] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [12735] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [12735] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [12736] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [12737] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [12737] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [12738] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [12738] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [14106] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [14106] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [14107] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [14108] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [14108] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [14107] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [23111] ~q(X6_716_2)
% 251.95/36.30
% 251.95/36.30 [23111] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [23372] ~! [Y7_7] : ((q(X6_716_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [23372] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_716_2) <=> q(Y7_7)))
% 251.95/36.30 -> [23373] ~(q(X6_716_2) <=> q(skolem_Y77(X6_716_2)))
% 251.95/36.30
% 251.95/36.30 [23373] BETA_NOT_EQUIV : ~(q(X6_716_2) <=> q(skolem_Y77(X6_716_2)))
% 251.95/36.30 -> [23374] ~q(X6_716_2), q(skolem_Y77(X6_716_2))
% 251.95/36.30 -> [23375] q(X6_716_2), ~q(skolem_Y77(X6_716_2))
% 251.95/36.30
% 251.95/36.30 [23375] CLOSURE : q(X6_716_2)
% 251.95/36.30
% 251.95/36.30 [23374] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [24509] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [24509] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [24510] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [24511] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24511] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24510] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [24814] ~r(X8_445_4)
% 251.95/36.30
% 251.95/36.30 [24814] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [24933] s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [24933] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [25145] (s(skolem_X1414) <=> s(Y15_78_6))
% 251.95/36.30
% 251.95/36.30 [25145] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_78_6))
% 251.95/36.30 -> [25148] ~s(skolem_X1414), ~s(Y15_78_6)
% 251.95/36.30 -> [25149] s(skolem_X1414), s(Y15_78_6)
% 251.95/36.30
% 251.95/36.30 [25149] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [25298] q(Y17_36_7)
% 251.95/36.30
% 251.95/36.30 [25298] CLOSURE : q(Y17_36_7)
% 251.95/36.30
% 251.95/36.30 [25148] CLOSURE : ~s(Y15_78_6)
% 251.95/36.30
% 251.95/36.30 [12736] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13153] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13153] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13154] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [13154] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [13155] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [13156] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [13156] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [13155] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13554] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [13554] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [13558] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [13558] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [13559] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [13559] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [13560] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [13561] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [13560] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [13561] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [12728] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [13150] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13151] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [13150] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13546] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [13546] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [13547] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [13548] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [13548] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [13547] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14082] ~q(X6_332_2)
% 251.95/36.30
% 251.95/36.30 [14082] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [14083] ~! [Y7_7] : ((q(X6_332_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [14083] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_332_2) <=> q(Y7_7)))
% 251.95/36.30 -> [14084] ~(q(X6_332_2) <=> q(skolem_Y77(X6_332_2)))
% 251.95/36.30
% 251.95/36.30 [14084] BETA_NOT_EQUIV : ~(q(X6_332_2) <=> q(skolem_Y77(X6_332_2)))
% 251.95/36.30 -> [14085] ~q(X6_332_2), q(skolem_Y77(X6_332_2))
% 251.95/36.30 -> [14086] q(X6_332_2), ~q(skolem_Y77(X6_332_2))
% 251.95/36.30
% 251.95/36.30 [14086] CLOSURE : q(X6_332_2)
% 251.95/36.30
% 251.95/36.30 [14085] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [22772] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [22772] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [22773] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [22774] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [22774] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [22773] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [23224] ~r(X8_327_4)
% 251.95/36.30
% 251.95/36.30 [23224] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [23421] s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [23421] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [23586] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [23586] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [23587] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [23587] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [23588] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [23589] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [23589] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [23588] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [13151] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [13152] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13152] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [14642] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [14642] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [36908] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [36908] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [36909] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [36910] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [36909] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [36910] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [37133] ~q(X6_1130_2)
% 251.95/36.30
% 251.95/36.30 [37133] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [37173] ~! [Y7_7] : ((q(X6_1130_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [37173] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1130_2) <=> q(Y7_7)))
% 251.95/36.30 -> [37175] ~(q(X6_1130_2) <=> q(skolem_Y77(X6_1130_2)))
% 251.95/36.30
% 251.95/36.30 [37175] BETA_NOT_EQUIV : ~(q(X6_1130_2) <=> q(skolem_Y77(X6_1130_2)))
% 251.95/36.30 -> [37177] ~q(X6_1130_2), q(skolem_Y77(X6_1130_2))
% 251.95/36.30 -> [37178] q(X6_1130_2), ~q(skolem_Y77(X6_1130_2))
% 251.95/36.30
% 251.95/36.30 [37178] CLOSURE : q(X6_1130_2)
% 251.95/36.30
% 251.95/36.30 [37177] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37509] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37509] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37510] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37511] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37511] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37510] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [37609] ~r(X8_1051_4)
% 251.95/36.30
% 251.95/36.30 [37609] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [37645] s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [37645] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [37680] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [37680] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [37681] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [37681] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [37682] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [37683] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [37683] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [37682] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [12358] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [12361] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [12362] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [12361] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [12739] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [12739] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [12740] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [12741] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [12740] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [13165] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13166] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [13165] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13567] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13567] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13568] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [13568] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [13569] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [13570] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [13570] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [13569] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14116] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14116] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [14117] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [14117] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [14119] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [14119] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [14121] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [14122] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14121] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14122] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13166] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [13167] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13167] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13572] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [13572] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [13573] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [13574] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13573] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13574] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [37325] ~q(X6_1134_2)
% 251.95/36.30
% 251.95/36.30 [37325] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [37326] ~! [Y7_7] : ((q(X6_1134_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [37326] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1134_2) <=> q(Y7_7)))
% 251.95/36.30 -> [37327] ~(q(X6_1134_2) <=> q(skolem_Y77(X6_1134_2)))
% 251.95/36.30
% 251.95/36.30 [37327] BETA_NOT_EQUIV : ~(q(X6_1134_2) <=> q(skolem_Y77(X6_1134_2)))
% 251.95/36.30 -> [37328] ~q(X6_1134_2), q(skolem_Y77(X6_1134_2))
% 251.95/36.30 -> [37329] q(X6_1134_2), ~q(skolem_Y77(X6_1134_2))
% 251.95/36.30
% 251.95/36.30 [37329] CLOSURE : q(X6_1134_2)
% 251.95/36.30
% 251.95/36.30 [37328] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37782] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37782] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37783] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37784] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37784] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37783] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [37852] ~r(X8_1077_4)
% 251.95/36.30
% 251.95/36.30 [37852] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [37888] s(Y9_589_5)
% 251.95/36.30
% 251.95/36.30 [37888] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [37924] ~s(X12_592_6)
% 251.95/36.30
% 251.95/36.30 [37924] CLOSURE : ~s(X12_592_6)
% 251.95/36.30
% 251.95/36.30 [12741] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [12745] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [12745] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [12746] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [12747] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [12746] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13171] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [13171] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [13172] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [13173] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [13173] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [13172] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13578] ~q(X6_297_2)
% 251.95/36.30
% 251.95/36.30 [13578] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [13579] ~! [Y7_7] : ((q(X6_297_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [13579] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_297_2) <=> q(Y7_7)))
% 251.95/36.30 -> [13580] ~(q(X6_297_2) <=> q(skolem_Y77(X6_297_2)))
% 251.95/36.30
% 251.95/36.30 [13580] BETA_NOT_EQUIV : ~(q(X6_297_2) <=> q(skolem_Y77(X6_297_2)))
% 251.95/36.30 -> [13581] ~q(X6_297_2), q(skolem_Y77(X6_297_2))
% 251.95/36.30 -> [13582] q(X6_297_2), ~q(skolem_Y77(X6_297_2))
% 251.95/36.30
% 251.95/36.30 [13582] CLOSURE : q(X6_297_2)
% 251.95/36.30
% 251.95/36.30 [13581] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [15181] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [15181] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [15183] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [15184] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [15183] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [22020] ~r(X8_279_4)
% 251.95/36.30
% 251.95/36.30 [22020] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [22021] s(Y9_154_5)
% 251.95/36.30
% 251.95/36.30 [22021] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [22452] ~s(X12_145_6)
% 251.95/36.30
% 251.95/36.30 [22452] CLOSURE : ~s(X12_145_6)
% 251.95/36.30
% 251.95/36.30 [15184] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [12747] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [12751] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [12751] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13180] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13180] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13181] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [13181] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [13182] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [13183] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13182] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13183] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [15195] ~q(X6_392_2)
% 251.95/36.30
% 251.95/36.30 [15195] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [15196] ~! [Y7_7] : ((q(X6_392_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [15196] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_392_2) <=> q(Y7_7)))
% 251.95/36.30 -> [15198] ~(q(X6_392_2) <=> q(skolem_Y77(X6_392_2)))
% 251.95/36.30
% 251.95/36.30 [15198] BETA_NOT_EQUIV : ~(q(X6_392_2) <=> q(skolem_Y77(X6_392_2)))
% 251.95/36.30 -> [15199] ~q(X6_392_2), q(skolem_Y77(X6_392_2))
% 251.95/36.30 -> [15200] q(X6_392_2), ~q(skolem_Y77(X6_392_2))
% 251.95/36.30
% 251.95/36.30 [15200] CLOSURE : q(X6_392_2)
% 251.95/36.30
% 251.95/36.30 [15199] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37821] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37821] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37822] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37823] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37823] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37822] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [37908] ~r(X8_1083_4)
% 251.95/36.30
% 251.95/36.30 [37908] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [37958] s(Y9_590_5)
% 251.95/36.30
% 251.95/36.30 [37958] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [37993] ~s(X12_596_6)
% 251.95/36.30
% 251.95/36.30 [37993] CLOSURE : ~s(X12_596_6)
% 251.95/36.30
% 251.95/36.30 [12362] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [12363] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [12363] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [12367] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [12368] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [12368] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [12378] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [12378] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [12379] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [12380] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [12380] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [12381] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [12381] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13210] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13210] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [14686] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [14686] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [14687] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [14688] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [14687] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [14688] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [35388] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [35388] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [35403] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [35403] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [35404] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [35404] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [35405] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [35406] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [35405] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [35406] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [12379] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [12757] (p(skolem_X22) <=> p(Y3_506_0))
% 251.95/36.30
% 251.95/36.30 [12757] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_506_0))
% 251.95/36.30 -> [12759] ~p(skolem_X22), ~p(Y3_506_0)
% 251.95/36.30 -> [12760] p(skolem_X22), p(Y3_506_0)
% 251.95/36.30
% 251.95/36.30 [12759] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13193] ~q(X6_274_2)
% 251.95/36.30
% 251.95/36.30 [13193] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [13194] ~! [Y7_7] : ((q(X6_274_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [13194] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_274_2) <=> q(Y7_7)))
% 251.95/36.30 -> [13195] ~(q(X6_274_2) <=> q(skolem_Y77(X6_274_2)))
% 251.95/36.30
% 251.95/36.30 [13195] BETA_NOT_EQUIV : ~(q(X6_274_2) <=> q(skolem_Y77(X6_274_2)))
% 251.95/36.30 -> [13196] ~q(X6_274_2), q(skolem_Y77(X6_274_2))
% 251.95/36.30 -> [13197] q(X6_274_2), ~q(skolem_Y77(X6_274_2))
% 251.95/36.30
% 251.95/36.30 [13197] CLOSURE : q(X6_274_2)
% 251.95/36.30
% 251.95/36.30 [13196] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37654] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37654] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37655] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37656] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37656] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37655] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [37720] ~r(X8_1065_4)
% 251.95/36.30
% 251.95/36.30 [37720] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [37723] s(Y9_581_5)
% 251.95/36.30
% 251.95/36.30 [37723] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [37737] p(Y13_506_6)
% 251.95/36.30
% 251.95/36.30 [37737] CLOSURE : p(Y13_506_6)
% 251.95/36.30
% 251.95/36.30 [12760] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13605] ~q(X6_382_2)
% 251.95/36.30
% 251.95/36.30 [13605] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [14924] ~! [Y7_7] : ((q(X6_382_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [14924] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_382_2) <=> q(Y7_7)))
% 251.95/36.30 -> [14925] ~(q(X6_382_2) <=> q(skolem_Y77(X6_382_2)))
% 251.95/36.30
% 251.95/36.30 [14925] BETA_NOT_EQUIV : ~(q(X6_382_2) <=> q(skolem_Y77(X6_382_2)))
% 251.95/36.30 -> [14926] ~q(X6_382_2), q(skolem_Y77(X6_382_2))
% 251.95/36.30 -> [14927] q(X6_382_2), ~q(skolem_Y77(X6_382_2))
% 251.95/36.30
% 251.95/36.30 [14927] CLOSURE : q(X6_382_2)
% 251.95/36.30
% 251.95/36.30 [14926] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37733] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37733] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37734] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37735] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37735] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37734] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [37752] ~r(X8_1070_4)
% 251.95/36.30
% 251.95/36.30 [37752] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [37774] s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [37774] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [37795] p(Y13_509_6)
% 251.95/36.30
% 251.95/36.30 [37795] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [37808] (s(skolem_X1414) <=> s(Y15_265_7))
% 251.95/36.30
% 251.95/36.30 [37808] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_265_7))
% 251.95/36.30 -> [37809] ~s(skolem_X1414), ~s(Y15_265_7)
% 251.95/36.30 -> [37810] s(skolem_X1414), s(Y15_265_7)
% 251.95/36.30
% 251.95/36.30 [37809] CLOSURE : ~s(Y15_265_7)
% 251.95/36.30
% 251.95/36.30 [37810] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [37812] ~p(X16_167_8)
% 251.95/36.30
% 251.95/36.30 [37812] CLOSURE : ~p(X16_167_8)
% 251.95/36.30
% 251.95/36.30 [12367] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [12753] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [12754] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [12753] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [13184] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13184] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13185] (p(skolem_X22) <=> p(Y3_523_0))
% 251.95/36.30
% 251.95/36.30 [13185] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_523_0))
% 251.95/36.30 -> [13186] ~p(skolem_X22), ~p(Y3_523_0)
% 251.95/36.30 -> [13187] p(skolem_X22), p(Y3_523_0)
% 251.95/36.30
% 251.95/36.30 [13187] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14915] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [14915] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [22243] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [22243] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [22244] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [22244] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [22245] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [22246] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [22245] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [22246] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13186] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13584] ~q(X6_298_2)
% 251.95/36.30
% 251.95/36.30 [13584] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [13585] ~! [Y7_7] : ((q(X6_298_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [13585] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_298_2) <=> q(Y7_7)))
% 251.95/36.30 -> [13586] ~(q(X6_298_2) <=> q(skolem_Y77(X6_298_2)))
% 251.95/36.30
% 251.95/36.30 [13586] BETA_NOT_EQUIV : ~(q(X6_298_2) <=> q(skolem_Y77(X6_298_2)))
% 251.95/36.30 -> [13587] ~q(X6_298_2), q(skolem_Y77(X6_298_2))
% 251.95/36.30 -> [13588] q(X6_298_2), ~q(skolem_Y77(X6_298_2))
% 251.95/36.30
% 251.95/36.30 [13588] CLOSURE : q(X6_298_2)
% 251.95/36.30
% 251.95/36.30 [13587] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37799] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37799] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37800] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37801] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37801] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37800] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [37843] ~r(X8_1076_4)
% 251.95/36.30
% 251.95/36.30 [37843] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [37853] s(Y9_587_5)
% 251.95/36.30
% 251.95/36.30 [37853] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [37871] p(Y13_512_6)
% 251.95/36.30
% 251.95/36.30 [37871] CLOSURE : p(Y13_512_6)
% 251.95/36.30
% 251.95/36.30 [12754] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [12755] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [12755] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13601] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [13601] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [13602] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [13603] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13602] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13603] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14679] ~q(X6_1143_2)
% 251.95/36.30
% 251.95/36.30 [14679] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [37592] ~! [Y7_7] : ((q(X6_1143_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [37592] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1143_2) <=> q(Y7_7)))
% 251.95/36.30 -> [37594] ~(q(X6_1143_2) <=> q(skolem_Y77(X6_1143_2)))
% 251.95/36.30
% 251.95/36.30 [37594] BETA_NOT_EQUIV : ~(q(X6_1143_2) <=> q(skolem_Y77(X6_1143_2)))
% 251.95/36.30 -> [37595] ~q(X6_1143_2), q(skolem_Y77(X6_1143_2))
% 251.95/36.30 -> [37596] q(X6_1143_2), ~q(skolem_Y77(X6_1143_2))
% 251.95/36.30
% 251.95/36.30 [37596] CLOSURE : q(X6_1143_2)
% 251.95/36.30
% 251.95/36.30 [37595] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37951] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37951] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37952] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37953] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37953] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37952] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [38016] ~r(X8_1097_4)
% 251.95/36.30
% 251.95/36.30 [38016] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [38040] s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [38040] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [38060] p(Y13_518_6)
% 251.95/36.30
% 251.95/36.30 [38060] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [38079] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [38079] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [38080] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [38080] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [38081] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [38082] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [38082] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [38081] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [63] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [74] r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [74] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [78] ~s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [78] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.30 -> [80] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [81] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30
% 251.95/36.30 [80] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [458] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [459] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [459] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [469] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [469] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [876] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [876] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [1641] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [1642] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [1641] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [2063] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [2064] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [2064] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [2068] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [2068] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [4335] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [4335] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [5282] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [5282] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [5283] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [5284] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [5284] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [5283] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [29402] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [29402] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [29444] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [29444] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [29445] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [29445] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [29446] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [29447] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [29446] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [29447] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [2063] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [2467] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [2467] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [2468] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [2470] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [2470] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [2468] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [4957] ~q(skolem_Y77(X6_67_2))
% 251.95/36.30
% 251.95/36.30 [4957] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [6346] ~! [Y7_7] : ((q(X6_67_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [6346] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_67_2) <=> q(Y7_7)))
% 251.95/36.30 -> [6348] ~(q(X6_67_2) <=> q(skolem_Y77(X6_67_2)))
% 251.95/36.30
% 251.95/36.30 [6348] BETA_NOT_EQUIV : ~(q(X6_67_2) <=> q(skolem_Y77(X6_67_2)))
% 251.95/36.30 -> [6349] ~q(X6_67_2), q(skolem_Y77(X6_67_2))
% 251.95/36.30 -> [6350] q(X6_67_2), ~q(skolem_Y77(X6_67_2))
% 251.95/36.30
% 251.95/36.30 [6349] CLOSURE : q(skolem_Y77(X6_67_2))
% 251.95/36.30
% 251.95/36.30 [6350] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [29393] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [29393] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [29394] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [29395] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [29395] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [29394] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [29485] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [29485] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [29486] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [29486] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [29487] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [29488] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [29488] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [29487] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [29520] ~p(X16_84_5)
% 251.95/36.30
% 251.95/36.30 [29520] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [29526] q(Y17_65_6)
% 251.95/36.30
% 251.95/36.30 [29526] CLOSURE : q(Y17_65_6)
% 251.95/36.30
% 251.95/36.30 [1642] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [1652] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [1652] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [1655] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [1656] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [1656] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [1658] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [1658] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [4206] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [4206] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [4207] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [4208] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [4208] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [4207] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [29176] ~q(X6_882_2)
% 251.95/36.30
% 251.95/36.30 [29176] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [29231] ~! [Y7_7] : ((q(X6_882_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [29231] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_882_2) <=> q(Y7_7)))
% 251.95/36.30 -> [29232] ~(q(X6_882_2) <=> q(skolem_Y77(X6_882_2)))
% 251.95/36.30
% 251.95/36.30 [29232] BETA_NOT_EQUIV : ~(q(X6_882_2) <=> q(skolem_Y77(X6_882_2)))
% 251.95/36.30 -> [29233] ~q(X6_882_2), q(skolem_Y77(X6_882_2))
% 251.95/36.30 -> [29234] q(X6_882_2), ~q(skolem_Y77(X6_882_2))
% 251.95/36.30
% 251.95/36.30 [29234] CLOSURE : q(X6_882_2)
% 251.95/36.30
% 251.95/36.30 [29233] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [29298] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [29298] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [29299] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [29300] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [29300] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [29299] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [29328] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [29328] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30 -> [29329] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.30 -> [29330] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [29330] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [29329] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [29363] q(Y17_64_5)
% 251.95/36.30
% 251.95/36.30 [29363] CLOSURE : q(Y17_64_5)
% 251.95/36.30
% 251.95/36.30 [1655] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [2075] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [2075] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [4342] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [4342] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [4343] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [4344] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [4344] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [4343] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [5805] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [5805] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [11286] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [11286] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [11288] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [11288] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [11290] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [11291] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [11291] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [11290] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [458] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [587] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [588] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [587] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [1110] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [1111] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [1111] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [1115] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [1115] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [2568] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [2568] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [3887] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [3887] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [3888] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [3889] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3888] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3889] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [6765] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [6765] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [7073] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [7073] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [7074] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [7074] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [7075] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [7076] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [7075] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [7076] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [1110] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [1580] (p(skolem_X22) <=> p(Y3_32_0))
% 251.95/36.30
% 251.95/36.30 [1580] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_32_0))
% 251.95/36.30 -> [1581] ~p(skolem_X22), ~p(Y3_32_0)
% 251.95/36.30 -> [1582] p(skolem_X22), p(Y3_32_0)
% 251.95/36.30
% 251.95/36.30 [1581] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [2310] ~q(X6_3_2)
% 251.95/36.30
% 251.95/36.30 [2310] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [2311] ~! [Y7_7] : ((q(X6_3_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [2311] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_3_2) <=> q(Y7_7)))
% 251.95/36.30 -> [2312] ~(q(X6_3_2) <=> q(skolem_Y77(X6_3_2)))
% 251.95/36.30
% 251.95/36.30 [2312] BETA_NOT_EQUIV : ~(q(X6_3_2) <=> q(skolem_Y77(X6_3_2)))
% 251.95/36.30 -> [2313] ~q(X6_3_2), q(skolem_Y77(X6_3_2))
% 251.95/36.30 -> [2314] q(X6_3_2), ~q(skolem_Y77(X6_3_2))
% 251.95/36.30
% 251.95/36.30 [2314] CLOSURE : q(X6_3_2)
% 251.95/36.30
% 251.95/36.30 [2313] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [6964] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [6964] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [6965] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [6966] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [6966] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [6965] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [13225] ~s(X12_35_4)
% 251.95/36.30
% 251.95/36.30 [13225] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [14356] p(Y13_26_5)
% 251.95/36.30
% 251.95/36.30 [14356] CLOSURE : p(Y13_26_5)
% 251.95/36.30
% 251.95/36.30 [1582] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [3185] ~q(X6_82_2)
% 251.95/36.30
% 251.95/36.30 [3185] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [6624] ~! [Y7_7] : ((q(X6_82_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [6624] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_82_2) <=> q(Y7_7)))
% 251.95/36.30 -> [6669] ~(q(X6_82_2) <=> q(skolem_Y77(X6_82_2)))
% 251.95/36.30
% 251.95/36.30 [6669] BETA_NOT_EQUIV : ~(q(X6_82_2) <=> q(skolem_Y77(X6_82_2)))
% 251.95/36.30 -> [6671] ~q(X6_82_2), q(skolem_Y77(X6_82_2))
% 251.95/36.30 -> [6672] q(X6_82_2), ~q(skolem_Y77(X6_82_2))
% 251.95/36.30
% 251.95/36.30 [6672] CLOSURE : q(X6_82_2)
% 251.95/36.30
% 251.95/36.30 [6671] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [11742] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [11742] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [11746] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [11747] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [11746] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [11747] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [30016] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [30016] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [30025] p(Y13_307_5)
% 251.95/36.30
% 251.95/36.30 [30025] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [30035] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [30035] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [30036] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [30036] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [30037] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [30038] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [30037] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [30038] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [588] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [605] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [605] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [609] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [610] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [609] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [825] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [825] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [7339] (p(skolem_X22) <=> p(Y3_262_0))
% 251.95/36.30
% 251.95/36.30 [7339] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_262_0))
% 251.95/36.30 -> [7340] ~p(skolem_X22), ~p(Y3_262_0)
% 251.95/36.30 -> [7341] p(skolem_X22), p(Y3_262_0)
% 251.95/36.30
% 251.95/36.30 [7340] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [8073] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [8073] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [8075] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [8075] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [8078] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [8078] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [8079] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [8080] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [8079] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [8080] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [7341] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14610] ~q(X6_1092_2)
% 251.95/36.30
% 251.95/36.30 [14610] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [36143] ~! [Y7_7] : ((q(X6_1092_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [36143] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1092_2) <=> q(Y7_7)))
% 251.95/36.30 -> [36144] ~(q(X6_1092_2) <=> q(skolem_Y77(X6_1092_2)))
% 251.95/36.30
% 251.95/36.30 [36144] BETA_NOT_EQUIV : ~(q(X6_1092_2) <=> q(skolem_Y77(X6_1092_2)))
% 251.95/36.30 -> [36145] ~q(X6_1092_2), q(skolem_Y77(X6_1092_2))
% 251.95/36.30 -> [36146] q(X6_1092_2), ~q(skolem_Y77(X6_1092_2))
% 251.95/36.30
% 251.95/36.30 [36146] CLOSURE : q(X6_1092_2)
% 251.95/36.30
% 251.95/36.30 [36145] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [36245] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [36245] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [36246] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [36247] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [36247] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [36246] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [36327] ~s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [36327] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [36336] p(Y13_457_5)
% 251.95/36.30
% 251.95/36.30 [36336] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [36362] (s(skolem_X1414) <=> s(Y15_240_6))
% 251.95/36.30
% 251.95/36.30 [36362] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_240_6))
% 251.95/36.30 -> [36363] ~s(skolem_X1414), ~s(Y15_240_6)
% 251.95/36.30 -> [36364] s(skolem_X1414), s(Y15_240_6)
% 251.95/36.30
% 251.95/36.30 [36364] CLOSURE : s(Y15_240_6)
% 251.95/36.30
% 251.95/36.30 [36363] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [36395] ~p(X16_155_7)
% 251.95/36.30
% 251.95/36.30 [36395] CLOSURE : ~p(X16_155_7)
% 251.95/36.30
% 251.95/36.30 [610] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [617] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [617] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [1050] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [1050] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [1051] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [1052] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [1051] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [1052] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [2458] ~q(X6_30_2)
% 251.95/36.30
% 251.95/36.30 [2458] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [3797] ~! [Y7_7] : ((q(X6_30_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [3797] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_30_2) <=> q(Y7_7)))
% 251.95/36.30 -> [3799] ~(q(X6_30_2) <=> q(skolem_Y77(X6_30_2)))
% 251.95/36.30
% 251.95/36.30 [3799] BETA_NOT_EQUIV : ~(q(X6_30_2) <=> q(skolem_Y77(X6_30_2)))
% 251.95/36.30 -> [3800] ~q(X6_30_2), q(skolem_Y77(X6_30_2))
% 251.95/36.30 -> [3801] q(X6_30_2), ~q(skolem_Y77(X6_30_2))
% 251.95/36.30
% 251.95/36.30 [3801] CLOSURE : q(X6_30_2)
% 251.95/36.30
% 251.95/36.30 [3800] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [38158] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [38158] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [38159] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [38160] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [38160] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [38159] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [38192] ~s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [38192] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [38199] p(Y13_522_5)
% 251.95/36.30
% 251.95/36.30 [38199] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [38213] (s(skolem_X1414) <=> s(Y15_272_6))
% 251.95/36.30
% 251.95/36.30 [38213] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_272_6))
% 251.95/36.30 -> [38214] ~s(skolem_X1414), ~s(Y15_272_6)
% 251.95/36.30 -> [38215] s(skolem_X1414), s(Y15_272_6)
% 251.95/36.30
% 251.95/36.30 [38215] CLOSURE : s(Y15_272_6)
% 251.95/36.30
% 251.95/36.30 [38214] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [38221] q(Y17_137_7)
% 251.95/36.30
% 251.95/36.30 [38221] CLOSURE : q(Y17_137_7)
% 251.95/36.30
% 251.95/36.30 [81] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [205] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [206] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [206] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [214] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [214] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [4319] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [4320] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [4319] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [10635] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [10636] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [10636] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [10640] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [10640] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [12249] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [12249] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [12250] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [12251] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [12250] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [12251] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [13728] ~q(skolem_Y77(X6_391_2))
% 251.95/36.30
% 251.95/36.30 [13728] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [15182] ~! [Y7_7] : ((q(X6_391_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [15182] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_391_2) <=> q(Y7_7)))
% 251.95/36.30 -> [15185] ~(q(X6_391_2) <=> q(skolem_Y77(X6_391_2)))
% 251.95/36.30
% 251.95/36.30 [15185] BETA_NOT_EQUIV : ~(q(X6_391_2) <=> q(skolem_Y77(X6_391_2)))
% 251.95/36.30 -> [15186] ~q(X6_391_2), q(skolem_Y77(X6_391_2))
% 251.95/36.30 -> [15187] q(X6_391_2), ~q(skolem_Y77(X6_391_2))
% 251.95/36.30
% 251.95/36.30 [15186] CLOSURE : q(skolem_Y77(X6_391_2))
% 251.95/36.30
% 251.95/36.30 [15187] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37176] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37176] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37180] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37181] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37181] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37180] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [37216] p(Y13_490_4)
% 251.95/36.30
% 251.95/36.30 [37216] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [37230] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [37230] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.30 -> [37231] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30
% 251.95/36.30 [37231] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.30 -> [37232] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.30 -> [37233] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [37232] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [37233] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [37306] q(Y17_131_6)
% 251.95/36.30
% 251.95/36.30 [37306] CLOSURE : q(Y17_131_6)
% 251.95/36.30
% 251.95/36.30 [10635] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [11096] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [11096] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13028] (p(skolem_X22) <=> p(Y3_516_0))
% 251.95/36.30
% 251.95/36.30 [13028] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_516_0))
% 251.95/36.30 -> [13029] ~p(skolem_X22), ~p(Y3_516_0)
% 251.95/36.30 -> [13030] p(skolem_X22), p(Y3_516_0)
% 251.95/36.30
% 251.95/36.30 [13029] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [15175] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [15175] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [36963] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [36963] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [36965] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [36965] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [36966] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [36967] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [36966] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [36967] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [13030] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [14673] ~q(X6_1118_2)
% 251.95/36.30
% 251.95/36.30 [14673] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [37023] ~! [Y7_7] : ((q(X6_1118_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [37023] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1118_2) <=> q(Y7_7)))
% 251.95/36.30 -> [37024] ~(q(X6_1118_2) <=> q(skolem_Y77(X6_1118_2)))
% 251.95/36.30
% 251.95/36.30 [37024] BETA_NOT_EQUIV : ~(q(X6_1118_2) <=> q(skolem_Y77(X6_1118_2)))
% 251.95/36.30 -> [37025] ~q(X6_1118_2), q(skolem_Y77(X6_1118_2))
% 251.95/36.30 -> [37026] q(X6_1118_2), ~q(skolem_Y77(X6_1118_2))
% 251.95/36.30
% 251.95/36.30 [37026] CLOSURE : q(X6_1118_2)
% 251.95/36.30
% 251.95/36.30 [37025] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [37570] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [37570] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [37571] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [37572] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37572] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [37571] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [37744] p(Y13_507_4)
% 251.95/36.30
% 251.95/36.30 [37744] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [37767] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [37767] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [37768] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [37768] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [37769] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [37770] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [37770] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [37769] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [37814] ~p(X16_168_6)
% 251.95/36.30
% 251.95/36.30 [37814] CLOSURE : ~p(X16_168_6)
% 251.95/36.30
% 251.95/36.30 [4320] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [4324] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [4324] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [4325] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [4326] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [4326] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [4327] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [4327] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [11637] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [11637] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [13044] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [13044] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [13045] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [13046] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13045] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [13046] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [15207] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [15207] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [37124] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [37124] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [37125] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [37125] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [37126] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [37127] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [37126] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [37127] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [4325] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [19258] (p(skolem_X22) <=> p(Y3_665_0))
% 251.95/36.30
% 251.95/36.30 [19258] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_665_0))
% 251.95/36.30 -> [19260] ~p(skolem_X22), ~p(Y3_665_0)
% 251.95/36.30 -> [19261] p(skolem_X22), p(Y3_665_0)
% 251.95/36.30
% 251.95/36.30 [19260] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [20791] ~q(X6_764_2)
% 251.95/36.30
% 251.95/36.30 [20791] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [24925] ~! [Y7_7] : ((q(X6_764_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [24925] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_764_2) <=> q(Y7_7)))
% 251.95/36.30 -> [24926] ~(q(X6_764_2) <=> q(skolem_Y77(X6_764_2)))
% 251.95/36.30
% 251.95/36.30 [24926] BETA_NOT_EQUIV : ~(q(X6_764_2) <=> q(skolem_Y77(X6_764_2)))
% 251.95/36.30 -> [24927] ~q(X6_764_2), q(skolem_Y77(X6_764_2))
% 251.95/36.30 -> [24928] q(X6_764_2), ~q(skolem_Y77(X6_764_2))
% 251.95/36.30
% 251.95/36.30 [24928] CLOSURE : q(X6_764_2)
% 251.95/36.30
% 251.95/36.30 [24927] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [25803] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [25803] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [25804] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [25805] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [25805] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [25804] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [26383] p(Y13_220_4)
% 251.95/36.30
% 251.95/36.30 [26383] CLOSURE : p(Y13_220_4)
% 251.95/36.30
% 251.95/36.30 [19261] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [20373] ~q(X6_1267_2)
% 251.95/36.30
% 251.95/36.30 [20373] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [41096] ~! [Y7_7] : ((q(X6_1267_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [41096] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1267_2) <=> q(Y7_7)))
% 251.95/36.30 -> [41097] ~(q(X6_1267_2) <=> q(skolem_Y77(X6_1267_2)))
% 251.95/36.30
% 251.95/36.30 [41097] BETA_NOT_EQUIV : ~(q(X6_1267_2) <=> q(skolem_Y77(X6_1267_2)))
% 251.95/36.30 -> [41098] ~q(X6_1267_2), q(skolem_Y77(X6_1267_2))
% 251.95/36.30 -> [41099] q(X6_1267_2), ~q(skolem_Y77(X6_1267_2))
% 251.95/36.30
% 251.95/36.30 [41099] CLOSURE : q(X6_1267_2)
% 251.95/36.30
% 251.95/36.30 [41098] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [42014] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [42014] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [42015] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [42016] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [42016] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [42015] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [42191] p(Y13_634_4)
% 251.95/36.30
% 251.95/36.30 [42191] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [42223] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [42223] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.30 -> [42224] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.30 -> [42225] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [42225] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [42224] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [42460] ~p(X16_205_6)
% 251.95/36.30
% 251.95/36.30 [42460] CLOSURE : ~p(X16_205_6)
% 251.95/36.30
% 251.95/36.30 [205] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [2813] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [2813] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [2815] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [2816] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [2816] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [2822] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [2822] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [2823] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [2824] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [2823] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [3132] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [3132] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [3133] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [3134] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3134] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3133] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [3512] ~q(skolem_Y77(X6_19_2))
% 251.95/36.30
% 251.95/36.30 [3512] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [3513] ~! [Y7_7] : ((q(X6_19_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [3513] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_19_2) <=> q(Y7_7)))
% 251.95/36.30 -> [3514] ~(q(X6_19_2) <=> q(skolem_Y77(X6_19_2)))
% 251.95/36.30
% 251.95/36.30 [3514] BETA_NOT_EQUIV : ~(q(X6_19_2) <=> q(skolem_Y77(X6_19_2)))
% 251.95/36.30 -> [3515] ~q(X6_19_2), q(skolem_Y77(X6_19_2))
% 251.95/36.30 -> [3516] q(X6_19_2), ~q(skolem_Y77(X6_19_2))
% 251.95/36.30
% 251.95/36.30 [3515] CLOSURE : q(skolem_Y77(X6_19_2))
% 251.95/36.30
% 251.95/36.30 [3516] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [28504] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [28504] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [28505] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [28506] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [28506] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [28505] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [28896] ~s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [28896] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [28934] (s(skolem_X1414) <=> s(Y15_123_5))
% 251.95/36.30
% 251.95/36.30 [28934] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_123_5))
% 251.95/36.30 -> [28935] ~s(skolem_X1414), ~s(Y15_123_5)
% 251.95/36.30 -> [28936] s(skolem_X1414), s(Y15_123_5)
% 251.95/36.30
% 251.95/36.30 [28936] CLOSURE : s(Y15_123_5)
% 251.95/36.30
% 251.95/36.30 [28935] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [28959] ~p(X16_80_6)
% 251.95/36.30
% 251.95/36.30 [28959] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [28985] q(Y17_60_7)
% 251.95/36.30
% 251.95/36.30 [28985] CLOSURE : q(Y17_60_7)
% 251.95/36.30
% 251.95/36.30 [2824] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [2825] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [2825] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [6449] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [6449] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [28827] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [28827] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [28828] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [28829] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [28829] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [28828] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [29007] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [29007] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [29009] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [29009] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [29010] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [29010] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [29012] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [29013] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [29012] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [29013] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [2815] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3122] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3123] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [3123] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [3131] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3131] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [6767] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [6767] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [6770] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [6771] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [6771] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [6770] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [23021] ~q(skolem_Y77(X6_711_2))
% 251.95/36.30
% 251.95/36.30 [23021] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [23239] ~! [Y7_7] : ((q(X6_711_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [23239] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_711_2) <=> q(Y7_7)))
% 251.95/36.30 -> [23240] ~(q(X6_711_2) <=> q(skolem_Y77(X6_711_2)))
% 251.95/36.30
% 251.95/36.30 [23240] BETA_NOT_EQUIV : ~(q(X6_711_2) <=> q(skolem_Y77(X6_711_2)))
% 251.95/36.30 -> [23241] ~q(X6_711_2), q(skolem_Y77(X6_711_2))
% 251.95/36.30 -> [23242] q(X6_711_2), ~q(skolem_Y77(X6_711_2))
% 251.95/36.30
% 251.95/36.30 [23241] CLOSURE : q(skolem_Y77(X6_711_2))
% 251.95/36.30
% 251.95/36.30 [23242] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [24083] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [24083] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.30 -> [24084] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.30 -> [24085] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24085] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24084] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [24801] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [24801] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [24859] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [24859] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [24860] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [24860] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [24861] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [24862] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [24861] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [24862] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [3122] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3502] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3502] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [3503] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [3503] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [3504] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [3505] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3505] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3504] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [6292] ~q(X6_65_2)
% 251.95/36.30
% 251.95/36.30 [6292] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [6293] ~! [Y7_7] : ((q(X6_65_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [6293] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_65_2) <=> q(Y7_7)))
% 251.95/36.30 -> [6294] ~(q(X6_65_2) <=> q(skolem_Y77(X6_65_2)))
% 251.95/36.30
% 251.95/36.30 [6294] BETA_NOT_EQUIV : ~(q(X6_65_2) <=> q(skolem_Y77(X6_65_2)))
% 251.95/36.30 -> [6295] ~q(X6_65_2), q(skolem_Y77(X6_65_2))
% 251.95/36.30 -> [6296] q(X6_65_2), ~q(skolem_Y77(X6_65_2))
% 251.95/36.30
% 251.95/36.30 [6296] CLOSURE : q(X6_65_2)
% 251.95/36.30
% 251.95/36.30 [6295] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.30 -> [21469] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [21469] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.30 -> [21470] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.30 -> [21471] r(skolem_X1010), r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [21470] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [21471] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [41891] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [41891] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [42035] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [42035] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [42036] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [42036] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [42037] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [42038] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [42037] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [42038] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [49] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.30 -> [193] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [194] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.30
% 251.95/36.30 [193] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.30 -> [3155] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [3156] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30
% 251.95/36.30 [3156] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [3157] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [3158] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [3157] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [3946] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3946] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [3947] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3948] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [3947] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [10558] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [10559] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [10558] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [10972] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [10972] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [10973] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [10974] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [10974] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [10973] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [11509] ~q(X6_208_2)
% 251.95/36.30
% 251.95/36.30 [11509] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [11512] ~! [Y7_7] : ((q(X6_208_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [11512] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_208_2) <=> q(Y7_7)))
% 251.95/36.30 -> [11513] ~(q(X6_208_2) <=> q(skolem_Y77(X6_208_2)))
% 251.95/36.30
% 251.95/36.30 [11513] BETA_NOT_EQUIV : ~(q(X6_208_2) <=> q(skolem_Y77(X6_208_2)))
% 251.95/36.30 -> [11515] ~q(X6_208_2), q(skolem_Y77(X6_208_2))
% 251.95/36.30 -> [11516] q(X6_208_2), ~q(skolem_Y77(X6_208_2))
% 251.95/36.30
% 251.95/36.30 [11516] CLOSURE : q(X6_208_2)
% 251.95/36.30
% 251.95/36.30 [11515] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [30790] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [30790] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [30791] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [30791] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [30792] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [30793] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [30793] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [30792] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [30908] ~r(X8_749_4)
% 251.95/36.30
% 251.95/36.30 [30908] CLOSURE : ~r(X8_749_4)
% 251.95/36.30
% 251.95/36.30 [10559] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [10562] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [10562] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [10981] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [10981] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [10982] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [10982] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [10983] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [10984] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [10983] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [10984] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [30817] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [30817] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [30818] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [30818] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [30819] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [30819] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [30820] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [30821] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [30820] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [30821] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3948] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [3955] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [3955] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3957] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3958] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [3957] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [17798] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [17798] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [17799] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [17799] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [17800] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [17801] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [17801] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [17800] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [18088] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [18088] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [18089] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [18089] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [18090] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [18090] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [18091] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [18092] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [18091] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [18092] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3958] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [3965] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3965] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [18183] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [18183] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [18184] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [18185] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [18184] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [18185] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [19827] ~q(X6_594_2)
% 251.95/36.30
% 251.95/36.30 [19827] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [19828] ~! [Y7_7] : ((q(X6_594_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [19828] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_594_2) <=> q(Y7_7)))
% 251.95/36.30 -> [19829] ~(q(X6_594_2) <=> q(skolem_Y77(X6_594_2)))
% 251.95/36.30
% 251.95/36.30 [19829] BETA_NOT_EQUIV : ~(q(X6_594_2) <=> q(skolem_Y77(X6_594_2)))
% 251.95/36.30 -> [19830] ~q(X6_594_2), q(skolem_Y77(X6_594_2))
% 251.95/36.30 -> [19831] q(X6_594_2), ~q(skolem_Y77(X6_594_2))
% 251.95/36.30
% 251.95/36.30 [19831] CLOSURE : q(X6_594_2)
% 251.95/36.30
% 251.95/36.30 [19830] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [36713] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [36713] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [36714] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [36714] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [36716] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [36717] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [36717] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [36716] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [36729] ~r(X8_1008_4)
% 251.95/36.30
% 251.95/36.30 [36729] CLOSURE : ~r(X8_1008_4)
% 251.95/36.30
% 251.95/36.30 [3158] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [3159] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [3159] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [3160] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3161] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [3161] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [3165] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [3165] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3167] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3168] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [3168] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [3175] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3175] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [10593] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [10593] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [10594] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [10595] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [10594] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [10595] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [11606] ~q(X6_265_2)
% 251.95/36.30
% 251.95/36.30 [11606] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [12966] ~! [Y7_7] : ((q(X6_265_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [12966] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_265_2) <=> q(Y7_7)))
% 251.95/36.30 -> [12967] ~(q(X6_265_2) <=> q(skolem_Y77(X6_265_2)))
% 251.95/36.30
% 251.95/36.30 [12967] BETA_NOT_EQUIV : ~(q(X6_265_2) <=> q(skolem_Y77(X6_265_2)))
% 251.95/36.30 -> [12968] ~q(X6_265_2), q(skolem_Y77(X6_265_2))
% 251.95/36.30 -> [12969] q(X6_265_2), ~q(skolem_Y77(X6_265_2))
% 251.95/36.30
% 251.95/36.30 [12969] CLOSURE : q(X6_265_2)
% 251.95/36.30
% 251.95/36.30 [12968] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [23040] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [23040] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [23041] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [23041] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [23042] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [23043] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [23043] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [23042] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [23464] ~r(X8_347_4)
% 251.95/36.30
% 251.95/36.30 [23464] CLOSURE : ~r(X8_347_4)
% 251.95/36.30
% 251.95/36.30 [3167] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3976] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3976] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [3977] (p(skolem_X22) <=> p(Y3_142_0))
% 251.95/36.30
% 251.95/36.30 [3977] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_142_0))
% 251.95/36.30 -> [3978] ~p(skolem_X22), ~p(Y3_142_0)
% 251.95/36.30 -> [3979] p(skolem_X22), p(Y3_142_0)
% 251.95/36.30
% 251.95/36.30 [3978] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [6857] ~q(X6_91_2)
% 251.95/36.30
% 251.95/36.30 [6857] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [6858] ~! [Y7_7] : ((q(X6_91_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [6858] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_91_2) <=> q(Y7_7)))
% 251.95/36.30 -> [6860] ~(q(X6_91_2) <=> q(skolem_Y77(X6_91_2)))
% 251.95/36.30
% 251.95/36.30 [6860] BETA_NOT_EQUIV : ~(q(X6_91_2) <=> q(skolem_Y77(X6_91_2)))
% 251.95/36.30 -> [6862] ~q(X6_91_2), q(skolem_Y77(X6_91_2))
% 251.95/36.30 -> [6863] q(X6_91_2), ~q(skolem_Y77(X6_91_2))
% 251.95/36.30
% 251.95/36.30 [6863] CLOSURE : q(X6_91_2)
% 251.95/36.30
% 251.95/36.30 [6862] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [33624] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [33624] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [33625] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [33625] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [33626] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [33627] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [33627] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [33626] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [33642] ~r(X8_867_4)
% 251.95/36.30
% 251.95/36.30 [33642] CLOSURE : ~r(X8_867_4)
% 251.95/36.30
% 251.95/36.30 [3979] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [19130] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [19130] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [19989] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [19989] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [19990] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [19990] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [19991] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [19992] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [19991] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [19992] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3160] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3967] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3968] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [3967] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [17944] (p(skolem_X22) <=> p(Y3_623_0))
% 251.95/36.30
% 251.95/36.30 [17944] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_623_0))
% 251.95/36.30 -> [17945] ~p(skolem_X22), ~p(Y3_623_0)
% 251.95/36.30 -> [17946] p(skolem_X22), p(Y3_623_0)
% 251.95/36.30
% 251.95/36.30 [17945] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [18154] ~q(X6_536_2)
% 251.95/36.30
% 251.95/36.30 [18154] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [18156] ~! [Y7_7] : ((q(X6_536_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [18156] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_536_2) <=> q(Y7_7)))
% 251.95/36.30 -> [18157] ~(q(X6_536_2) <=> q(skolem_Y77(X6_536_2)))
% 251.95/36.30
% 251.95/36.30 [18157] BETA_NOT_EQUIV : ~(q(X6_536_2) <=> q(skolem_Y77(X6_536_2)))
% 251.95/36.30 -> [18158] ~q(X6_536_2), q(skolem_Y77(X6_536_2))
% 251.95/36.30 -> [18159] q(X6_536_2), ~q(skolem_Y77(X6_536_2))
% 251.95/36.30
% 251.95/36.30 [18159] CLOSURE : q(X6_536_2)
% 251.95/36.30
% 251.95/36.30 [18158] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [23087] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [23087] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [23088] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [23088] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [23089] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [23090] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [23090] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [23089] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [23718] ~r(X8_364_4)
% 251.95/36.30
% 251.95/36.30 [23718] CLOSURE : ~r(X8_364_4)
% 251.95/36.30
% 251.95/36.30 [17946] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [18414] ~q(X6_575_2)
% 251.95/36.30
% 251.95/36.30 [18414] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [19283] ~! [Y7_7] : ((q(X6_575_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [19283] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_575_2) <=> q(Y7_7)))
% 251.95/36.30 -> [19284] ~(q(X6_575_2) <=> q(skolem_Y77(X6_575_2)))
% 251.95/36.30
% 251.95/36.30 [19284] BETA_NOT_EQUIV : ~(q(X6_575_2) <=> q(skolem_Y77(X6_575_2)))
% 251.95/36.30 -> [19285] ~q(X6_575_2), q(skolem_Y77(X6_575_2))
% 251.95/36.30 -> [19286] q(X6_575_2), ~q(skolem_Y77(X6_575_2))
% 251.95/36.30
% 251.95/36.30 [19286] CLOSURE : q(X6_575_2)
% 251.95/36.30
% 251.95/36.30 [19285] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [39294] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [39294] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [39295] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [39295] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [39296] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [39297] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [39297] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [39296] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [39377] ~r(X8_1184_4)
% 251.95/36.30
% 251.95/36.30 [39377] CLOSURE : ~r(X8_1184_4)
% 251.95/36.30
% 251.95/36.30 [3968] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [3969] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3969] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [18775] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [18775] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [40375] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [40375] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [40376] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [40377] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [40376] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [40377] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [40630] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [40630] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [40685] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [40685] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [40686] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [40686] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [40687] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [40688] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [40687] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [40688] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3155] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [3929] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [3930] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [3929] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [17204] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [17205] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [17204] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [17618] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [17619] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [17618] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [18046] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [18046] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [18047] (p(skolem_X22) <=> p(Y3_627_0))
% 251.95/36.30
% 251.95/36.30 [18047] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_627_0))
% 251.95/36.30 -> [18048] ~p(skolem_X22), ~p(Y3_627_0)
% 251.95/36.30 -> [18049] p(skolem_X22), p(Y3_627_0)
% 251.95/36.30
% 251.95/36.30 [18048] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [18440] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [18440] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [18444] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [18444] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [18447] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [18447] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [18448] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [18449] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [18448] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [18449] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [18049] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [21910] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [21910] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [21911] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [21911] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [21912] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [21912] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [21913] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [21914] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [21913] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [21914] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [17619] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [17623] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [17623] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [17624] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [17624] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [17625] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [17626] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [17625] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [17626] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [17631] ~q(X6_507_2)
% 251.95/36.30
% 251.95/36.30 [17631] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [17634] ~! [Y7_7] : ((q(X6_507_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [17634] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_507_2) <=> q(Y7_7)))
% 251.95/36.30 -> [17637] ~(q(X6_507_2) <=> q(skolem_Y77(X6_507_2)))
% 251.95/36.30
% 251.95/36.30 [17637] BETA_NOT_EQUIV : ~(q(X6_507_2) <=> q(skolem_Y77(X6_507_2)))
% 251.95/36.30 -> [17638] ~q(X6_507_2), q(skolem_Y77(X6_507_2))
% 251.95/36.30 -> [17639] q(X6_507_2), ~q(skolem_Y77(X6_507_2))
% 251.95/36.30
% 251.95/36.30 [17639] CLOSURE : q(X6_507_2)
% 251.95/36.30
% 251.95/36.30 [17638] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [26329] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [26329] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [26330] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [26330] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [26331] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [26332] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [26332] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [26331] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [26444] ~r(X8_538_4)
% 251.95/36.30
% 251.95/36.30 [26444] CLOSURE : ~r(X8_538_4)
% 251.95/36.30
% 251.95/36.30 [17205] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [17206] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [17206] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [17207] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [17208] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [17208] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [17209] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [17209] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [17210] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [17210] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [17211] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [17211] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [17212] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [17213] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [17212] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [17213] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [18066] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [18066] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [18067] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [18067] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [18068] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [18068] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [18069] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [18070] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [18069] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [18070] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [17207] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [17642] (p(skolem_X22) <=> p(Y3_614_0))
% 251.95/36.30
% 251.95/36.30 [17642] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_614_0))
% 251.95/36.30 -> [17643] ~p(skolem_X22), ~p(Y3_614_0)
% 251.95/36.30 -> [17644] p(skolem_X22), p(Y3_614_0)
% 251.95/36.30
% 251.95/36.30 [17643] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [18057] ~q(X6_531_2)
% 251.95/36.30
% 251.95/36.30 [18057] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [18058] ~! [Y7_7] : ((q(X6_531_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [18058] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_531_2) <=> q(Y7_7)))
% 251.95/36.30 -> [18059] ~(q(X6_531_2) <=> q(skolem_Y77(X6_531_2)))
% 251.95/36.30
% 251.95/36.30 [18059] BETA_NOT_EQUIV : ~(q(X6_531_2) <=> q(skolem_Y77(X6_531_2)))
% 251.95/36.30 -> [18060] ~q(X6_531_2), q(skolem_Y77(X6_531_2))
% 251.95/36.30 -> [18061] q(X6_531_2), ~q(skolem_Y77(X6_531_2))
% 251.95/36.30
% 251.95/36.30 [18061] CLOSURE : q(X6_531_2)
% 251.95/36.30
% 251.95/36.30 [18060] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [19088] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [19088] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [19089] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [19089] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [19090] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [19091] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [19091] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [19090] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [20486] ~r(X8_228_4)
% 251.95/36.30
% 251.95/36.30 [20486] CLOSURE : ~r(X8_228_4)
% 251.95/36.30
% 251.95/36.30 [17644] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [17650] ~q(X6_508_2)
% 251.95/36.30
% 251.95/36.30 [17650] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [17651] ~! [Y7_7] : ((q(X6_508_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [17651] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_508_2) <=> q(Y7_7)))
% 251.95/36.30 -> [17652] ~(q(X6_508_2) <=> q(skolem_Y77(X6_508_2)))
% 251.95/36.30
% 251.95/36.30 [17652] BETA_NOT_EQUIV : ~(q(X6_508_2) <=> q(skolem_Y77(X6_508_2)))
% 251.95/36.30 -> [17654] ~q(X6_508_2), q(skolem_Y77(X6_508_2))
% 251.95/36.30 -> [17655] q(X6_508_2), ~q(skolem_Y77(X6_508_2))
% 251.95/36.30
% 251.95/36.30 [17655] CLOSURE : q(X6_508_2)
% 251.95/36.30
% 251.95/36.30 [17654] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [20487] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [20487] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [20489] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [20489] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [20490] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [20491] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [20490] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [23967] ~r(X8_384_4)
% 251.95/36.30
% 251.95/36.30 [23967] CLOSURE : ~r(X8_384_4)
% 251.95/36.30
% 251.95/36.30 [20491] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [3930] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [3934] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [3934] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [3935] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3935] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [3936] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3937] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [3936] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [17168] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [17169] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [17168] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [17358] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [17358] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [17359] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [17359] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [17360] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [17361] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [17361] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [17360] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [17616] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [17616] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [17617] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [17617] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [17620] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [17620] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [17621] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [17622] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [17621] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [17622] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [17169] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [17170] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [17170] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [17871] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [17871] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [17872] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [17873] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [17873] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [17872] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [21148] ~q(X6_1075_2)
% 251.95/36.30
% 251.95/36.30 [21148] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [35630] ~! [Y7_7] : ((q(X6_1075_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [35630] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1075_2) <=> q(Y7_7)))
% 251.95/36.30 -> [35631] ~(q(X6_1075_2) <=> q(skolem_Y77(X6_1075_2)))
% 251.95/36.30
% 251.95/36.30 [35631] BETA_NOT_EQUIV : ~(q(X6_1075_2) <=> q(skolem_Y77(X6_1075_2)))
% 251.95/36.30 -> [35632] ~q(X6_1075_2), q(skolem_Y77(X6_1075_2))
% 251.95/36.30 -> [35633] q(X6_1075_2), ~q(skolem_Y77(X6_1075_2))
% 251.95/36.30
% 251.95/36.30 [35633] CLOSURE : q(X6_1075_2)
% 251.95/36.30
% 251.95/36.30 [35632] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [35681] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [35681] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [35682] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [35682] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [35683] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [35684] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [35684] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [35683] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [35689] ~r(X8_951_4)
% 251.95/36.30
% 251.95/36.30 [35689] CLOSURE : ~r(X8_951_4)
% 251.95/36.30
% 251.95/36.30 [3937] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [3942] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [3942] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3943] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3944] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [3944] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [3945] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [3945] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [18206] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [18206] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [19345] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [19345] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [19346] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [19347] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19347] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19346] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [21866] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [21866] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [21892] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [21892] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [21893] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [21893] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [21895] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [21896] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [21895] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [21896] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3943] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [17425] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [17425] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [17426] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [17427] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [17427] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [17426] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [17874] ~q(X6_521_2)
% 251.95/36.30
% 251.95/36.30 [17874] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [17875] ~! [Y7_7] : ((q(X6_521_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [17875] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_521_2) <=> q(Y7_7)))
% 251.95/36.30 -> [17876] ~(q(X6_521_2) <=> q(skolem_Y77(X6_521_2)))
% 251.95/36.30
% 251.95/36.30 [17876] BETA_NOT_EQUIV : ~(q(X6_521_2) <=> q(skolem_Y77(X6_521_2)))
% 251.95/36.30 -> [17877] ~q(X6_521_2), q(skolem_Y77(X6_521_2))
% 251.95/36.30 -> [17878] q(X6_521_2), ~q(skolem_Y77(X6_521_2))
% 251.95/36.30
% 251.95/36.30 [17878] CLOSURE : q(X6_521_2)
% 251.95/36.30
% 251.95/36.30 [17877] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [19781] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [19781] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [19783] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [19783] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [19784] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [19785] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [19785] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [19784] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [21159] ~r(X8_252_4)
% 251.95/36.30
% 251.95/36.30 [21159] CLOSURE : ~r(X8_252_4)
% 251.95/36.30
% 251.95/36.30 [194] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.30 -> [199] r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [199] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.30 -> [207] ~s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [207] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.30 -> [212] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [213] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30
% 251.95/36.30 [212] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [3794] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [3795] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [3794] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [4279] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [4280] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [4279] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [6822] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [6823] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [6823] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [6827] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [6827] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [8660] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [8660] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [8661] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [8662] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [8661] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [8662] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [10350] ~q(X6_214_2)
% 251.95/36.30
% 251.95/36.30 [10350] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [11718] ~! [Y7_7] : ((q(X6_214_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [11718] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_214_2) <=> q(Y7_7)))
% 251.95/36.30 -> [11719] ~(q(X6_214_2) <=> q(skolem_Y77(X6_214_2)))
% 251.95/36.30
% 251.95/36.30 [11719] BETA_NOT_EQUIV : ~(q(X6_214_2) <=> q(skolem_Y77(X6_214_2)))
% 251.95/36.30 -> [11720] ~q(X6_214_2), q(skolem_Y77(X6_214_2))
% 251.95/36.30 -> [11721] q(X6_214_2), ~q(skolem_Y77(X6_214_2))
% 251.95/36.30
% 251.95/36.30 [11721] CLOSURE : q(X6_214_2)
% 251.95/36.30
% 251.95/36.30 [11720] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [35393] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [35393] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [35394] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [35394] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [35395] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [35396] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [35396] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [35395] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [35420] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [35420] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [35426] p(Y13_437_5)
% 251.95/36.30
% 251.95/36.30 [35426] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [35437] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [35437] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [35438] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [35438] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [35441] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [35442] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [35441] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [35442] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [6822] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [7276] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [7276] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [7278] (p(skolem_X22) <=> p(Y3_259_0))
% 251.95/36.30
% 251.95/36.30 [7278] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_259_0))
% 251.95/36.30 -> [7279] ~p(skolem_X22), ~p(Y3_259_0)
% 251.95/36.30 -> [7280] p(skolem_X22), p(Y3_259_0)
% 251.95/36.30
% 251.95/36.30 [7279] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [7984] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [7984] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [7987] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [7987] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [7988] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [7988] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [7989] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [7990] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [7989] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [7990] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [7280] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [9442] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [9442] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [17354] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [17354] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [17355] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [17355] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [17356] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [17357] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [17356] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [17357] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [4280] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [4282] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [4282] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [4283] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [4284] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [4284] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [4288] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [4288] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [19014] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [19014] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [19885] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30
% 251.95/36.30 [19885] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.30 -> [19886] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.30 -> [19887] p(skolem_X22), p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [19886] CLOSURE : ~p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [19887] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [20688] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [20688] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [41347] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [41347] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [41348] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [41348] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [41349] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [41350] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [41349] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [41350] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [4283] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [18198] (p(skolem_X22) <=> p(Y3_633_0))
% 251.95/36.30
% 251.95/36.30 [18198] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_633_0))
% 251.95/36.30 -> [18199] ~p(skolem_X22), ~p(Y3_633_0)
% 251.95/36.30 -> [18200] p(skolem_X22), p(Y3_633_0)
% 251.95/36.30
% 251.95/36.30 [18200] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [19549] ~q(skolem_Y77(X6_598_2))
% 251.95/36.30
% 251.95/36.30 [19549] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [19996] ~! [Y7_7] : ((q(X6_598_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [19996] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_598_2) <=> q(Y7_7)))
% 251.95/36.30 -> [19997] ~(q(X6_598_2) <=> q(skolem_Y77(X6_598_2)))
% 251.95/36.30
% 251.95/36.30 [19997] BETA_NOT_EQUIV : ~(q(X6_598_2) <=> q(skolem_Y77(X6_598_2)))
% 251.95/36.30 -> [19998] ~q(X6_598_2), q(skolem_Y77(X6_598_2))
% 251.95/36.30 -> [19999] q(X6_598_2), ~q(skolem_Y77(X6_598_2))
% 251.95/36.30
% 251.95/36.30 [19998] CLOSURE : q(skolem_Y77(X6_598_2))
% 251.95/36.30
% 251.95/36.30 [19999] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [25268] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [25268] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [25269] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [25269] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [25270] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [25271] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [25271] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [25270] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [25378] ~s(skolem_X1414)
% 251.95/36.30
% 251.95/36.30 [25378] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [25403] p(Y13_187_5)
% 251.95/36.30
% 251.95/36.30 [25403] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [25425] (s(skolem_X1414) <=> s(Y15_83_6))
% 251.95/36.30
% 251.95/36.30 [25425] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_83_6))
% 251.95/36.30 -> [25426] ~s(skolem_X1414), ~s(Y15_83_6)
% 251.95/36.30 -> [25427] s(skolem_X1414), s(Y15_83_6)
% 251.95/36.30
% 251.95/36.30 [25427] CLOSURE : s(Y15_83_6)
% 251.95/36.30
% 251.95/36.30 [25426] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [25474] ~p(X16_55_7)
% 251.95/36.30
% 251.95/36.30 [25474] CLOSURE : ~p(X16_55_7)
% 251.95/36.30
% 251.95/36.30 [18199] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [18522] ~q(X6_548_2)
% 251.95/36.30
% 251.95/36.30 [18522] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [18524] ~! [Y7_7] : ((q(X6_548_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [18524] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_548_2) <=> q(Y7_7)))
% 251.95/36.30 -> [18525] ~(q(X6_548_2) <=> q(skolem_Y77(X6_548_2)))
% 251.95/36.30
% 251.95/36.30 [18525] BETA_NOT_EQUIV : ~(q(X6_548_2) <=> q(skolem_Y77(X6_548_2)))
% 251.95/36.30 -> [18526] ~q(X6_548_2), q(skolem_Y77(X6_548_2))
% 251.95/36.30 -> [18527] q(X6_548_2), ~q(skolem_Y77(X6_548_2))
% 251.95/36.30
% 251.95/36.30 [18527] CLOSURE : q(X6_548_2)
% 251.95/36.30
% 251.95/36.30 [18526] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [20696] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [20696] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.30 -> [20697] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.30
% 251.95/36.30 [20697] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.30 -> [20698] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.30 -> [20699] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.30
% 251.95/36.30 [20698] CLOSURE : ~r(skolem_X88)
% 251.95/36.30
% 251.95/36.30 [20699] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [41780] ~s(X12_686_4)
% 251.95/36.30
% 251.95/36.30 [41780] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [41860] p(Y13_626_5)
% 251.95/36.30
% 251.95/36.30 [41860] CLOSURE : p(Y13_626_5)
% 251.95/36.30
% 251.95/36.30 [3795] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [3796] s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [3796] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [18412] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [18412] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [18934] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [18935] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [18934] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [19102] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [19103] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [19102] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [19332] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [19332] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [19925] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [19925] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [19926] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [19927] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19927] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19926] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [21098] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [21098] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [41643] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [41643] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [41644] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [41644] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [41645] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [41646] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [41645] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [41646] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [19103] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [19341] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [19341] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [19928] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [19928] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [19929] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [19930] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19930] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19929] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [42104] ~q(X6_1297_2)
% 251.95/36.30
% 251.95/36.30 [42104] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [42109] ~! [Y7_7] : ((q(X6_1297_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [42109] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1297_2) <=> q(Y7_7)))
% 251.95/36.30 -> [42110] ~(q(X6_1297_2) <=> q(skolem_Y77(X6_1297_2)))
% 251.95/36.30
% 251.95/36.30 [42110] BETA_NOT_EQUIV : ~(q(X6_1297_2) <=> q(skolem_Y77(X6_1297_2)))
% 251.95/36.30 -> [42111] ~q(X6_1297_2), q(skolem_Y77(X6_1297_2))
% 251.95/36.30 -> [42112] q(X6_1297_2), ~q(skolem_Y77(X6_1297_2))
% 251.95/36.30
% 251.95/36.30 [42112] CLOSURE : q(X6_1297_2)
% 251.95/36.30
% 251.95/36.30 [42111] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [42185] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [42185] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [42186] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [42186] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [42187] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [42188] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [42188] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [42187] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [42219] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [42219] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [42220] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [42220] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [42221] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [42222] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [42222] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [42221] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [42274] q(Y17_161_5)
% 251.95/36.30
% 251.95/36.30 [42274] CLOSURE : q(Y17_161_5)
% 251.95/36.30
% 251.95/36.30 [18935] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [18939] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [18939] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [18940] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [18941] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [18941] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [18942] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [18942] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [19548] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [19548] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [20168] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [20168] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [20169] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [20170] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [20170] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [20169] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [41623] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [41623] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [41655] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [41655] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [41656] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [41656] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [41657] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [41658] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [41657] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [41658] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [18940] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [19105] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [19105] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [19106] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [19107] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19107] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19106] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [20167] ~q(skolem_Y77(X6_619_2))
% 251.95/36.30
% 251.95/36.30 [20167] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [20821] ~! [Y7_7] : ((q(X6_619_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [20821] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_619_2) <=> q(Y7_7)))
% 251.95/36.30 -> [20822] ~(q(X6_619_2) <=> q(skolem_Y77(X6_619_2)))
% 251.95/36.30
% 251.95/36.30 [20822] BETA_NOT_EQUIV : ~(q(X6_619_2) <=> q(skolem_Y77(X6_619_2)))
% 251.95/36.30 -> [20823] ~q(X6_619_2), q(skolem_Y77(X6_619_2))
% 251.95/36.30 -> [20824] q(X6_619_2), ~q(skolem_Y77(X6_619_2))
% 251.95/36.30
% 251.95/36.30 [20823] CLOSURE : q(skolem_Y77(X6_619_2))
% 251.95/36.30
% 251.95/36.30 [20824] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [41524] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [41524] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [41527] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [41527] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [41528] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [41529] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [41529] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [41528] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30 -> [42519] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.30
% 251.95/36.30 [42519] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.30 -> [42520] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.30 -> [42521] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [42520] CLOSURE : ~s(skolem_X1212)
% 251.95/36.30
% 251.95/36.30 [42521] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [42590] ~p(X16_208_5)
% 251.95/36.30
% 251.95/36.30 [42590] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [42597] q(Y17_170_6)
% 251.95/36.30
% 251.95/36.30 [42597] CLOSURE : q(Y17_170_6)
% 251.95/36.30
% 251.95/36.30 [213] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.30 -> [2868] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [2869] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.30
% 251.95/36.30 [2868] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.30 -> [3809] ~p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [3809] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.30 -> [3810] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3811] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30
% 251.95/36.30 [3810] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [4292] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [4293] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30
% 251.95/36.30 [4292] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [18454] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [18454] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [18455] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [18456] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [18456] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [18455] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [18752] ~q(X6_556_2)
% 251.95/36.30
% 251.95/36.30 [18752] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [18753] ~! [Y7_7] : ((q(X6_556_2) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [18753] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_556_2) <=> q(Y7_7)))
% 251.95/36.30 -> [18754] ~(q(X6_556_2) <=> q(skolem_Y77(X6_556_2)))
% 251.95/36.30
% 251.95/36.30 [18754] BETA_NOT_EQUIV : ~(q(X6_556_2) <=> q(skolem_Y77(X6_556_2)))
% 251.95/36.30 -> [18755] ~q(X6_556_2), q(skolem_Y77(X6_556_2))
% 251.95/36.30 -> [18756] q(X6_556_2), ~q(skolem_Y77(X6_556_2))
% 251.95/36.30
% 251.95/36.30 [18756] CLOSURE : q(X6_556_2)
% 251.95/36.30
% 251.95/36.30 [18755] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.30 -> [24334] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30
% 251.95/36.30 [24334] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.30 -> [24335] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30
% 251.95/36.30 [24335] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.30 -> [24336] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.30 -> [24337] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.30
% 251.95/36.30 [24337] CLOSURE : r(skolem_Y55)
% 251.95/36.30
% 251.95/36.30 [24336] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.30 -> [25029] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [25029] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [25115] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [25115] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.30 -> [25116] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30
% 251.95/36.30 [25116] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.30 -> [25117] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.30 -> [25118] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [25117] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.30
% 251.95/36.30 [25118] CLOSURE : s(skolem_Y99)
% 251.95/36.30
% 251.95/36.30 [4293] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.30 -> [4297] p(skolem_X1616)
% 251.95/36.30
% 251.95/36.30 [4297] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [18986] ~q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [18986] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.30 -> [19661] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30
% 251.95/36.30 [19661] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.30 -> [19662] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.30 -> [19663] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19663] CLOSURE : p(skolem_Y1313)
% 251.95/36.30
% 251.95/36.30 [19662] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.30 -> [40352] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [40352] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.30 -> [40646] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30
% 251.95/36.30 [40646] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.30 -> [40647] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30
% 251.95/36.30 [40647] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.30 -> [40648] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.30 -> [40649] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [40648] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.30
% 251.95/36.30 [40649] CLOSURE : q(skolem_Y1717)
% 251.95/36.30
% 251.95/36.30 [3811] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.30 -> [3812] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.30
% 251.95/36.30 [3812] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.30 -> [3813] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.30 -> [3814] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [3814] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [3815] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3815] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [11080] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [11080] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [11083] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [11084] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [11083] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [11084] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [36961] ~q(X6_1129_2)
% 251.95/36.31
% 251.95/36.31 [36961] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [37161] ~! [Y7_7] : ((q(X6_1129_2) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [37161] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1129_2) <=> q(Y7_7)))
% 251.95/36.31 -> [37163] ~(q(X6_1129_2) <=> q(skolem_Y77(X6_1129_2)))
% 251.95/36.31
% 251.95/36.31 [37163] BETA_NOT_EQUIV : ~(q(X6_1129_2) <=> q(skolem_Y77(X6_1129_2)))
% 251.95/36.31 -> [37164] ~q(X6_1129_2), q(skolem_Y77(X6_1129_2))
% 251.95/36.31 -> [37165] q(X6_1129_2), ~q(skolem_Y77(X6_1129_2))
% 251.95/36.31
% 251.95/36.31 [37165] CLOSURE : q(X6_1129_2)
% 251.95/36.31
% 251.95/36.31 [37164] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [37300] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [37300] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.31 -> [37301] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.31
% 251.95/36.31 [37301] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.31 -> [37302] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.31 -> [37303] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.31
% 251.95/36.31 [37303] CLOSURE : r(skolem_Y55)
% 251.95/36.31
% 251.95/36.31 [37302] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [37371] ~s(skolem_X1414)
% 251.95/36.31
% 251.95/36.31 [37371] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [37386] (s(skolem_X1414) <=> s(Y15_257_5))
% 251.95/36.31
% 251.95/36.31 [37386] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_257_5))
% 251.95/36.31 -> [37387] ~s(skolem_X1414), ~s(Y15_257_5)
% 251.95/36.31 -> [37388] s(skolem_X1414), s(Y15_257_5)
% 251.95/36.31
% 251.95/36.31 [37388] CLOSURE : s(Y15_257_5)
% 251.95/36.31
% 251.95/36.31 [37387] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [37442] q(Y17_132_6)
% 251.95/36.31
% 251.95/36.31 [37442] CLOSURE : q(Y17_132_6)
% 251.95/36.31
% 251.95/36.31 [3813] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4304] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4304] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4306] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [4306] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [4308] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [4309] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4308] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [18509] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [18509] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [18510] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [18510] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [18511] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [18511] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [18512] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [18513] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [18512] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [18513] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4309] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2869] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [2872] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [2872] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [18915] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [18916] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [18915] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [19085] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [19086] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [19086] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [19087] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [19087] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [19720] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [19720] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [20311] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [20311] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [20312] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [20313] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [20312] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [20313] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [41230] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [41230] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [41386] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [41386] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [41387] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [41387] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [41391] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [41392] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [41391] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [41392] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [19085] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [19295] (p(skolem_X22) <=> p(Y3_666_0))
% 251.95/36.31
% 251.95/36.31 [19295] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_666_0))
% 251.95/36.31 -> [19296] ~p(skolem_X22), ~p(Y3_666_0)
% 251.95/36.31 -> [19297] p(skolem_X22), p(Y3_666_0)
% 251.95/36.31
% 251.95/36.31 [19296] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [20310] ~q(skolem_Y77(X6_626_2))
% 251.95/36.31
% 251.95/36.31 [20310] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [21059] ~! [Y7_7] : ((q(X6_626_2) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [21059] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_626_2) <=> q(Y7_7)))
% 251.95/36.31 -> [21060] ~(q(X6_626_2) <=> q(skolem_Y77(X6_626_2)))
% 251.95/36.31
% 251.95/36.31 [21060] BETA_NOT_EQUIV : ~(q(X6_626_2) <=> q(skolem_Y77(X6_626_2)))
% 251.95/36.31 -> [21061] ~q(X6_626_2), q(skolem_Y77(X6_626_2))
% 251.95/36.31 -> [21062] q(X6_626_2), ~q(skolem_Y77(X6_626_2))
% 251.95/36.31
% 251.95/36.31 [21061] CLOSURE : q(skolem_Y77(X6_626_2))
% 251.95/36.31
% 251.95/36.31 [21062] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [41709] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [41709] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.31 -> [41710] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.31
% 251.95/36.31 [41710] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.31 -> [41711] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.31 -> [41712] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.31
% 251.95/36.31 [41712] CLOSURE : r(skolem_Y55)
% 251.95/36.31
% 251.95/36.31 [41711] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [42450] p(Y13_641_4)
% 251.95/36.31
% 251.95/36.31 [42450] CLOSURE : p(Y13_641_4)
% 251.95/36.31
% 251.95/36.31 [19297] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [20130] ~q(X6_615_2)
% 251.95/36.31
% 251.95/36.31 [20130] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [20774] ~! [Y7_7] : ((q(X6_615_2) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [20774] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_615_2) <=> q(Y7_7)))
% 251.95/36.31 -> [20775] ~(q(X6_615_2) <=> q(skolem_Y77(X6_615_2)))
% 251.95/36.31
% 251.95/36.31 [20775] BETA_NOT_EQUIV : ~(q(X6_615_2) <=> q(skolem_Y77(X6_615_2)))
% 251.95/36.31 -> [20777] ~q(X6_615_2), q(skolem_Y77(X6_615_2))
% 251.95/36.31 -> [20778] q(X6_615_2), ~q(skolem_Y77(X6_615_2))
% 251.95/36.31
% 251.95/36.31 [20778] CLOSURE : q(X6_615_2)
% 251.95/36.31
% 251.95/36.31 [20777] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [42308] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [42308] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.31 -> [42311] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.31
% 251.95/36.31 [42311] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.31 -> [42312] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.31 -> [42313] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.31
% 251.95/36.31 [42313] CLOSURE : r(skolem_Y55)
% 251.95/36.31
% 251.95/36.31 [42312] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [42629] p(Y13_650_4)
% 251.95/36.31
% 251.95/36.31 [42629] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [42635] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [42635] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31 -> [42636] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31
% 251.95/36.31 [42636] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31 -> [42637] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.31 -> [42638] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [42638] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [42637] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [42648] ~p(X16_211_6)
% 251.95/36.31
% 251.95/36.31 [42648] CLOSURE : ~p(X16_211_6)
% 251.95/36.31
% 251.95/36.31 [18916] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [18921] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [18921] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [18922] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [18923] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [18922] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [19092] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [19092] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [19721] (p(skolem_X22) <=> p(Y3_683_0))
% 251.95/36.31
% 251.95/36.31 [19721] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_683_0))
% 251.95/36.31 -> [19722] ~p(skolem_X22), ~p(Y3_683_0)
% 251.95/36.31 -> [19723] p(skolem_X22), p(Y3_683_0)
% 251.95/36.31
% 251.95/36.31 [19722] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [20794] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [20794] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [41244] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [41244] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [41245] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [41245] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [41246] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [41247] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [41246] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [41247] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [19723] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [20525] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [20525] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [41306] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [41306] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [41307] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [41307] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [41309] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [41310] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [41309] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [41310] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [18923] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [18925] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [18925] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [19525] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [19525] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [19526] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [19527] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [19526] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [19527] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [20321] ~q(skolem_Y77(X6_627_2))
% 251.95/36.31
% 251.95/36.31 [20321] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [21087] ~! [Y7_7] : ((q(X6_627_2) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [21087] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_627_2) <=> q(Y7_7)))
% 251.95/36.31 -> [21088] ~(q(X6_627_2) <=> q(skolem_Y77(X6_627_2)))
% 251.95/36.31
% 251.95/36.31 [21088] BETA_NOT_EQUIV : ~(q(X6_627_2) <=> q(skolem_Y77(X6_627_2)))
% 251.95/36.31 -> [21089] ~q(X6_627_2), q(skolem_Y77(X6_627_2))
% 251.95/36.31 -> [21090] q(X6_627_2), ~q(skolem_Y77(X6_627_2))
% 251.95/36.31
% 251.95/36.31 [21089] CLOSURE : q(skolem_Y77(X6_627_2))
% 251.95/36.31
% 251.95/36.31 [21090] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [42455] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [42455] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31 -> [42456] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31
% 251.95/36.31 [42456] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31 -> [42457] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.31 -> [42458] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [42457] CLOSURE : ~r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [42458] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [42697] p(Y13_651_4)
% 251.95/36.31
% 251.95/36.31 [42697] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [42699] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [42699] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.31 -> [42700] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.31 -> [42701] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [42701] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [42700] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [42720] q(Y17_171_6)
% 251.95/36.31
% 251.95/36.31 [42720] CLOSURE : q(Y17_171_6)
% 251.95/36.31
% 251.95/36.31 [4] BETA_NOT_EQUIV : ~(? [X4_4] : (q(X4_4)) <=> ! [Y5_5] : (r(Y5_5)))
% 251.95/36.31 -> [12] ~? [X4_4] : (q(X4_4)), ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [13] ? [X4_4] : (q(X4_4)), ~! [Y5_5] : (r(Y5_5))
% 251.95/36.31
% 251.95/36.31 [12] BETA_EQUIV : ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.95/36.31 -> [22] ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.31 -> [23] (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.31
% 251.95/36.31 [23] BETA_EQUIV : (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.95/36.31 -> [645] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.31 -> [646] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.31
% 251.95/36.31 [645] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.31 -> [841] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31 -> [842] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31
% 251.95/36.31 [842] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [845] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [845] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.31 -> [847] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [848] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.31
% 251.95/36.31 [847] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31 -> [1192] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1193] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31
% 251.95/36.31 [1192] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [1691] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1692] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [1692] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [1694] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [1694] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1695] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [1695] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1696] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1697] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1696] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2747] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2748] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2747] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [3285] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [3285] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3286] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [3286] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [3287] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [3288] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [3288] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [3287] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4081] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [4081] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [4083] r(Y5_102_2)
% 251.95/36.31
% 251.95/36.31 [4083] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [10813] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [10813] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [10814] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [10814] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [10815] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [10816] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [10815] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [10816] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2748] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2749] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2749] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4087] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [4087] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [12115] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [12116] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [12116] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [12115] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [22814] ~q(X6_727_3)
% 251.95/36.31
% 251.95/36.31 [22814] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [23218] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [23218] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [23494] ~! [Y7_7] : ((q(X6_727_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [23494] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_727_3) <=> q(Y7_7)))
% 251.95/36.31 -> [23495] ~(q(X6_727_3) <=> q(skolem_Y77(X6_727_3)))
% 251.95/36.31
% 251.95/36.31 [23495] BETA_NOT_EQUIV : ~(q(X6_727_3) <=> q(skolem_Y77(X6_727_3)))
% 251.95/36.31 -> [23496] ~q(X6_727_3), q(skolem_Y77(X6_727_3))
% 251.95/36.31 -> [23497] q(X6_727_3), ~q(skolem_Y77(X6_727_3))
% 251.95/36.31
% 251.95/36.31 [23497] CLOSURE : q(X6_727_3)
% 251.95/36.31
% 251.95/36.31 [23496] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [24732] (r(skolem_X1010) <=> r(Y11_526_4))
% 251.95/36.31
% 251.95/36.31 [24732] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_526_4))
% 251.95/36.31 -> [24733] ~r(skolem_X1010), ~r(Y11_526_4)
% 251.95/36.31 -> [24734] r(skolem_X1010), r(Y11_526_4)
% 251.95/36.31
% 251.95/36.31 [24733] CLOSURE : ~r(Y11_526_4)
% 251.95/36.31
% 251.95/36.31 [24734] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [24961] ~r(X8_458_5)
% 251.95/36.31
% 251.95/36.31 [24961] CLOSURE : ~r(X8_458_5)
% 251.95/36.31
% 251.95/36.31 [1697] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1707] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1707] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1710] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1711] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1711] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1724] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1724] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [3320] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [3320] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [13461] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [13461] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [13462] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [13463] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [13463] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [13462] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [23877] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [23877] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [24171] r(Y5_954_2)
% 251.95/36.31
% 251.95/36.31 [24171] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [24455] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [24455] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [24456] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [24456] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [24457] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [24458] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [24457] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [24458] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1710] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2756] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2756] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2757] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2758] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2758] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2757] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3299] ~q(X6_909_3)
% 251.95/36.31
% 251.95/36.31 [3299] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3304] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [3304] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [30076] ~! [Y7_7] : ((q(X6_909_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [30076] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_909_3) <=> q(Y7_7)))
% 251.95/36.31 -> [30077] ~(q(X6_909_3) <=> q(skolem_Y77(X6_909_3)))
% 251.95/36.31
% 251.95/36.31 [30077] BETA_NOT_EQUIV : ~(q(X6_909_3) <=> q(skolem_Y77(X6_909_3)))
% 251.95/36.31 -> [30078] ~q(X6_909_3), q(skolem_Y77(X6_909_3))
% 251.95/36.31 -> [30079] q(X6_909_3), ~q(skolem_Y77(X6_909_3))
% 251.95/36.31
% 251.95/36.31 [30079] CLOSURE : q(X6_909_3)
% 251.95/36.31
% 251.95/36.31 [30078] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [30297] (r(skolem_X1010) <=> r(Y11_684_4))
% 251.95/36.31
% 251.95/36.31 [30297] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_684_4))
% 251.95/36.31 -> [30298] ~r(skolem_X1010), ~r(Y11_684_4)
% 251.95/36.31 -> [30299] r(skolem_X1010), r(Y11_684_4)
% 251.95/36.31
% 251.95/36.31 [30298] CLOSURE : ~r(Y11_684_4)
% 251.95/36.31
% 251.95/36.31 [30299] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [30403] ~r(X8_739_5)
% 251.95/36.31
% 251.95/36.31 [30403] CLOSURE : ~r(X8_739_5)
% 251.95/36.31
% 251.95/36.31 [1691] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [4255] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4256] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [4255] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4735] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4736] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [4736] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [4740] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4740] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4741] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [4741] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [4742] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [4743] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4742] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4743] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4745] ~q(X6_68_3)
% 251.95/36.31
% 251.95/36.31 [4745] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [4748] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [4748] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [6351] ~! [Y7_7] : ((q(X6_68_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [6351] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_68_3) <=> q(Y7_7)))
% 251.95/36.31 -> [6352] ~(q(X6_68_3) <=> q(skolem_Y77(X6_68_3)))
% 251.95/36.31
% 251.95/36.31 [6352] BETA_NOT_EQUIV : ~(q(X6_68_3) <=> q(skolem_Y77(X6_68_3)))
% 251.95/36.31 -> [6354] ~q(X6_68_3), q(skolem_Y77(X6_68_3))
% 251.95/36.31 -> [6355] q(X6_68_3), ~q(skolem_Y77(X6_68_3))
% 251.95/36.31
% 251.95/36.31 [6355] CLOSURE : q(X6_68_3)
% 251.95/36.31
% 251.95/36.31 [6354] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [16289] (r(skolem_X1010) <=> r(Y11_235_4))
% 251.95/36.31
% 251.95/36.31 [16289] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_235_4))
% 251.95/36.31 -> [16290] ~r(skolem_X1010), ~r(Y11_235_4)
% 251.95/36.31 -> [16291] r(skolem_X1010), r(Y11_235_4)
% 251.95/36.31
% 251.95/36.31 [16290] CLOSURE : ~r(Y11_235_4)
% 251.95/36.31
% 251.95/36.31 [16291] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [17112] ~r(X8_146_5)
% 251.95/36.31
% 251.95/36.31 [17112] CLOSURE : ~r(X8_146_5)
% 251.95/36.31
% 251.95/36.31 [4735] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [5443] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [5443] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [5444] (p(skolem_X22) <=> p(Y3_187_0))
% 251.95/36.31
% 251.95/36.31 [5444] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_187_0))
% 251.95/36.31 -> [5445] ~p(skolem_X22), ~p(Y3_187_0)
% 251.95/36.31 -> [5446] p(skolem_X22), p(Y3_187_0)
% 251.95/36.31
% 251.95/36.31 [5445] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [6342] ~q(X6_87_3)
% 251.95/36.31
% 251.95/36.31 [6342] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [6343] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [6343] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [6753] ~! [Y7_7] : ((q(X6_87_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [6753] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_87_3) <=> q(Y7_7)))
% 251.95/36.31 -> [6754] ~(q(X6_87_3) <=> q(skolem_Y77(X6_87_3)))
% 251.95/36.31
% 251.95/36.31 [6754] BETA_NOT_EQUIV : ~(q(X6_87_3) <=> q(skolem_Y77(X6_87_3)))
% 251.95/36.31 -> [6755] ~q(X6_87_3), q(skolem_Y77(X6_87_3))
% 251.95/36.31 -> [6756] q(X6_87_3), ~q(skolem_Y77(X6_87_3))
% 251.95/36.31
% 251.95/36.31 [6756] CLOSURE : q(X6_87_3)
% 251.95/36.31
% 251.95/36.31 [6755] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [18033] (r(skolem_X1010) <=> r(Y11_277_4))
% 251.95/36.31
% 251.95/36.31 [18033] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_277_4))
% 251.95/36.31 -> [18034] ~r(skolem_X1010), ~r(Y11_277_4)
% 251.95/36.31 -> [18035] r(skolem_X1010), r(Y11_277_4)
% 251.95/36.31
% 251.95/36.31 [18034] CLOSURE : ~r(Y11_277_4)
% 251.95/36.31
% 251.95/36.31 [18035] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [18639] ~r(X8_182_5)
% 251.95/36.31
% 251.95/36.31 [18639] CLOSURE : ~r(X8_182_5)
% 251.95/36.31
% 251.95/36.31 [5446] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [5458] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [5458] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [5459] r(Y5_146_2)
% 251.95/36.31
% 251.95/36.31 [5459] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [7360] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [7360] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [7361] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [7361] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [7362] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [7363] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [7362] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [7363] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4256] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [4263] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [4263] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4265] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4266] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [4266] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [4271] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4271] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4275] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4275] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4276] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [4276] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [4277] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [4278] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4277] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4278] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4286] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [4286] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [4287] r(Y5_115_2)
% 251.95/36.31
% 251.95/36.31 [4287] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [5504] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [5504] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [5505] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [5505] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [5506] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [5507] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [5506] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [5507] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4265] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4759] (p(skolem_X22) <=> p(Y3_172_0))
% 251.95/36.31
% 251.95/36.31 [4759] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_172_0))
% 251.95/36.31 -> [4760] ~p(skolem_X22), ~p(Y3_172_0)
% 251.95/36.31 -> [4761] p(skolem_X22), p(Y3_172_0)
% 251.95/36.31
% 251.95/36.31 [4761] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4769] ~q(skolem_Y77(X6_72_3))
% 251.95/36.31
% 251.95/36.31 [4769] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [4770] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [4770] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [6385] ~! [Y7_7] : ((q(X6_72_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [6385] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_72_3) <=> q(Y7_7)))
% 251.95/36.31 -> [6386] ~(q(X6_72_3) <=> q(skolem_Y77(X6_72_3)))
% 251.95/36.31
% 251.95/36.31 [6386] BETA_NOT_EQUIV : ~(q(X6_72_3) <=> q(skolem_Y77(X6_72_3)))
% 251.95/36.31 -> [6387] ~q(X6_72_3), q(skolem_Y77(X6_72_3))
% 251.95/36.31 -> [6388] q(X6_72_3), ~q(skolem_Y77(X6_72_3))
% 251.95/36.31
% 251.95/36.31 [6387] CLOSURE : q(skolem_Y77(X6_72_3))
% 251.95/36.31
% 251.95/36.31 [6388] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [15982] (r(skolem_X1010) <=> r(Y11_222_4))
% 251.95/36.31
% 251.95/36.31 [15982] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_222_4))
% 251.95/36.31 -> [15983] ~r(skolem_X1010), ~r(Y11_222_4)
% 251.95/36.31 -> [15984] r(skolem_X1010), r(Y11_222_4)
% 251.95/36.31
% 251.95/36.31 [15983] CLOSURE : ~r(Y11_222_4)
% 251.95/36.31
% 251.95/36.31 [15984] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [16725] ~r(X8_135_5)
% 251.95/36.31
% 251.95/36.31 [16725] CLOSURE : ~r(X8_135_5)
% 251.95/36.31
% 251.95/36.31 [4760] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [5488] ~q(X6_70_3)
% 251.95/36.31
% 251.95/36.31 [5488] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [5489] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [5489] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [6366] ~! [Y7_7] : ((q(X6_70_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [6366] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_70_3) <=> q(Y7_7)))
% 251.95/36.31 -> [6368] ~(q(X6_70_3) <=> q(skolem_Y77(X6_70_3)))
% 251.95/36.31
% 251.95/36.31 [6368] BETA_NOT_EQUIV : ~(q(X6_70_3) <=> q(skolem_Y77(X6_70_3)))
% 251.95/36.31 -> [6371] ~q(X6_70_3), q(skolem_Y77(X6_70_3))
% 251.95/36.31 -> [6372] q(X6_70_3), ~q(skolem_Y77(X6_70_3))
% 251.95/36.31
% 251.95/36.31 [6372] CLOSURE : q(X6_70_3)
% 251.95/36.31
% 251.95/36.31 [6371] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [17452] (r(skolem_X1010) <=> r(Y11_266_4))
% 251.95/36.31
% 251.95/36.31 [17452] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_266_4))
% 251.95/36.31 -> [17454] ~r(skolem_X1010), ~r(Y11_266_4)
% 251.95/36.31 -> [17455] r(skolem_X1010), r(Y11_266_4)
% 251.95/36.31
% 251.95/36.31 [17454] CLOSURE : ~r(Y11_266_4)
% 251.95/36.31
% 251.95/36.31 [17455] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [39247] ~r(X8_1172_5)
% 251.95/36.31
% 251.95/36.31 [39247] CLOSURE : ~r(X8_1172_5)
% 251.95/36.31
% 251.95/36.31 [1193] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [1196] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1197] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [1197] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [1200] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [1200] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1205] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1206] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1206] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1216] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1216] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1217] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1218] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1217] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1754] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1754] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [1760] (p(skolem_X22) <=> p(Y3_37_0))
% 251.95/36.31
% 251.95/36.31 [1760] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_37_0))
% 251.95/36.31 -> [1761] ~p(skolem_X22), ~p(Y3_37_0)
% 251.95/36.31 -> [1762] p(skolem_X22), p(Y3_37_0)
% 251.95/36.31
% 251.95/36.31 [1762] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3377] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3377] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [16783] r(Y5_674_2)
% 251.95/36.31
% 251.95/36.31 [16783] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [17632] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [17632] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [17633] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [17633] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [17635] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [17636] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17635] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17636] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1761] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4317] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [4317] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [4318] r(Y5_117_2)
% 251.95/36.31
% 251.95/36.31 [4318] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [6466] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [6466] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [6468] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [6468] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [6469] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [6470] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [6469] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [6470] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1218] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1225] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1225] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [8588] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [8588] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [8589] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [8590] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [8589] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [8590] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [9284] ~q(skolem_Y77(X6_187_3))
% 251.95/36.31
% 251.95/36.31 [9284] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [10260] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [10260] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [10895] ~! [Y7_7] : ((q(X6_187_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [10895] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_187_3) <=> q(Y7_7)))
% 251.95/36.31 -> [10897] ~(q(X6_187_3) <=> q(skolem_Y77(X6_187_3)))
% 251.95/36.31
% 251.95/36.31 [10897] BETA_NOT_EQUIV : ~(q(X6_187_3) <=> q(skolem_Y77(X6_187_3)))
% 251.95/36.31 -> [10898] ~q(X6_187_3), q(skolem_Y77(X6_187_3))
% 251.95/36.31 -> [10899] q(X6_187_3), ~q(skolem_Y77(X6_187_3))
% 251.95/36.31
% 251.95/36.31 [10898] CLOSURE : q(skolem_Y77(X6_187_3))
% 251.95/36.31
% 251.95/36.31 [10899] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [32738] (r(skolem_X1010) <=> r(Y11_802_4))
% 251.95/36.31
% 251.95/36.31 [32738] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_802_4))
% 251.95/36.31 -> [32739] ~r(skolem_X1010), ~r(Y11_802_4)
% 251.95/36.31 -> [32740] r(skolem_X1010), r(Y11_802_4)
% 251.95/36.31
% 251.95/36.31 [32739] CLOSURE : ~r(Y11_802_4)
% 251.95/36.31
% 251.95/36.31 [32740] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [32746] ~r(X8_827_5)
% 251.95/36.31
% 251.95/36.31 [32746] CLOSURE : ~r(X8_827_5)
% 251.95/36.31
% 251.95/36.31 [1205] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1745] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1746] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1745] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [8570] (p(skolem_X22) <=> p(Y3_323_0))
% 251.95/36.31
% 251.95/36.31 [8570] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_323_0))
% 251.95/36.31 -> [8574] ~p(skolem_X22), ~p(Y3_323_0)
% 251.95/36.31 -> [8575] p(skolem_X22), p(Y3_323_0)
% 251.95/36.31
% 251.95/36.31 [8575] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [9524] ~q(skolem_Y77(X6_223_3))
% 251.95/36.31
% 251.95/36.31 [9524] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [11050] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [11050] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [12037] ~! [Y7_7] : ((q(X6_223_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [12037] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_223_3) <=> q(Y7_7)))
% 251.95/36.31 -> [12038] ~(q(X6_223_3) <=> q(skolem_Y77(X6_223_3)))
% 251.95/36.31
% 251.95/36.31 [12038] BETA_NOT_EQUIV : ~(q(X6_223_3) <=> q(skolem_Y77(X6_223_3)))
% 251.95/36.31 -> [12039] ~q(X6_223_3), q(skolem_Y77(X6_223_3))
% 251.95/36.31 -> [12040] q(X6_223_3), ~q(skolem_Y77(X6_223_3))
% 251.95/36.31
% 251.95/36.31 [12039] CLOSURE : q(skolem_Y77(X6_223_3))
% 251.95/36.31
% 251.95/36.31 [12040] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [13860] (r(skolem_X1010) <=> r(Y11_168_4))
% 251.95/36.31
% 251.95/36.31 [13860] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_168_4))
% 251.95/36.31 -> [13861] ~r(skolem_X1010), ~r(Y11_168_4)
% 251.95/36.31 -> [13862] r(skolem_X1010), r(Y11_168_4)
% 251.95/36.31
% 251.95/36.31 [13861] CLOSURE : ~r(Y11_168_4)
% 251.95/36.31
% 251.95/36.31 [13862] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [14521] ~r(X8_100_5)
% 251.95/36.31
% 251.95/36.31 [14521] CLOSURE : ~r(X8_100_5)
% 251.95/36.31
% 251.95/36.31 [8574] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [9026] ~q(X6_171_3)
% 251.95/36.31
% 251.95/36.31 [9026] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [9027] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [9027] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [10438] ~! [Y7_7] : ((q(X6_171_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [10438] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_171_3) <=> q(Y7_7)))
% 251.95/36.31 -> [10439] ~(q(X6_171_3) <=> q(skolem_Y77(X6_171_3)))
% 251.95/36.31
% 251.95/36.31 [10439] BETA_NOT_EQUIV : ~(q(X6_171_3) <=> q(skolem_Y77(X6_171_3)))
% 251.95/36.31 -> [10440] ~q(X6_171_3), q(skolem_Y77(X6_171_3))
% 251.95/36.31 -> [10441] q(X6_171_3), ~q(skolem_Y77(X6_171_3))
% 251.95/36.31
% 251.95/36.31 [10441] CLOSURE : q(X6_171_3)
% 251.95/36.31
% 251.95/36.31 [10440] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [15239] (r(skolem_X1010) <=> r(Y11_206_4))
% 251.95/36.31
% 251.95/36.31 [15239] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_206_4))
% 251.95/36.31 -> [15240] ~r(skolem_X1010), ~r(Y11_206_4)
% 251.95/36.31 -> [15241] r(skolem_X1010), r(Y11_206_4)
% 251.95/36.31
% 251.95/36.31 [15241] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [22121] ~r(X8_283_5)
% 251.95/36.31
% 251.95/36.31 [22121] CLOSURE : ~r(X8_283_5)
% 251.95/36.31
% 251.95/36.31 [15240] CLOSURE : ~r(Y11_206_4)
% 251.95/36.31
% 251.95/36.31 [1746] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1749] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1749] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [14233] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [14233] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [17999] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [17999] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [18000] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [18001] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [18000] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [18001] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [18698] ~q(X6_1185_3)
% 251.95/36.31
% 251.95/36.31 [18698] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [38880] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [38880] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [38887] ~! [Y7_7] : ((q(X6_1185_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [38887] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1185_3) <=> q(Y7_7)))
% 251.95/36.31 -> [38888] ~(q(X6_1185_3) <=> q(skolem_Y77(X6_1185_3)))
% 251.95/36.31
% 251.95/36.31 [38888] BETA_NOT_EQUIV : ~(q(X6_1185_3) <=> q(skolem_Y77(X6_1185_3)))
% 251.95/36.31 -> [38890] ~q(X6_1185_3), q(skolem_Y77(X6_1185_3))
% 251.95/36.31 -> [38891] q(X6_1185_3), ~q(skolem_Y77(X6_1185_3))
% 251.95/36.31
% 251.95/36.31 [38891] CLOSURE : q(X6_1185_3)
% 251.95/36.31
% 251.95/36.31 [38890] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [39385] (r(skolem_X1010) <=> r(Y11_1083_4))
% 251.95/36.31
% 251.95/36.31 [39385] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1083_4))
% 251.95/36.31 -> [39386] ~r(skolem_X1010), ~r(Y11_1083_4)
% 251.95/36.31 -> [39387] r(skolem_X1010), r(Y11_1083_4)
% 251.95/36.31
% 251.95/36.31 [39386] CLOSURE : ~r(Y11_1083_4)
% 251.95/36.31
% 251.95/36.31 [39387] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [39404] ~r(X8_1185_5)
% 251.95/36.31
% 251.95/36.31 [39404] CLOSURE : ~r(X8_1185_5)
% 251.95/36.31
% 251.95/36.31 [1196] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1730] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [1730] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1734] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1735] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1735] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [13392] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [13392] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [13393] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [13394] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [13393] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [13768] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [13768] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [13769] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [13769] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [13770] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [13771] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [13771] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [13770] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [14240] ~q(X6_369_3)
% 251.95/36.31
% 251.95/36.31 [14240] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [14241] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [14241] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [14728] ~! [Y7_7] : ((q(X6_369_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [14728] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_369_3) <=> q(Y7_7)))
% 251.95/36.31 -> [14731] ~(q(X6_369_3) <=> q(skolem_Y77(X6_369_3)))
% 251.95/36.31
% 251.95/36.31 [14731] BETA_NOT_EQUIV : ~(q(X6_369_3) <=> q(skolem_Y77(X6_369_3)))
% 251.95/36.31 -> [14732] ~q(X6_369_3), q(skolem_Y77(X6_369_3))
% 251.95/36.31 -> [14733] q(X6_369_3), ~q(skolem_Y77(X6_369_3))
% 251.95/36.31
% 251.95/36.31 [14733] CLOSURE : q(X6_369_3)
% 251.95/36.31
% 251.95/36.31 [14732] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [37771] (r(skolem_X1010) <=> r(Y11_1012_4))
% 251.95/36.31
% 251.95/36.31 [37771] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1012_4))
% 251.95/36.31 -> [37772] ~r(skolem_X1010), ~r(Y11_1012_4)
% 251.95/36.31 -> [37773] r(skolem_X1010), r(Y11_1012_4)
% 251.95/36.31
% 251.95/36.31 [37772] CLOSURE : ~r(Y11_1012_4)
% 251.95/36.31
% 251.95/36.31 [37773] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [37831] ~r(X8_1075_5)
% 251.95/36.31
% 251.95/36.31 [37831] CLOSURE : ~r(X8_1075_5)
% 251.95/36.31
% 251.95/36.31 [13394] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [13396] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [13396] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [13397] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [13397] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [13398] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [13399] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [13399] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [13398] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [14253] ~q(X6_1140_3)
% 251.95/36.31
% 251.95/36.31 [14253] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [14254] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [14254] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [37476] ~! [Y7_7] : ((q(X6_1140_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [37476] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1140_3) <=> q(Y7_7)))
% 251.95/36.31 -> [37477] ~(q(X6_1140_3) <=> q(skolem_Y77(X6_1140_3)))
% 251.95/36.31
% 251.95/36.31 [37477] BETA_NOT_EQUIV : ~(q(X6_1140_3) <=> q(skolem_Y77(X6_1140_3)))
% 251.95/36.31 -> [37479] ~q(X6_1140_3), q(skolem_Y77(X6_1140_3))
% 251.95/36.31 -> [37480] q(X6_1140_3), ~q(skolem_Y77(X6_1140_3))
% 251.95/36.31
% 251.95/36.31 [37480] CLOSURE : q(X6_1140_3)
% 251.95/36.31
% 251.95/36.31 [37479] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [37905] (r(skolem_X1010) <=> r(Y11_1025_4))
% 251.95/36.31
% 251.95/36.31 [37905] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1025_4))
% 251.95/36.31 -> [37906] ~r(skolem_X1010), ~r(Y11_1025_4)
% 251.95/36.31 -> [37907] r(skolem_X1010), r(Y11_1025_4)
% 251.95/36.31
% 251.95/36.31 [37906] CLOSURE : ~r(Y11_1025_4)
% 251.95/36.31
% 251.95/36.31 [37907] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [37964] ~r(X8_1091_5)
% 251.95/36.31
% 251.95/36.31 [37964] CLOSURE : ~r(X8_1091_5)
% 251.95/36.31
% 251.95/36.31 [1734] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2782] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2783] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2782] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3347] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [3347] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [3348] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [3349] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [3349] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [3348] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4105] ~q(X6_424_3)
% 251.95/36.31
% 251.95/36.31 [4105] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [4108] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [4108] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [15803] ~! [Y7_7] : ((q(X6_424_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [15803] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_424_3) <=> q(Y7_7)))
% 251.95/36.31 -> [15804] ~(q(X6_424_3) <=> q(skolem_Y77(X6_424_3)))
% 251.95/36.31
% 251.95/36.31 [15804] BETA_NOT_EQUIV : ~(q(X6_424_3) <=> q(skolem_Y77(X6_424_3)))
% 251.95/36.31 -> [15805] ~q(X6_424_3), q(skolem_Y77(X6_424_3))
% 251.95/36.31 -> [15806] q(X6_424_3), ~q(skolem_Y77(X6_424_3))
% 251.95/36.31
% 251.95/36.31 [15806] CLOSURE : q(X6_424_3)
% 251.95/36.31
% 251.95/36.31 [15805] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [18838] (r(skolem_X1010) <=> r(Y11_298_4))
% 251.95/36.31
% 251.95/36.31 [18838] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_298_4))
% 251.95/36.31 -> [18839] ~r(skolem_X1010), ~r(Y11_298_4)
% 251.95/36.31 -> [18840] r(skolem_X1010), r(Y11_298_4)
% 251.95/36.31
% 251.95/36.31 [18839] CLOSURE : ~r(Y11_298_4)
% 251.95/36.31
% 251.95/36.31 [18840] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [24704] ~r(X8_435_5)
% 251.95/36.31
% 251.95/36.31 [24704] CLOSURE : ~r(X8_435_5)
% 251.95/36.31
% 251.95/36.31 [2783] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2787] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2787] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2788] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2788] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2789] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [2789] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [2791] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [2792] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2791] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2792] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [16759] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [16759] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [16760] r(Y5_670_2)
% 251.95/36.31
% 251.95/36.31 [16760] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [17657] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [17657] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [17658] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [17658] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [17659] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [17660] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17659] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17660] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [848] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [856] r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [856] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [857] ~s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [857] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31 -> [858] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [859] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31
% 251.95/36.31 [859] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [870] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [871] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [871] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [873] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [873] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1846] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1847] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1846] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4173] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4174] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [4173] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4636] (p(skolem_X22) <=> p(Y3_167_0))
% 251.95/36.31
% 251.95/36.31 [4636] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_167_0))
% 251.95/36.31 -> [4637] ~p(skolem_X22), ~p(Y3_167_0)
% 251.95/36.31 -> [4638] p(skolem_X22), p(Y3_167_0)
% 251.95/36.31
% 251.95/36.31 [4637] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [7940] ~q(X6_194_3)
% 251.95/36.31
% 251.95/36.31 [7940] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [10034] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [10034] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [11181] ~! [Y7_7] : ((q(X6_194_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [11181] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_194_3) <=> q(Y7_7)))
% 251.95/36.31 -> [11182] ~(q(X6_194_3) <=> q(skolem_Y77(X6_194_3)))
% 251.95/36.31
% 251.95/36.31 [11182] BETA_NOT_EQUIV : ~(q(X6_194_3) <=> q(skolem_Y77(X6_194_3)))
% 251.95/36.31 -> [11183] ~q(X6_194_3), q(skolem_Y77(X6_194_3))
% 251.95/36.31 -> [11184] q(X6_194_3), ~q(skolem_Y77(X6_194_3))
% 251.95/36.31
% 251.95/36.31 [11184] CLOSURE : q(X6_194_3)
% 251.95/36.31
% 251.95/36.31 [11183] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [17493] (r(skolem_X1010) <=> r(Y11_267_4))
% 251.95/36.31
% 251.95/36.31 [17493] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_267_4))
% 251.95/36.31 -> [17496] ~r(skolem_X1010), ~r(Y11_267_4)
% 251.95/36.31 -> [17497] r(skolem_X1010), r(Y11_267_4)
% 251.95/36.31
% 251.95/36.31 [17496] CLOSURE : ~r(Y11_267_4)
% 251.95/36.31
% 251.95/36.31 [17497] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [18264] p(Y13_60_5)
% 251.95/36.31
% 251.95/36.31 [18264] CLOSURE : p(Y13_60_5)
% 251.95/36.31
% 251.95/36.31 [4638] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [6264] ~q(X6_168_3)
% 251.95/36.31
% 251.95/36.31 [6264] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [8705] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [8705] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [10395] ~! [Y7_7] : ((q(X6_168_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [10395] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_168_3) <=> q(Y7_7)))
% 251.95/36.31 -> [10397] ~(q(X6_168_3) <=> q(skolem_Y77(X6_168_3)))
% 251.95/36.31
% 251.95/36.31 [10397] BETA_NOT_EQUIV : ~(q(X6_168_3) <=> q(skolem_Y77(X6_168_3)))
% 251.95/36.31 -> [10398] ~q(X6_168_3), q(skolem_Y77(X6_168_3))
% 251.95/36.31 -> [10399] q(X6_168_3), ~q(skolem_Y77(X6_168_3))
% 251.95/36.31
% 251.95/36.31 [10399] CLOSURE : q(X6_168_3)
% 251.95/36.31
% 251.95/36.31 [10398] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [17505] (r(skolem_X1010) <=> r(Y11_268_4))
% 251.95/36.31
% 251.95/36.31 [17505] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_268_4))
% 251.95/36.31 -> [17506] ~r(skolem_X1010), ~r(Y11_268_4)
% 251.95/36.31 -> [17507] r(skolem_X1010), r(Y11_268_4)
% 251.95/36.31
% 251.95/36.31 [17506] CLOSURE : ~r(Y11_268_4)
% 251.95/36.31
% 251.95/36.31 [17507] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [18276] p(Y13_61_5)
% 251.95/36.31
% 251.95/36.31 [18276] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [18711] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [18711] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31 -> [18712] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31
% 251.95/36.31 [18712] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31 -> [18714] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.31 -> [18715] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [18715] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [18714] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [21517] ~p(X16_22_7)
% 251.95/36.31
% 251.95/36.31 [21517] CLOSURE : ~p(X16_22_7)
% 251.95/36.31
% 251.95/36.31 [4174] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [4175] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4175] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [6276] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [6276] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [7977] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [7977] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [7978] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [7979] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [7978] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [7979] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [10401] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [10401] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [11647] r(Y5_432_2)
% 251.95/36.31
% 251.95/36.31 [11647] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [12913] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [12913] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [12915] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [12915] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [12919] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [12920] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [12919] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [12920] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1847] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1859] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1859] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1861] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1862] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1861] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2531] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2531] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [6299] (p(skolem_X22) <=> p(Y3_223_0))
% 251.95/36.31
% 251.95/36.31 [6299] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_223_0))
% 251.95/36.31 -> [6301] ~p(skolem_X22), ~p(Y3_223_0)
% 251.95/36.31 -> [6302] p(skolem_X22), p(Y3_223_0)
% 251.95/36.31
% 251.95/36.31 [6301] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [9426] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [9426] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [15772] r(Y5_636_2)
% 251.95/36.31
% 251.95/36.31 [15772] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [16869] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [16869] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [16871] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [16871] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [16873] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [16874] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [16873] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [16874] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [6302] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [8725] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [8725] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [15657] r(Y5_628_2)
% 251.95/36.31
% 251.95/36.31 [15657] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [36986] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [36986] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [37018] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [37018] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [37019] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [37020] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [37019] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [37020] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1862] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1866] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1866] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4700] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [4700] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [4703] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [4704] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4703] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4704] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [6330] ~q(X6_409_3)
% 251.95/36.31
% 251.95/36.31 [6330] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [8048] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [8048] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [15491] ~! [Y7_7] : ((q(X6_409_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [15491] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_409_3) <=> q(Y7_7)))
% 251.95/36.31 -> [15492] ~(q(X6_409_3) <=> q(skolem_Y77(X6_409_3)))
% 251.95/36.31
% 251.95/36.31 [15492] BETA_NOT_EQUIV : ~(q(X6_409_3) <=> q(skolem_Y77(X6_409_3)))
% 251.95/36.31 -> [15495] ~q(X6_409_3), q(skolem_Y77(X6_409_3))
% 251.95/36.31 -> [15496] q(X6_409_3), ~q(skolem_Y77(X6_409_3))
% 251.95/36.31
% 251.95/36.31 [15496] CLOSURE : q(X6_409_3)
% 251.95/36.31
% 251.95/36.31 [15495] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [39238] (r(skolem_X1010) <=> r(Y11_1075_4))
% 251.95/36.31
% 251.95/36.31 [39238] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1075_4))
% 251.95/36.31 -> [39241] ~r(skolem_X1010), ~r(Y11_1075_4)
% 251.95/36.31 -> [39242] r(skolem_X1010), r(Y11_1075_4)
% 251.95/36.31
% 251.95/36.31 [39241] CLOSURE : ~r(Y11_1075_4)
% 251.95/36.31
% 251.95/36.31 [39242] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [39453] p(Y13_566_5)
% 251.95/36.31
% 251.95/36.31 [39453] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [39486] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [39486] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.31 -> [39487] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.31 -> [39488] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [39488] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [39487] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [39537] q(Y17_144_7)
% 251.95/36.31
% 251.95/36.31 [39537] CLOSURE : q(Y17_144_7)
% 251.95/36.31
% 251.95/36.31 [870] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1251] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [1251] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1254] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1255] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1254] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1809] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1810] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1809] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [8905] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [8905] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [8906] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [8907] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [8907] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [8906] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [9353] ~q(X6_147_3)
% 251.95/36.31
% 251.95/36.31 [9353] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [9354] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [9354] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [9775] ~! [Y7_7] : ((q(X6_147_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [9775] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_147_3) <=> q(Y7_7)))
% 251.95/36.31 -> [9776] ~(q(X6_147_3) <=> q(skolem_Y77(X6_147_3)))
% 251.95/36.31
% 251.95/36.31 [9776] BETA_NOT_EQUIV : ~(q(X6_147_3) <=> q(skolem_Y77(X6_147_3)))
% 251.95/36.31 -> [9777] ~q(X6_147_3), q(skolem_Y77(X6_147_3))
% 251.95/36.31 -> [9778] q(X6_147_3), ~q(skolem_Y77(X6_147_3))
% 251.95/36.31
% 251.95/36.31 [9778] CLOSURE : q(X6_147_3)
% 251.95/36.31
% 251.95/36.31 [9777] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [25515] (r(skolem_X1010) <=> r(Y11_547_4))
% 251.95/36.31
% 251.95/36.31 [25515] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_547_4))
% 251.95/36.31 -> [25516] ~r(skolem_X1010), ~r(Y11_547_4)
% 251.95/36.31 -> [25517] r(skolem_X1010), r(Y11_547_4)
% 251.95/36.31
% 251.95/36.31 [25516] CLOSURE : ~r(Y11_547_4)
% 251.95/36.31
% 251.95/36.31 [25517] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [25693] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [25693] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [25843] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [25843] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31 -> [25844] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31
% 251.95/36.31 [25844] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31 -> [25845] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.31 -> [25846] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [25845] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [25846] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [1810] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1811] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1811] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [9803] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [9803] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [16625] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [16625] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [16626] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [16627] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [16627] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [16626] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [20792] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [20792] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [39982] r(Y5_1286_2)
% 251.95/36.31
% 251.95/36.31 [39982] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [40003] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [40003] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [40004] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [40004] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [40005] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [40006] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [40005] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [40006] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1255] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1262] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1262] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1263] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1264] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1264] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1272] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1272] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4618] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [4618] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [4619] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [4620] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4620] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4619] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [12063] ~q(X6_353_3)
% 251.95/36.31
% 251.95/36.31 [12063] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [13261] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [13261] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [14463] ~! [Y7_7] : ((q(X6_353_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [14463] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_353_3) <=> q(Y7_7)))
% 251.95/36.31 -> [14464] ~(q(X6_353_3) <=> q(skolem_Y77(X6_353_3)))
% 251.95/36.31
% 251.95/36.31 [14464] BETA_NOT_EQUIV : ~(q(X6_353_3) <=> q(skolem_Y77(X6_353_3)))
% 251.95/36.31 -> [14465] ~q(X6_353_3), q(skolem_Y77(X6_353_3))
% 251.95/36.31 -> [14466] q(X6_353_3), ~q(skolem_Y77(X6_353_3))
% 251.95/36.31
% 251.95/36.31 [14466] CLOSURE : q(X6_353_3)
% 251.95/36.31
% 251.95/36.31 [14465] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [19033] (r(skolem_X1010) <=> r(Y11_307_4))
% 251.95/36.31
% 251.95/36.31 [19033] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_307_4))
% 251.95/36.31 -> [19034] ~r(skolem_X1010), ~r(Y11_307_4)
% 251.95/36.31 -> [19035] r(skolem_X1010), r(Y11_307_4)
% 251.95/36.31
% 251.95/36.31 [19034] CLOSURE : ~r(Y11_307_4)
% 251.95/36.31
% 251.95/36.31 [19035] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [19611] ~s(skolem_X1414)
% 251.95/36.31
% 251.95/36.31 [19611] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [20125] (s(skolem_X1414) <=> s(Y15_28_6))
% 251.95/36.31
% 251.95/36.31 [20125] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_28_6))
% 251.95/36.31 -> [20126] ~s(skolem_X1414), ~s(Y15_28_6)
% 251.95/36.31 -> [20127] s(skolem_X1414), s(Y15_28_6)
% 251.95/36.31
% 251.95/36.31 [20127] CLOSURE : s(Y15_28_6)
% 251.95/36.31
% 251.95/36.31 [20126] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [20724] q(Y17_17_7)
% 251.95/36.31
% 251.95/36.31 [20724] CLOSURE : q(Y17_17_7)
% 251.95/36.31
% 251.95/36.31 [1263] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1813] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1813] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [1819] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [1819] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [1820] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [1821] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [1821] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [1820] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4372] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [4372] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [4376] r(Y5_121_2)
% 251.95/36.31
% 251.95/36.31 [4376] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [4895] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [4895] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [4896] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [4896] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [4900] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [4901] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [4900] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [4901] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [858] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [1233] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1234] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [1234] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [1239] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [1239] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [8873] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [8873] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [10364] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [10365] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [10364] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [10889] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [10890] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [10890] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [10900] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [10900] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [22096] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [22096] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [22099] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [22100] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [22100] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [22099] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [23771] ~q(X6_748_3)
% 251.95/36.31
% 251.95/36.31 [23771] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [23988] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [23988] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [24264] ~! [Y7_7] : ((q(X6_748_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [24264] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_748_3) <=> q(Y7_7)))
% 251.95/36.31 -> [24265] ~(q(X6_748_3) <=> q(skolem_Y77(X6_748_3)))
% 251.95/36.31
% 251.95/36.31 [24265] BETA_NOT_EQUIV : ~(q(X6_748_3) <=> q(skolem_Y77(X6_748_3)))
% 251.95/36.31 -> [24266] ~q(X6_748_3), q(skolem_Y77(X6_748_3))
% 251.95/36.31 -> [24267] q(X6_748_3), ~q(skolem_Y77(X6_748_3))
% 251.95/36.31
% 251.95/36.31 [24267] CLOSURE : q(X6_748_3)
% 251.95/36.31
% 251.95/36.31 [24266] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [25477] (r(skolem_X1010) <=> r(Y11_545_4))
% 251.95/36.31
% 251.95/36.31 [25477] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_545_4))
% 251.95/36.31 -> [25478] ~r(skolem_X1010), ~r(Y11_545_4)
% 251.95/36.31 -> [25479] r(skolem_X1010), r(Y11_545_4)
% 251.95/36.31
% 251.95/36.31 [25478] CLOSURE : ~r(Y11_545_4)
% 251.95/36.31
% 251.95/36.31 [25479] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [25665] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [25665] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31 -> [25666] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31
% 251.95/36.31 [25666] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31 -> [25667] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.31 -> [25668] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [25668] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [25667] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [27151] q(Y17_53_6)
% 251.95/36.31
% 251.95/36.31 [27151] CLOSURE : q(Y17_53_6)
% 251.95/36.31
% 251.95/36.31 [10889] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [11566] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [11566] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [33126] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [33126] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [33128] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [33129] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [33129] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [33128] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [33179] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [33179] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [33214] r(Y5_1092_2)
% 251.95/36.31
% 251.95/36.31 [33214] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [33260] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [33260] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [33261] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [33261] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [33262] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [33263] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [33262] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [33263] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [10365] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [10369] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [10369] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [16659] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [16660] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [16659] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [17077] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [17077] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [17080] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [17081] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [17081] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [17080] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [22400] ~q(X6_699_3)
% 251.95/36.31
% 251.95/36.31 [22400] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [22718] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [22718] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [22969] ~! [Y7_7] : ((q(X6_699_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [22969] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_699_3) <=> q(Y7_7)))
% 251.95/36.31 -> [22970] ~(q(X6_699_3) <=> q(skolem_Y77(X6_699_3)))
% 251.95/36.31
% 251.95/36.31 [22970] BETA_NOT_EQUIV : ~(q(X6_699_3) <=> q(skolem_Y77(X6_699_3)))
% 251.95/36.31 -> [22971] ~q(X6_699_3), q(skolem_Y77(X6_699_3))
% 251.95/36.31 -> [22972] q(X6_699_3), ~q(skolem_Y77(X6_699_3))
% 251.95/36.31
% 251.95/36.31 [22972] CLOSURE : q(X6_699_3)
% 251.95/36.31
% 251.95/36.31 [22971] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [23865] (r(skolem_X1010) <=> r(Y11_480_4))
% 251.95/36.31
% 251.95/36.31 [23865] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_480_4))
% 251.95/36.31 -> [23866] ~r(skolem_X1010), ~r(Y11_480_4)
% 251.95/36.31 -> [23867] r(skolem_X1010), r(Y11_480_4)
% 251.95/36.31
% 251.95/36.31 [23866] CLOSURE : ~r(Y11_480_4)
% 251.95/36.31
% 251.95/36.31 [23867] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [24063] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [24063] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.31 -> [24064] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.31 -> [24065] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [24065] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [24064] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [24842] ~p(X16_42_6)
% 251.95/36.31
% 251.95/36.31 [24842] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [24916] q(Y17_31_7)
% 251.95/36.31
% 251.95/36.31 [24916] CLOSURE : q(Y17_31_7)
% 251.95/36.31
% 251.95/36.31 [16660] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [16661] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [16661] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [37985] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [37985] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [38021] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [38021] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [38022] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [38023] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [38023] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [38022] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [38181] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [38181] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [38187] r(Y5_1218_2)
% 251.95/36.31
% 251.95/36.31 [38187] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [38205] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [38205] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [38206] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [38206] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [38207] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [38208] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [38207] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [38208] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1233] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1786] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1787] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1787] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1788] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1788] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1789] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1790] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1790] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1794] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1794] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [9182] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [9182] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [10492] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [10492] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [10493] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [10494] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [10493] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [10494] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [20565] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [20565] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [21507] r(Y5_871_2)
% 251.95/36.31
% 251.95/36.31 [21507] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [25495] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [25495] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [25496] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [25496] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [25497] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [25498] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [25497] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [25498] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1789] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2846] (p(skolem_X22) <=> p(Y3_94_0))
% 251.95/36.31
% 251.95/36.31 [2846] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_94_0))
% 251.95/36.31 -> [2848] ~p(skolem_X22), ~p(Y3_94_0)
% 251.95/36.31 -> [2849] p(skolem_X22), p(Y3_94_0)
% 251.95/36.31
% 251.95/36.31 [2849] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4210] ~q(X6_554_3)
% 251.95/36.31
% 251.95/36.31 [4210] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [17955] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [17955] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [18691] ~! [Y7_7] : ((q(X6_554_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [18691] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_554_3) <=> q(Y7_7)))
% 251.95/36.31 -> [18694] ~(q(X6_554_3) <=> q(skolem_Y77(X6_554_3)))
% 251.95/36.31
% 251.95/36.31 [18694] BETA_NOT_EQUIV : ~(q(X6_554_3) <=> q(skolem_Y77(X6_554_3)))
% 251.95/36.31 -> [18695] ~q(X6_554_3), q(skolem_Y77(X6_554_3))
% 251.95/36.31 -> [18696] q(X6_554_3), ~q(skolem_Y77(X6_554_3))
% 251.95/36.31
% 251.95/36.31 [18696] CLOSURE : q(X6_554_3)
% 251.95/36.31
% 251.95/36.31 [18695] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [22670] (r(skolem_X1010) <=> r(Y11_421_4))
% 251.95/36.31
% 251.95/36.31 [22670] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_421_4))
% 251.95/36.31 -> [22671] ~r(skolem_X1010), ~r(Y11_421_4)
% 251.95/36.31 -> [22672] r(skolem_X1010), r(Y11_421_4)
% 251.95/36.31
% 251.95/36.31 [22671] CLOSURE : ~r(Y11_421_4)
% 251.95/36.31
% 251.95/36.31 [22672] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [23309] ~s(skolem_X1414)
% 251.95/36.31
% 251.95/36.31 [23309] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [23581] p(Y13_116_6)
% 251.95/36.31
% 251.95/36.31 [23581] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [23815] (s(skolem_X1414) <=> s(Y15_54_7))
% 251.95/36.31
% 251.95/36.31 [23815] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_54_7))
% 251.95/36.31 -> [23816] ~s(skolem_X1414), ~s(Y15_54_7)
% 251.95/36.31 -> [23817] s(skolem_X1414), s(Y15_54_7)
% 251.95/36.31
% 251.95/36.31 [23817] CLOSURE : s(Y15_54_7)
% 251.95/36.31
% 251.95/36.31 [23816] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [24249] ~p(X16_36_8)
% 251.95/36.31
% 251.95/36.31 [24249] CLOSURE : ~p(X16_36_8)
% 251.95/36.31
% 251.95/36.31 [2848] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3405] ~q(skolem_Y77(X6_40_3))
% 251.95/36.31
% 251.95/36.31 [3405] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3406] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [3406] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [4191] ~! [Y7_7] : ((q(X6_40_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [4191] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_40_3) <=> q(Y7_7)))
% 251.95/36.31 -> [4192] ~(q(X6_40_3) <=> q(skolem_Y77(X6_40_3)))
% 251.95/36.31
% 251.95/36.31 [4192] BETA_NOT_EQUIV : ~(q(X6_40_3) <=> q(skolem_Y77(X6_40_3)))
% 251.95/36.31 -> [4193] ~q(X6_40_3), q(skolem_Y77(X6_40_3))
% 251.95/36.31 -> [4194] q(X6_40_3), ~q(skolem_Y77(X6_40_3))
% 251.95/36.31
% 251.95/36.31 [4193] CLOSURE : q(skolem_Y77(X6_40_3))
% 251.95/36.31
% 251.95/36.31 [4194] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [39289] (r(skolem_X1010) <=> r(Y11_1078_4))
% 251.95/36.31
% 251.95/36.31 [39289] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1078_4))
% 251.95/36.31 -> [39290] ~r(skolem_X1010), ~r(Y11_1078_4)
% 251.95/36.31 -> [39291] r(skolem_X1010), r(Y11_1078_4)
% 251.95/36.31
% 251.95/36.31 [39290] CLOSURE : ~r(Y11_1078_4)
% 251.95/36.31
% 251.95/36.31 [39291] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [39442] ~s(X12_636_5)
% 251.95/36.31
% 251.95/36.31 [39442] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [39536] p(Y13_570_6)
% 251.95/36.31
% 251.95/36.31 [39536] CLOSURE : p(Y13_570_6)
% 251.95/36.31
% 251.95/36.31 [1786] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2833] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2834] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2834] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2836] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2836] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4163] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [4163] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [4164] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [4165] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4164] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4165] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [17023] ~q(X6_566_3)
% 251.95/36.31
% 251.95/36.31 [17023] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [17905] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [17905] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [18963] ~! [Y7_7] : ((q(X6_566_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [18963] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_566_3) <=> q(Y7_7)))
% 251.95/36.31 -> [18964] ~(q(X6_566_3) <=> q(skolem_Y77(X6_566_3)))
% 251.95/36.31
% 251.95/36.31 [18964] BETA_NOT_EQUIV : ~(q(X6_566_3) <=> q(skolem_Y77(X6_566_3)))
% 251.95/36.31 -> [18967] ~q(X6_566_3), q(skolem_Y77(X6_566_3))
% 251.95/36.31 -> [18968] q(X6_566_3), ~q(skolem_Y77(X6_566_3))
% 251.95/36.31
% 251.95/36.31 [18968] CLOSURE : q(X6_566_3)
% 251.95/36.31
% 251.95/36.31 [18967] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [23764] (r(skolem_X1010) <=> r(Y11_476_4))
% 251.95/36.31
% 251.95/36.31 [23764] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_476_4))
% 251.95/36.31 -> [23765] ~r(skolem_X1010), ~r(Y11_476_4)
% 251.95/36.31 -> [23766] r(skolem_X1010), r(Y11_476_4)
% 251.95/36.31
% 251.95/36.31 [23765] CLOSURE : ~r(Y11_476_4)
% 251.95/36.31
% 251.95/36.31 [23766] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [24009] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [24009] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [24215] p(Y13_141_6)
% 251.95/36.31
% 251.95/36.31 [24215] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [24518] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [24518] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31 -> [24519] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31
% 251.95/36.31 [24519] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31 -> [24520] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.31 -> [24521] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [24520] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [24521] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [2833] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [3384] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [3384] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3385] (p(skolem_X22) <=> p(Y3_127_0))
% 251.95/36.31
% 251.95/36.31 [3385] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_127_0))
% 251.95/36.31 -> [3386] ~p(skolem_X22), ~p(Y3_127_0)
% 251.95/36.31 -> [3387] p(skolem_X22), p(Y3_127_0)
% 251.95/36.31
% 251.95/36.31 [3386] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4149] ~q(X6_469_3)
% 251.95/36.31
% 251.95/36.31 [4149] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [4150] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [4150] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [16720] ~! [Y7_7] : ((q(X6_469_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [16720] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_469_3) <=> q(Y7_7)))
% 251.95/36.31 -> [16722] ~(q(X6_469_3) <=> q(skolem_Y77(X6_469_3)))
% 251.95/36.31
% 251.95/36.31 [16722] BETA_NOT_EQUIV : ~(q(X6_469_3) <=> q(skolem_Y77(X6_469_3)))
% 251.95/36.31 -> [16723] ~q(X6_469_3), q(skolem_Y77(X6_469_3))
% 251.95/36.31 -> [16724] q(X6_469_3), ~q(skolem_Y77(X6_469_3))
% 251.95/36.31
% 251.95/36.31 [16724] CLOSURE : q(X6_469_3)
% 251.95/36.31
% 251.95/36.31 [16723] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [38249] (r(skolem_X1010) <=> r(Y11_1042_4))
% 251.95/36.31
% 251.95/36.31 [38249] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1042_4))
% 251.95/36.31 -> [38251] ~r(skolem_X1010), ~r(Y11_1042_4)
% 251.95/36.31 -> [38252] r(skolem_X1010), r(Y11_1042_4)
% 251.95/36.31
% 251.95/36.31 [38251] CLOSURE : ~r(Y11_1042_4)
% 251.95/36.31
% 251.95/36.31 [38252] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [38269] ~s(X12_601_5)
% 251.95/36.31
% 251.95/36.31 [38269] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [38286] p(Y13_526_6)
% 251.95/36.31
% 251.95/36.31 [38286] CLOSURE : p(Y13_526_6)
% 251.95/36.31
% 251.95/36.31 [3387] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [17371] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17371] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [18425] r(Y5_767_2)
% 251.95/36.31
% 251.95/36.31 [18425] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [19425] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [19425] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [19426] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [19426] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [19427] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [19428] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [19427] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [19428] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [841] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.31 -> [1142] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [1143] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.31
% 251.95/36.31 [1142] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31 -> [1611] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1612] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31
% 251.95/36.31 [1611] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [2354] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [2355] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [2355] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [2356] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [2356] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [2357] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2357] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [2359] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2360] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [2360] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [2370] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [2370] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2371] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2372] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2371] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2660] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2660] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2661] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2661] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2662] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2663] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2663] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2662] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2945] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [2945] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2948] r(Y5_50_2)
% 251.95/36.31
% 251.95/36.31 [2948] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [13871] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [13871] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [13872] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [13872] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [13873] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [13874] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [13873] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [13874] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2372] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2374] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2374] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2953] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2953] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2954] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2955] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2955] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2954] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [22630] ~q(X6_719_3)
% 251.95/36.31
% 251.95/36.31 [22630] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [23052] r(Y5_929_2)
% 251.95/36.31
% 251.95/36.31 [23052] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [23439] ~! [Y7_7] : ((q(X6_719_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [23439] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_719_3) <=> q(Y7_7)))
% 251.95/36.31 -> [23440] ~(q(X6_719_3) <=> q(skolem_Y77(X6_719_3)))
% 251.95/36.31
% 251.95/36.31 [23440] BETA_NOT_EQUIV : ~(q(X6_719_3) <=> q(skolem_Y77(X6_719_3)))
% 251.95/36.31 -> [23441] ~q(X6_719_3), q(skolem_Y77(X6_719_3))
% 251.95/36.31 -> [23442] q(X6_719_3), ~q(skolem_Y77(X6_719_3))
% 251.95/36.31
% 251.95/36.31 [23442] CLOSURE : q(X6_719_3)
% 251.95/36.31
% 251.95/36.31 [23441] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [24888] ~! [Y11_11] : ((r(X10_445_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [24888] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_445_4) <=> r(Y11_11)))
% 251.95/36.31 -> [24889] ~(r(X10_445_4) <=> r(skolem_Y1111(X10_445_4)))
% 251.95/36.31
% 251.95/36.31 [24889] BETA_NOT_EQUIV : ~(r(X10_445_4) <=> r(skolem_Y1111(X10_445_4)))
% 251.95/36.31 -> [24890] ~r(X10_445_4), r(skolem_Y1111(X10_445_4))
% 251.95/36.31 -> [24891] r(X10_445_4), ~r(skolem_Y1111(X10_445_4))
% 251.95/36.31
% 251.95/36.31 [24890] CLOSURE : ~r(X10_445_4)
% 251.95/36.31
% 251.95/36.31 [24891] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [25824] ~r(X8_507_5)
% 251.95/36.31
% 251.95/36.31 [25824] CLOSURE : ~r(X8_507_5)
% 251.95/36.31
% 251.95/36.31 [2359] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2648] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2649] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2649] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2651] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2651] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [3270] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [3270] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [9271] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [9271] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [9272] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [9273] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [9273] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [9272] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [25965] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [25965] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [26115] r(Y5_981_2)
% 251.95/36.31
% 251.95/36.31 [26115] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [26305] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [26305] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [26306] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [26306] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [26307] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [26308] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [26307] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [26308] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2648] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2914] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2914] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2915] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2916] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2916] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2915] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3261] ~q(X6_339_3)
% 251.95/36.31
% 251.95/36.31 [3261] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3262] r(skolem_Y1111(X10_921_4))
% 251.95/36.31
% 251.95/36.31 [3262] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [14155] ~! [Y7_7] : ((q(X6_339_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [14155] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_339_3) <=> q(Y7_7)))
% 251.95/36.31 -> [14157] ~(q(X6_339_3) <=> q(skolem_Y77(X6_339_3)))
% 251.95/36.31
% 251.95/36.31 [14157] BETA_NOT_EQUIV : ~(q(X6_339_3) <=> q(skolem_Y77(X6_339_3)))
% 251.95/36.31 -> [14160] ~q(X6_339_3), q(skolem_Y77(X6_339_3))
% 251.95/36.31 -> [14161] q(X6_339_3), ~q(skolem_Y77(X6_339_3))
% 251.95/36.31
% 251.95/36.31 [14161] CLOSURE : q(X6_339_3)
% 251.95/36.31
% 251.95/36.31 [14160] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [37146] ~! [Y11_11] : ((r(X10_921_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [37146] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_921_4) <=> r(Y11_11)))
% 251.95/36.31 -> [37147] ~(r(X10_921_4) <=> r(skolem_Y1111(X10_921_4)))
% 251.95/36.31
% 251.95/36.31 [37147] BETA_NOT_EQUIV : ~(r(X10_921_4) <=> r(skolem_Y1111(X10_921_4)))
% 251.95/36.31 -> [37148] ~r(X10_921_4), r(skolem_Y1111(X10_921_4))
% 251.95/36.31 -> [37149] r(X10_921_4), ~r(skolem_Y1111(X10_921_4))
% 251.95/36.31
% 251.95/36.31 [37149] CLOSURE : ~r(skolem_Y1111(X10_921_4))
% 251.95/36.31
% 251.95/36.31 [37148] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [37213] ~r(X8_1026_5)
% 251.95/36.31
% 251.95/36.31 [37213] CLOSURE : ~r(X8_1026_5)
% 251.95/36.31
% 251.95/36.31 [2354] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [2598] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2599] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [2599] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [2603] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [2603] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2606] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2607] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2607] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2615] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2615] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2618] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [2618] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [2619] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [2620] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2619] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2620] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2633] ~q(X6_10_3)
% 251.95/36.31
% 251.95/36.31 [2633] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2635] r(skolem_Y1111(X10_645_4))
% 251.95/36.31
% 251.95/36.31 [2635] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3241] ~! [Y7_7] : ((q(X6_10_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3241] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_10_3) <=> q(Y7_7)))
% 251.95/36.31 -> [3242] ~(q(X6_10_3) <=> q(skolem_Y77(X6_10_3)))
% 251.95/36.31
% 251.95/36.31 [3242] BETA_NOT_EQUIV : ~(q(X6_10_3) <=> q(skolem_Y77(X6_10_3)))
% 251.95/36.31 -> [3243] ~q(X6_10_3), q(skolem_Y77(X6_10_3))
% 251.95/36.31 -> [3244] q(X6_10_3), ~q(skolem_Y77(X6_10_3))
% 251.95/36.31
% 251.95/36.31 [3244] CLOSURE : q(X6_10_3)
% 251.95/36.31
% 251.95/36.31 [3243] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [29636] ~! [Y11_11] : ((r(X10_645_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [29636] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_645_4) <=> r(Y11_11)))
% 251.95/36.31 -> [29639] ~(r(X10_645_4) <=> r(skolem_Y1111(X10_645_4)))
% 251.95/36.31
% 251.95/36.31 [29639] BETA_NOT_EQUIV : ~(r(X10_645_4) <=> r(skolem_Y1111(X10_645_4)))
% 251.95/36.31 -> [29640] ~r(X10_645_4), r(skolem_Y1111(X10_645_4))
% 251.95/36.31 -> [29641] r(X10_645_4), ~r(skolem_Y1111(X10_645_4))
% 251.95/36.31
% 251.95/36.31 [29641] CLOSURE : ~r(skolem_Y1111(X10_645_4))
% 251.95/36.31
% 251.95/36.31 [29640] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [29702] ~r(X8_712_5)
% 251.95/36.31
% 251.95/36.31 [29702] CLOSURE : ~r(X8_712_5)
% 251.95/36.31
% 251.95/36.31 [2606] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2880] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2880] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2882] (p(skolem_X22) <=> p(Y3_98_0))
% 251.95/36.31
% 251.95/36.31 [2882] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_98_0))
% 251.95/36.31 -> [2885] ~p(skolem_X22), ~p(Y3_98_0)
% 251.95/36.31 -> [2886] p(skolem_X22), p(Y3_98_0)
% 251.95/36.31
% 251.95/36.31 [2885] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3228] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3228] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3229] r(Y5_61_2)
% 251.95/36.31
% 251.95/36.31 [3229] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3980] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3980] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [3981] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [3981] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [3982] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [3983] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3982] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3983] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2886] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2894] ~q(X6_24_3)
% 251.95/36.31
% 251.95/36.31 [2894] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2895] r(skolem_Y1111(X10_112_4))
% 251.95/36.31
% 251.95/36.31 [2895] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3598] ~! [Y7_7] : ((q(X6_24_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3598] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_24_3) <=> q(Y7_7)))
% 251.95/36.31 -> [3599] ~(q(X6_24_3) <=> q(skolem_Y77(X6_24_3)))
% 251.95/36.31
% 251.95/36.31 [3599] BETA_NOT_EQUIV : ~(q(X6_24_3) <=> q(skolem_Y77(X6_24_3)))
% 251.95/36.31 -> [3600] ~q(X6_24_3), q(skolem_Y77(X6_24_3))
% 251.95/36.31 -> [3601] q(X6_24_3), ~q(skolem_Y77(X6_24_3))
% 251.95/36.31
% 251.95/36.31 [3601] CLOSURE : q(X6_24_3)
% 251.95/36.31
% 251.95/36.31 [3600] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [14173] ~! [Y11_11] : ((r(X10_112_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [14173] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_112_4) <=> r(Y11_11)))
% 251.95/36.31 -> [14175] ~(r(X10_112_4) <=> r(skolem_Y1111(X10_112_4)))
% 251.95/36.31
% 251.95/36.31 [14175] BETA_NOT_EQUIV : ~(r(X10_112_4) <=> r(skolem_Y1111(X10_112_4)))
% 251.95/36.31 -> [14176] ~r(X10_112_4), r(skolem_Y1111(X10_112_4))
% 251.95/36.31 -> [14177] r(X10_112_4), ~r(skolem_Y1111(X10_112_4))
% 251.95/36.31
% 251.95/36.31 [14177] CLOSURE : ~r(skolem_Y1111(X10_112_4))
% 251.95/36.31
% 251.95/36.31 [14176] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [38587] ~r(X8_1131_5)
% 251.95/36.31
% 251.95/36.31 [38587] CLOSURE : ~r(X8_1131_5)
% 251.95/36.31
% 251.95/36.31 [2598] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2858] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2859] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2859] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2860] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2860] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2864] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2864] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2865] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [2865] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [2866] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [2867] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2866] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2867] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2876] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [2876] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2877] r(Y5_45_2)
% 251.95/36.31
% 251.95/36.31 [2877] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3590] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3590] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [3591] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [3591] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [3592] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [3593] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3592] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3593] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2858] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3204] (p(skolem_X22) <=> p(Y3_119_0))
% 251.95/36.31
% 251.95/36.31 [3204] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_119_0))
% 251.95/36.31 -> [3205] ~p(skolem_X22), ~p(Y3_119_0)
% 251.95/36.31 -> [3206] p(skolem_X22), p(Y3_119_0)
% 251.95/36.31
% 251.95/36.31 [3206] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3211] ~q(skolem_Y77(X6_34_3))
% 251.95/36.31
% 251.95/36.31 [3211] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3213] r(skolem_Y1111(X10_140_4))
% 251.95/36.31
% 251.95/36.31 [3213] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3949] ~! [Y7_7] : ((q(X6_34_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3949] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_34_3) <=> q(Y7_7)))
% 251.95/36.31 -> [3950] ~(q(X6_34_3) <=> q(skolem_Y77(X6_34_3)))
% 251.95/36.31
% 251.95/36.31 [3950] BETA_NOT_EQUIV : ~(q(X6_34_3) <=> q(skolem_Y77(X6_34_3)))
% 251.95/36.31 -> [3951] ~q(X6_34_3), q(skolem_Y77(X6_34_3))
% 251.95/36.31 -> [3952] q(X6_34_3), ~q(skolem_Y77(X6_34_3))
% 251.95/36.31
% 251.95/36.31 [3951] CLOSURE : q(skolem_Y77(X6_34_3))
% 251.95/36.31
% 251.95/36.31 [3952] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [15850] ~! [Y11_11] : ((r(X10_140_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [15850] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_140_4) <=> r(Y11_11)))
% 251.95/36.31 -> [15851] ~(r(X10_140_4) <=> r(skolem_Y1111(X10_140_4)))
% 251.95/36.31
% 251.95/36.31 [15851] BETA_NOT_EQUIV : ~(r(X10_140_4) <=> r(skolem_Y1111(X10_140_4)))
% 251.95/36.31 -> [15852] ~r(X10_140_4), r(skolem_Y1111(X10_140_4))
% 251.95/36.31 -> [15853] r(X10_140_4), ~r(skolem_Y1111(X10_140_4))
% 251.95/36.31
% 251.95/36.31 [15853] CLOSURE : ~r(skolem_Y1111(X10_140_4))
% 251.95/36.31
% 251.95/36.31 [15852] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [19348] ~r(X8_196_5)
% 251.95/36.31
% 251.95/36.31 [19348] CLOSURE : ~r(X8_196_5)
% 251.95/36.31
% 251.95/36.31 [3205] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3563] ~q(X6_33_3)
% 251.95/36.31
% 251.95/36.31 [3563] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3566] r(Y5_80_2)
% 251.95/36.31
% 251.95/36.31 [3566] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3938] ~! [Y7_7] : ((q(X6_33_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3938] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_33_3) <=> q(Y7_7)))
% 251.95/36.31 -> [3939] ~(q(X6_33_3) <=> q(skolem_Y77(X6_33_3)))
% 251.95/36.31
% 251.95/36.31 [3939] BETA_NOT_EQUIV : ~(q(X6_33_3) <=> q(skolem_Y77(X6_33_3)))
% 251.95/36.31 -> [3940] ~q(X6_33_3), q(skolem_Y77(X6_33_3))
% 251.95/36.31 -> [3941] q(X6_33_3), ~q(skolem_Y77(X6_33_3))
% 251.95/36.31
% 251.95/36.31 [3941] CLOSURE : q(X6_33_3)
% 251.95/36.31
% 251.95/36.31 [3940] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [16551] ~! [Y11_11] : ((r(X10_156_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [16551] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_156_4) <=> r(Y11_11)))
% 251.95/36.31 -> [16554] ~(r(X10_156_4) <=> r(skolem_Y1111(X10_156_4)))
% 251.95/36.31
% 251.95/36.31 [16554] BETA_NOT_EQUIV : ~(r(X10_156_4) <=> r(skolem_Y1111(X10_156_4)))
% 251.95/36.31 -> [16557] ~r(X10_156_4), r(skolem_Y1111(X10_156_4))
% 251.95/36.31 -> [16558] r(X10_156_4), ~r(skolem_Y1111(X10_156_4))
% 251.95/36.31
% 251.95/36.31 [16557] CLOSURE : ~r(X10_156_4)
% 251.95/36.31
% 251.95/36.31 [16558] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [38926] ~r(X8_1145_5)
% 251.95/36.31
% 251.95/36.31 [38926] CLOSURE : ~r(X8_1145_5)
% 251.95/36.31
% 251.95/36.31 [1612] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [1617] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1618] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [1617] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [2385] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2385] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [2386] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2387] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [2387] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [2392] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [2392] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2393] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2394] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2394] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2398] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2398] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2399] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2399] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2400] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [2400] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [2401] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [2402] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2401] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2402] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [6782] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [6782] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [6783] r(Y5_190_2)
% 251.95/36.31
% 251.95/36.31 [6783] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [8863] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [8863] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [8865] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [8865] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [8871] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [8872] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [8871] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [8872] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2393] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2690] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2690] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2692] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2693] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2693] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2692] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2985] ~q(skolem_Y77(X6_13_3))
% 251.95/36.31
% 251.95/36.31 [2985] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2986] r(skolem_Y1111(X10_725_4))
% 251.95/36.31
% 251.95/36.31 [2986] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3330] ~! [Y7_7] : ((q(X6_13_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3330] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_13_3) <=> q(Y7_7)))
% 251.95/36.31 -> [3333] ~(q(X6_13_3) <=> q(skolem_Y77(X6_13_3)))
% 251.95/36.31
% 251.95/36.31 [3333] BETA_NOT_EQUIV : ~(q(X6_13_3) <=> q(skolem_Y77(X6_13_3)))
% 251.95/36.31 -> [3335] ~q(X6_13_3), q(skolem_Y77(X6_13_3))
% 251.95/36.31 -> [3336] q(X6_13_3), ~q(skolem_Y77(X6_13_3))
% 251.95/36.31
% 251.95/36.31 [3335] CLOSURE : q(skolem_Y77(X6_13_3))
% 251.95/36.31
% 251.95/36.31 [3336] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [32140] ~! [Y11_11] : ((r(X10_725_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [32140] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_725_4) <=> r(Y11_11)))
% 251.95/36.31 -> [32141] ~(r(X10_725_4) <=> r(skolem_Y1111(X10_725_4)))
% 251.95/36.31
% 251.95/36.31 [32141] BETA_NOT_EQUIV : ~(r(X10_725_4) <=> r(skolem_Y1111(X10_725_4)))
% 251.95/36.31 -> [32142] ~r(X10_725_4), r(skolem_Y1111(X10_725_4))
% 251.95/36.31 -> [32143] r(X10_725_4), ~r(skolem_Y1111(X10_725_4))
% 251.95/36.31
% 251.95/36.31 [32143] CLOSURE : ~r(skolem_Y1111(X10_725_4))
% 251.95/36.31
% 251.95/36.31 [32142] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [32377] ~r(X8_805_5)
% 251.95/36.31
% 251.95/36.31 [32377] CLOSURE : ~r(X8_805_5)
% 251.95/36.31
% 251.95/36.31 [2386] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2682] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2683] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2682] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2961] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2961] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2962] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2962] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2963] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2964] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2964] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2963] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3289] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3289] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3290] r(Y5_64_2)
% 251.95/36.31
% 251.95/36.31 [3290] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3638] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3638] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [3639] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [3639] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [3640] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [3641] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3640] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3641] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2683] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2684] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2684] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2685] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2685] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2686] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2687] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2687] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2686] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3307] ~q(X6_388_3)
% 251.95/36.31
% 251.95/36.31 [3307] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3313] r(Y5_66_2)
% 251.95/36.31
% 251.95/36.31 [3313] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [15111] ~! [Y7_7] : ((q(X6_388_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [15111] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_388_3) <=> q(Y7_7)))
% 251.95/36.31 -> [15112] ~(q(X6_388_3) <=> q(skolem_Y77(X6_388_3)))
% 251.95/36.31
% 251.95/36.31 [15112] BETA_NOT_EQUIV : ~(q(X6_388_3) <=> q(skolem_Y77(X6_388_3)))
% 251.95/36.31 -> [15113] ~q(X6_388_3), q(skolem_Y77(X6_388_3))
% 251.95/36.31 -> [15114] q(X6_388_3), ~q(skolem_Y77(X6_388_3))
% 251.95/36.31
% 251.95/36.31 [15114] CLOSURE : q(X6_388_3)
% 251.95/36.31
% 251.95/36.31 [15113] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [35675] ~! [Y11_11] : ((r(X10_867_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [35675] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_867_4) <=> r(Y11_11)))
% 251.95/36.31 -> [35676] ~(r(X10_867_4) <=> r(skolem_Y1111(X10_867_4)))
% 251.95/36.31
% 251.95/36.31 [35676] BETA_NOT_EQUIV : ~(r(X10_867_4) <=> r(skolem_Y1111(X10_867_4)))
% 251.95/36.31 -> [35677] ~r(X10_867_4), r(skolem_Y1111(X10_867_4))
% 251.95/36.31 -> [35678] r(X10_867_4), ~r(skolem_Y1111(X10_867_4))
% 251.95/36.31
% 251.95/36.31 [35677] CLOSURE : ~r(X10_867_4)
% 251.95/36.31
% 251.95/36.31 [35678] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [35713] ~r(X8_952_5)
% 251.95/36.31
% 251.95/36.31 [35713] CLOSURE : ~r(X8_952_5)
% 251.95/36.31
% 251.95/36.31 [1618] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [1622] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [1622] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1623] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1624] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1623] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2417] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2418] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2418] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2421] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2421] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3022] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [3022] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [3023] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [3024] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3023] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3024] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3690] ~q(X6_426_3)
% 251.95/36.31
% 251.95/36.31 [3690] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [15442] r(skolem_Y1111(X10_210_4))
% 251.95/36.31
% 251.95/36.31 [15442] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [15834] ~! [Y7_7] : ((q(X6_426_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [15834] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_426_3) <=> q(Y7_7)))
% 251.95/36.31 -> [15837] ~(q(X6_426_3) <=> q(skolem_Y77(X6_426_3)))
% 251.95/36.31
% 251.95/36.31 [15837] BETA_NOT_EQUIV : ~(q(X6_426_3) <=> q(skolem_Y77(X6_426_3)))
% 251.95/36.31 -> [15839] ~q(X6_426_3), q(skolem_Y77(X6_426_3))
% 251.95/36.31 -> [15840] q(X6_426_3), ~q(skolem_Y77(X6_426_3))
% 251.95/36.31
% 251.95/36.31 [15840] CLOSURE : q(X6_426_3)
% 251.95/36.31
% 251.95/36.31 [15839] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [18499] ~! [Y11_11] : ((r(X10_210_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [18499] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_210_4) <=> r(Y11_11)))
% 251.95/36.31 -> [18500] ~(r(X10_210_4) <=> r(skolem_Y1111(X10_210_4)))
% 251.95/36.31
% 251.95/36.31 [18500] BETA_NOT_EQUIV : ~(r(X10_210_4) <=> r(skolem_Y1111(X10_210_4)))
% 251.95/36.31 -> [18501] ~r(X10_210_4), r(skolem_Y1111(X10_210_4))
% 251.95/36.31 -> [18502] r(X10_210_4), ~r(skolem_Y1111(X10_210_4))
% 251.95/36.31
% 251.95/36.31 [18502] CLOSURE : ~r(skolem_Y1111(X10_210_4))
% 251.95/36.31
% 251.95/36.31 [18501] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [25303] ~r(X8_483_5)
% 251.95/36.31
% 251.95/36.31 [25303] CLOSURE : ~r(X8_483_5)
% 251.95/36.31
% 251.95/36.31 [2417] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2706] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2706] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2707] (p(skolem_X22) <=> p(Y3_84_0))
% 251.95/36.31
% 251.95/36.31 [2707] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_84_0))
% 251.95/36.31 -> [2708] ~p(skolem_X22), ~p(Y3_84_0)
% 251.95/36.31 -> [2709] p(skolem_X22), p(Y3_84_0)
% 251.95/36.31
% 251.95/36.31 [2708] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3009] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3009] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3010] r(Y5_52_2)
% 251.95/36.31
% 251.95/36.31 [3010] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [14537] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [14537] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [14538] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [14538] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [14539] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [14540] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [14539] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [14540] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2709] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3368] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3368] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [9761] r(Y5_317_2)
% 251.95/36.31
% 251.95/36.31 [9761] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [10357] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [10357] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [10358] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [10358] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [10359] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [10360] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [10359] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [10360] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1624] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1631] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1631] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1632] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1633] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1633] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1640] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1640] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2743] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2743] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3715] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [3715] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [3716] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [3717] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3716] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3717] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [10157] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [10157] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [11368] r(Y5_419_2)
% 251.95/36.31
% 251.95/36.31 [11368] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [12212] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [12212] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [12214] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [12214] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [12216] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [12217] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [12216] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [12217] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1632] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2429] (p(skolem_X22) <=> p(Y3_62_0))
% 251.95/36.31
% 251.95/36.31 [2429] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_62_0))
% 251.95/36.31 -> [2432] ~p(skolem_X22), ~p(Y3_62_0)
% 251.95/36.31 -> [2433] p(skolem_X22), p(Y3_62_0)
% 251.95/36.31
% 251.95/36.31 [2433] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3031] ~q(skolem_Y77(X6_1116_3))
% 251.95/36.31
% 251.95/36.31 [3031] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [15101] r(skolem_Y1111(X10_920_4))
% 251.95/36.31
% 251.95/36.31 [15101] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [36988] ~! [Y7_7] : ((q(X6_1116_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [36988] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1116_3) <=> q(Y7_7)))
% 251.95/36.31 -> [36989] ~(q(X6_1116_3) <=> q(skolem_Y77(X6_1116_3)))
% 251.95/36.31
% 251.95/36.31 [36989] BETA_NOT_EQUIV : ~(q(X6_1116_3) <=> q(skolem_Y77(X6_1116_3)))
% 251.95/36.31 -> [36991] ~q(X6_1116_3), q(skolem_Y77(X6_1116_3))
% 251.95/36.31 -> [36992] q(X6_1116_3), ~q(skolem_Y77(X6_1116_3))
% 251.95/36.31
% 251.95/36.31 [36991] CLOSURE : q(skolem_Y77(X6_1116_3))
% 251.95/36.31
% 251.95/36.31 [36992] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [37111] ~! [Y11_11] : ((r(X10_920_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [37111] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_920_4) <=> r(Y11_11)))
% 251.95/36.31 -> [37112] ~(r(X10_920_4) <=> r(skolem_Y1111(X10_920_4)))
% 251.95/36.31
% 251.95/36.31 [37112] BETA_NOT_EQUIV : ~(r(X10_920_4) <=> r(skolem_Y1111(X10_920_4)))
% 251.95/36.31 -> [37113] ~r(X10_920_4), r(skolem_Y1111(X10_920_4))
% 251.95/36.31 -> [37114] r(X10_920_4), ~r(skolem_Y1111(X10_920_4))
% 251.95/36.31
% 251.95/36.31 [37114] CLOSURE : ~r(skolem_Y1111(X10_920_4))
% 251.95/36.31
% 251.95/36.31 [37113] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [37305] ~r(X8_1032_5)
% 251.95/36.31
% 251.95/36.31 [37305] CLOSURE : ~r(X8_1032_5)
% 251.95/36.31
% 251.95/36.31 [2432] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2728] ~q(skolem_Y77(X6_27_3))
% 251.95/36.31
% 251.95/36.31 [2728] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2729] r(Y5_36_2)
% 251.95/36.31
% 251.95/36.31 [2729] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3692] ~! [Y7_7] : ((q(X6_27_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3692] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_27_3) <=> q(Y7_7)))
% 251.95/36.31 -> [3693] ~(q(X6_27_3) <=> q(skolem_Y77(X6_27_3)))
% 251.95/36.31
% 251.95/36.31 [3693] BETA_NOT_EQUIV : ~(q(X6_27_3) <=> q(skolem_Y77(X6_27_3)))
% 251.95/36.31 -> [3694] ~q(X6_27_3), q(skolem_Y77(X6_27_3))
% 251.95/36.31 -> [3695] q(X6_27_3), ~q(skolem_Y77(X6_27_3))
% 251.95/36.31
% 251.95/36.31 [3694] CLOSURE : q(skolem_Y77(X6_27_3))
% 251.95/36.31
% 251.95/36.31 [3695] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [40650] ~! [Y11_11] : ((r(X10_1065_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [40650] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1065_4) <=> r(Y11_11)))
% 251.95/36.31 -> [40651] ~(r(X10_1065_4) <=> r(skolem_Y1111(X10_1065_4)))
% 251.95/36.31
% 251.95/36.31 [40651] BETA_NOT_EQUIV : ~(r(X10_1065_4) <=> r(skolem_Y1111(X10_1065_4)))
% 251.95/36.31 -> [40652] ~r(X10_1065_4), r(skolem_Y1111(X10_1065_4))
% 251.95/36.31 -> [40653] r(X10_1065_4), ~r(skolem_Y1111(X10_1065_4))
% 251.95/36.31
% 251.95/36.31 [40652] CLOSURE : ~r(X10_1065_4)
% 251.95/36.31
% 251.95/36.31 [40653] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [41638] ~r(X8_1290_5)
% 251.95/36.31
% 251.95/36.31 [41638] CLOSURE : ~r(X8_1290_5)
% 251.95/36.31
% 251.95/36.31 [1143] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [1149] r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [1149] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [1151] ~s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [1151] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31 -> [1152] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1153] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31
% 251.95/36.31 [1152] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [1645] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1646] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [1646] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [1649] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [1649] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [4234] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4234] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [4602] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4603] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [4602] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4701] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4702] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [4702] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [4708] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4708] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [5167] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [5167] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [5683] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [5683] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [5684] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [5685] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [5685] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [5684] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [15004] ~q(X6_470_3)
% 251.95/36.31
% 251.95/36.31 [15004] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [15700] r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [15700] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [16784] ~! [Y7_7] : ((q(X6_470_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [16784] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_470_3) <=> q(Y7_7)))
% 251.95/36.31 -> [16785] ~(q(X6_470_3) <=> q(skolem_Y77(X6_470_3)))
% 251.95/36.31
% 251.95/36.31 [16785] BETA_NOT_EQUIV : ~(q(X6_470_3) <=> q(skolem_Y77(X6_470_3)))
% 251.95/36.31 -> [16786] ~q(X6_470_3), q(skolem_Y77(X6_470_3))
% 251.95/36.31 -> [16787] q(X6_470_3), ~q(skolem_Y77(X6_470_3))
% 251.95/36.31
% 251.95/36.31 [16787] CLOSURE : q(X6_470_3)
% 251.95/36.31
% 251.95/36.31 [16786] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [22781] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [22781] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31 -> [22783] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31
% 251.95/36.31 [22783] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31 -> [22786] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.31 -> [22787] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [22787] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [22786] CLOSURE : ~r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [4701] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4823] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [4823] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [4824] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [4825] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4825] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4824] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [5675] ~q(X6_76_3)
% 251.95/36.31
% 251.95/36.31 [5675] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [6133] r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [6133] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [6492] ~! [Y7_7] : ((q(X6_76_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [6492] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_76_3) <=> q(Y7_7)))
% 251.95/36.31 -> [6493] ~(q(X6_76_3) <=> q(skolem_Y77(X6_76_3)))
% 251.95/36.31
% 251.95/36.31 [6493] BETA_NOT_EQUIV : ~(q(X6_76_3) <=> q(skolem_Y77(X6_76_3)))
% 251.95/36.31 -> [6495] ~q(X6_76_3), q(skolem_Y77(X6_76_3))
% 251.95/36.31 -> [6496] q(X6_76_3), ~q(skolem_Y77(X6_76_3))
% 251.95/36.31
% 251.95/36.31 [6496] CLOSURE : q(X6_76_3)
% 251.95/36.31
% 251.95/36.31 [6495] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [22901] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [22901] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31 -> [22904] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31
% 251.95/36.31 [22904] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31 -> [22905] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.31 -> [22906] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [22906] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [22905] CLOSURE : ~r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [4603] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [4606] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [4606] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4607] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4608] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [4607] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4716] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4716] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [5176] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [5176] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [5178] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [5179] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [5179] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [5178] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [5991] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [5991] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [6389] r(Y5_177_2)
% 251.95/36.31
% 251.95/36.31 [6389] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [8820] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [8820] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [8821] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [8821] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [8822] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [8823] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [8822] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [8823] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4608] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [4614] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4614] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [5004] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [5004] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [5005] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [5006] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [5006] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [5005] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [32571] ~q(X6_988_3)
% 251.95/36.31
% 251.95/36.31 [32571] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [32601] r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [32601] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [32646] ~! [Y7_7] : ((q(X6_988_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [32646] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_988_3) <=> q(Y7_7)))
% 251.95/36.31 -> [32647] ~(q(X6_988_3) <=> q(skolem_Y77(X6_988_3)))
% 251.95/36.31
% 251.95/36.31 [32647] BETA_NOT_EQUIV : ~(q(X6_988_3) <=> q(skolem_Y77(X6_988_3)))
% 251.95/36.31 -> [32649] ~q(X6_988_3), q(skolem_Y77(X6_988_3))
% 251.95/36.31 -> [32650] q(X6_988_3), ~q(skolem_Y77(X6_988_3))
% 251.95/36.31
% 251.95/36.31 [32650] CLOSURE : q(X6_988_3)
% 251.95/36.31
% 251.95/36.31 [32649] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [32849] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [32849] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31 -> [32850] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31
% 251.95/36.31 [32850] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31 -> [32851] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.31 -> [32852] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [32851] CLOSURE : ~r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [32852] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [1645] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [2446] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2447] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [2447] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [2903] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [2903] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2904] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2905] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2904] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [3121] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [3121] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3124] (p(skolem_X22) <=> p(Y3_115_0))
% 251.95/36.31
% 251.95/36.31 [3124] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_115_0))
% 251.95/36.31 -> [3125] ~p(skolem_X22), ~p(Y3_115_0)
% 251.95/36.31 -> [3126] p(skolem_X22), p(Y3_115_0)
% 251.95/36.31
% 251.95/36.31 [3125] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3327] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3327] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3337] r(Y5_68_2)
% 251.95/36.31
% 251.95/36.31 [3337] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3561] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3561] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [3562] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [3562] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [3564] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [3565] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3564] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3565] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [3126] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3988] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [3988] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [15842] r(Y5_640_2)
% 251.95/36.31
% 251.95/36.31 [15842] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [17007] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [17007] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [17008] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [17008] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [17009] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [17010] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17009] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17010] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2905] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2910] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2910] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3357] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [3357] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [3358] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [3359] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3358] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3359] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3745] ~q(X6_84_3)
% 251.95/36.31
% 251.95/36.31 [3745] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [5397] r(Y5_145_2)
% 251.95/36.31
% 251.95/36.31 [5397] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [6685] ~! [Y7_7] : ((q(X6_84_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [6685] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_84_3) <=> q(Y7_7)))
% 251.95/36.31 -> [6687] ~(q(X6_84_3) <=> q(skolem_Y77(X6_84_3)))
% 251.95/36.31
% 251.95/36.31 [6687] BETA_NOT_EQUIV : ~(q(X6_84_3) <=> q(skolem_Y77(X6_84_3)))
% 251.95/36.31 -> [6688] ~q(X6_84_3), q(skolem_Y77(X6_84_3))
% 251.95/36.31 -> [6689] q(X6_84_3), ~q(skolem_Y77(X6_84_3))
% 251.95/36.31
% 251.95/36.31 [6689] CLOSURE : q(X6_84_3)
% 251.95/36.31
% 251.95/36.31 [6688] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [18881] ~! [Y11_11] : ((r(X10_218_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [18881] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_218_4) <=> r(Y11_11)))
% 251.95/36.31 -> [18882] ~(r(X10_218_4) <=> r(skolem_Y1111(X10_218_4)))
% 251.95/36.31
% 251.95/36.31 [18882] BETA_NOT_EQUIV : ~(r(X10_218_4) <=> r(skolem_Y1111(X10_218_4)))
% 251.95/36.31 -> [18883] ~r(X10_218_4), r(skolem_Y1111(X10_218_4))
% 251.95/36.31 -> [18884] r(X10_218_4), ~r(skolem_Y1111(X10_218_4))
% 251.95/36.31
% 251.95/36.31 [18883] CLOSURE : ~r(X10_218_4)
% 251.95/36.31
% 251.95/36.31 [18884] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [22892] ~s(skolem_X1414)
% 251.95/36.31
% 251.95/36.31 [22892] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [23265] p(Y13_109_6)
% 251.95/36.31
% 251.95/36.31 [23265] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [23629] (s(skolem_X1414) <=> s(Y15_49_7))
% 251.95/36.31
% 251.95/36.31 [23629] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_49_7))
% 251.95/36.31 -> [23630] ~s(skolem_X1414), ~s(Y15_49_7)
% 251.95/36.31 -> [23631] s(skolem_X1414), s(Y15_49_7)
% 251.95/36.31
% 251.95/36.31 [23631] CLOSURE : s(Y15_49_7)
% 251.95/36.31
% 251.95/36.31 [23630] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [24091] q(Y17_25_8)
% 251.95/36.31
% 251.95/36.31 [24091] CLOSURE : q(Y17_25_8)
% 251.95/36.31
% 251.95/36.31 [2446] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2752] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2753] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2753] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [3066] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3066] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [3756] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [3756] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [11163] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [11163] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [11164] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [11165] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [11164] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [11165] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [12956] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [12956] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [13623] r(Y5_539_2)
% 251.95/36.31
% 251.95/36.31 [13623] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [14583] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [14583] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [14585] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [14585] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [14588] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [14589] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [14588] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [14589] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2752] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3051] (p(skolem_X22) <=> p(Y3_112_0))
% 251.95/36.31
% 251.95/36.31 [3051] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_112_0))
% 251.95/36.31 -> [3053] ~p(skolem_X22), ~p(Y3_112_0)
% 251.95/36.31 -> [3054] p(skolem_X22), p(Y3_112_0)
% 251.95/36.31
% 251.95/36.31 [3053] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3392] ~q(skolem_Y77(X6_29_3))
% 251.95/36.31
% 251.95/36.31 [3392] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3393] r(Y5_72_2)
% 251.95/36.31
% 251.95/36.31 [3393] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [3721] ~! [Y7_7] : ((q(X6_29_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [3721] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_29_3) <=> q(Y7_7)))
% 251.95/36.31 -> [3722] ~(q(X6_29_3) <=> q(skolem_Y77(X6_29_3)))
% 251.95/36.31
% 251.95/36.31 [3722] BETA_NOT_EQUIV : ~(q(X6_29_3) <=> q(skolem_Y77(X6_29_3)))
% 251.95/36.31 -> [3723] ~q(X6_29_3), q(skolem_Y77(X6_29_3))
% 251.95/36.31 -> [3724] q(X6_29_3), ~q(skolem_Y77(X6_29_3))
% 251.95/36.31
% 251.95/36.31 [3723] CLOSURE : q(skolem_Y77(X6_29_3))
% 251.95/36.31
% 251.95/36.31 [3724] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [35412] ~! [Y11_11] : ((r(X10_855_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [35412] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_855_4) <=> r(Y11_11)))
% 251.95/36.31 -> [35413] ~(r(X10_855_4) <=> r(skolem_Y1111(X10_855_4)))
% 251.95/36.31
% 251.95/36.31 [35413] BETA_NOT_EQUIV : ~(r(X10_855_4) <=> r(skolem_Y1111(X10_855_4)))
% 251.95/36.31 -> [35414] ~r(X10_855_4), r(skolem_Y1111(X10_855_4))
% 251.95/36.31 -> [35415] r(X10_855_4), ~r(skolem_Y1111(X10_855_4))
% 251.95/36.31
% 251.95/36.31 [35414] CLOSURE : ~r(X10_855_4)
% 251.95/36.31
% 251.95/36.31 [35415] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [35428] ~s(X12_519_5)
% 251.95/36.31
% 251.95/36.31 [35428] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [35436] p(Y13_438_6)
% 251.95/36.31
% 251.95/36.31 [35436] CLOSURE : p(Y13_438_6)
% 251.95/36.31
% 251.95/36.31 [3054] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3744] ~q(skolem_Y77(X6_1133_3))
% 251.95/36.31
% 251.95/36.31 [3744] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [37158] r(Y5_1192_2)
% 251.95/36.31
% 251.95/36.31 [37158] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [37254] ~! [Y7_7] : ((q(X6_1133_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [37254] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1133_3) <=> q(Y7_7)))
% 251.95/36.31 -> [37255] ~(q(X6_1133_3) <=> q(skolem_Y77(X6_1133_3)))
% 251.95/36.31
% 251.95/36.31 [37255] BETA_NOT_EQUIV : ~(q(X6_1133_3) <=> q(skolem_Y77(X6_1133_3)))
% 251.95/36.31 -> [37256] ~q(X6_1133_3), q(skolem_Y77(X6_1133_3))
% 251.95/36.31 -> [37257] q(X6_1133_3), ~q(skolem_Y77(X6_1133_3))
% 251.95/36.31
% 251.95/36.31 [37256] CLOSURE : q(skolem_Y77(X6_1133_3))
% 251.95/36.31
% 251.95/36.31 [37257] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [37505] ~! [Y11_11] : ((r(X10_927_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [37505] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_927_4) <=> r(Y11_11)))
% 251.95/36.31 -> [37506] ~(r(X10_927_4) <=> r(skolem_Y1111(X10_927_4)))
% 251.95/36.31
% 251.95/36.31 [37506] BETA_NOT_EQUIV : ~(r(X10_927_4) <=> r(skolem_Y1111(X10_927_4)))
% 251.95/36.31 -> [37507] ~r(X10_927_4), r(skolem_Y1111(X10_927_4))
% 251.95/36.31 -> [37508] r(X10_927_4), ~r(skolem_Y1111(X10_927_4))
% 251.95/36.31
% 251.95/36.31 [37507] CLOSURE : ~r(X10_927_4)
% 251.95/36.31
% 251.95/36.31 [37508] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [37747] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [37747] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [37806] p(Y13_510_6)
% 251.95/36.31
% 251.95/36.31 [37806] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [37878] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [37878] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.31 -> [37879] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31
% 251.95/36.31 [37879] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.31 -> [37880] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.31 -> [37881] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [37880] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [37881] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [1153] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [1180] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1181] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [1181] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [1185] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [1185] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [2532] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2533] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [2533] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [4227] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [4227] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4228] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4229] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [4229] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [4235] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4235] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [5386] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [5386] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [7302] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [7302] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [7303] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [7304] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [7303] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [7304] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [15490] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [15490] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [16459] r(Y5_654_2)
% 251.95/36.31
% 251.95/36.31 [16459] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [17611] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [17611] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [17612] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [17612] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [17613] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [17614] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17613] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17614] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4228] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4681] (p(skolem_X22) <=> p(Y3_168_0))
% 251.95/36.31
% 251.95/36.31 [4681] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_168_0))
% 251.95/36.31 -> [4682] ~p(skolem_X22), ~p(Y3_168_0)
% 251.95/36.31 -> [4683] p(skolem_X22), p(Y3_168_0)
% 251.95/36.31
% 251.95/36.31 [4683] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [6323] ~q(X6_406_3)
% 251.95/36.31
% 251.95/36.31 [6323] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [8044] r(Y5_225_2)
% 251.95/36.31
% 251.95/36.31 [8044] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [15431] ~! [Y7_7] : ((q(X6_406_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [15431] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_406_3) <=> q(Y7_7)))
% 251.95/36.31 -> [15434] ~(q(X6_406_3) <=> q(skolem_Y77(X6_406_3)))
% 251.95/36.31
% 251.95/36.31 [15434] BETA_NOT_EQUIV : ~(q(X6_406_3) <=> q(skolem_Y77(X6_406_3)))
% 251.95/36.31 -> [15435] ~q(X6_406_3), q(skolem_Y77(X6_406_3))
% 251.95/36.31 -> [15436] q(X6_406_3), ~q(skolem_Y77(X6_406_3))
% 251.95/36.31
% 251.95/36.31 [15436] CLOSURE : q(X6_406_3)
% 251.95/36.31
% 251.95/36.31 [15435] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [19879] ~! [Y11_11] : ((r(X10_255_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [19879] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_255_4) <=> r(Y11_11)))
% 251.95/36.31 -> [19880] ~(r(X10_255_4) <=> r(skolem_Y1111(X10_255_4)))
% 251.95/36.31
% 251.95/36.31 [19880] BETA_NOT_EQUIV : ~(r(X10_255_4) <=> r(skolem_Y1111(X10_255_4)))
% 251.95/36.31 -> [19881] ~r(X10_255_4), r(skolem_Y1111(X10_255_4))
% 251.95/36.31 -> [19882] r(X10_255_4), ~r(skolem_Y1111(X10_255_4))
% 251.95/36.31
% 251.95/36.31 [19881] CLOSURE : ~r(X10_255_4)
% 251.95/36.31
% 251.95/36.31 [19882] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [32837] p(Y13_380_5)
% 251.95/36.31
% 251.95/36.31 [32837] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [32844] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.31
% 251.95/36.31 [32844] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.31 -> [32845] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.31 -> [32846] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [32846] CLOSURE : s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [32845] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [32872] ~p(X16_123_7)
% 251.95/36.31
% 251.95/36.31 [32872] CLOSURE : ~p(X16_123_7)
% 251.95/36.31
% 251.95/36.31 [4682] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [8037] ~q(skolem_Y77(X6_1104_3))
% 251.95/36.31
% 251.95/36.31 [8037] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [15376] r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [15376] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [36758] ~! [Y7_7] : ((q(X6_1104_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [36758] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1104_3) <=> q(Y7_7)))
% 251.95/36.31 -> [36759] ~(q(X6_1104_3) <=> q(skolem_Y77(X6_1104_3)))
% 251.95/36.31
% 251.95/36.31 [36759] BETA_NOT_EQUIV : ~(q(X6_1104_3) <=> q(skolem_Y77(X6_1104_3)))
% 251.95/36.31 -> [36760] ~q(X6_1104_3), q(skolem_Y77(X6_1104_3))
% 251.95/36.31 -> [36761] q(X6_1104_3), ~q(skolem_Y77(X6_1104_3))
% 251.95/36.31
% 251.95/36.31 [36760] CLOSURE : q(skolem_Y77(X6_1104_3))
% 251.95/36.31
% 251.95/36.31 [36761] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [36806] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [36806] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31 -> [36807] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31
% 251.95/36.31 [36807] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31 -> [36808] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.31 -> [36809] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [36808] CLOSURE : ~r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [36809] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [2532] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4673] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4674] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [4673] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [5366] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [5366] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [7262] (p(skolem_X22) <=> p(Y3_258_0))
% 251.95/36.31
% 251.95/36.31 [7262] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_258_0))
% 251.95/36.31 -> [7263] ~p(skolem_X22), ~p(Y3_258_0)
% 251.95/36.31 -> [7264] p(skolem_X22), p(Y3_258_0)
% 251.95/36.31
% 251.95/36.31 [7263] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [15660] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [15660] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [16774] r(Y5_673_2)
% 251.95/36.31
% 251.95/36.31 [16774] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [17787] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [17787] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [17789] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [17789] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [17790] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [17791] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17790] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [17791] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [7264] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [15375] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [15375] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [16573] r(Y5_657_2)
% 251.95/36.31
% 251.95/36.31 [16573] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [23109] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [23109] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [23110] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [23110] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [23112] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [23113] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [23112] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [23113] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4674] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [4678] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4678] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [6312] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [6312] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [6315] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [6316] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [6315] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [6316] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [7277] ~q(X6_428_3)
% 251.95/36.31
% 251.95/36.31 [7277] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [9452] r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [9452] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [15886] ~! [Y7_7] : ((q(X6_428_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [15886] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_428_3) <=> q(Y7_7)))
% 251.95/36.31 -> [15887] ~(q(X6_428_3) <=> q(skolem_Y77(X6_428_3)))
% 251.95/36.31
% 251.95/36.31 [15887] BETA_NOT_EQUIV : ~(q(X6_428_3) <=> q(skolem_Y77(X6_428_3)))
% 251.95/36.31 -> [15889] ~q(X6_428_3), q(skolem_Y77(X6_428_3))
% 251.95/36.31 -> [15890] q(X6_428_3), ~q(skolem_Y77(X6_428_3))
% 251.95/36.31
% 251.95/36.31 [15890] CLOSURE : q(X6_428_3)
% 251.95/36.31
% 251.95/36.31 [15889] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [39428] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [39428] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31 -> [39429] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31
% 251.95/36.31 [39429] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31 -> [39430] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.31 -> [39431] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [39431] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [39430] CLOSURE : ~r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [1180] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1659] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [1659] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1660] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1661] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1661] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1668] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1668] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1671] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1672] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1672] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1678] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1678] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [5359] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [5359] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [7246] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [7246] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [7247] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [7248] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [7248] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [7247] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [18261] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [18261] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [18709] r(Y5_776_2)
% 251.95/36.31
% 251.95/36.31 [18709] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [19146] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [19146] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [19147] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [19147] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [19148] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [19149] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [19148] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [19149] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [1671] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4160] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [4160] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [4161] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [4162] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4162] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4161] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4612] ~q(X6_51_3)
% 251.95/36.31
% 251.95/36.31 [4612] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [4613] r(Y5_125_2)
% 251.95/36.31
% 251.95/36.31 [4613] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [5271] ~! [Y7_7] : ((q(X6_51_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [5271] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_51_3) <=> q(Y7_7)))
% 251.95/36.31 -> [5272] ~(q(X6_51_3) <=> q(skolem_Y77(X6_51_3)))
% 251.95/36.31
% 251.95/36.31 [5272] BETA_NOT_EQUIV : ~(q(X6_51_3) <=> q(skolem_Y77(X6_51_3)))
% 251.95/36.31 -> [5276] ~q(X6_51_3), q(skolem_Y77(X6_51_3))
% 251.95/36.31 -> [5277] q(X6_51_3), ~q(skolem_Y77(X6_51_3))
% 251.95/36.31
% 251.95/36.31 [5277] CLOSURE : q(X6_51_3)
% 251.95/36.31
% 251.95/36.31 [5276] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [15939] ~! [Y11_11] : ((r(X10_143_4) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [15939] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_143_4) <=> r(Y11_11)))
% 251.95/36.31 -> [15940] ~(r(X10_143_4) <=> r(skolem_Y1111(X10_143_4)))
% 251.95/36.31
% 251.95/36.31 [15940] BETA_NOT_EQUIV : ~(r(X10_143_4) <=> r(skolem_Y1111(X10_143_4)))
% 251.95/36.31 -> [15941] ~r(X10_143_4), r(skolem_Y1111(X10_143_4))
% 251.95/36.31 -> [15942] r(X10_143_4), ~r(skolem_Y1111(X10_143_4))
% 251.95/36.31
% 251.95/36.31 [15941] CLOSURE : ~r(X10_143_4)
% 251.95/36.31
% 251.95/36.31 [15942] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [21086] ~s(skolem_X1414)
% 251.95/36.31
% 251.95/36.31 [21086] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [22068] (s(skolem_X1414) <=> s(Y15_39_6))
% 251.95/36.31
% 251.95/36.31 [22068] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_39_6))
% 251.95/36.31 -> [22069] ~s(skolem_X1414), ~s(Y15_39_6)
% 251.95/36.31 -> [22070] s(skolem_X1414), s(Y15_39_6)
% 251.95/36.31
% 251.95/36.31 [22070] CLOSURE : s(Y15_39_6)
% 251.95/36.31
% 251.95/36.31 [22069] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [22879] ~p(X16_25_7)
% 251.95/36.31
% 251.95/36.31 [22879] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [23249] q(Y17_20_8)
% 251.95/36.31
% 251.95/36.31 [23249] CLOSURE : q(Y17_20_8)
% 251.95/36.31
% 251.95/36.31 [1660] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [4126] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4127] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [4126] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [4545] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4545] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4546] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [4546] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [4547] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [4548] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4548] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [4547] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [5182] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [5182] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [5183] r(Y5_139_2)
% 251.95/36.31
% 251.95/36.31 [5183] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [12322] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [12322] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.31 -> [12323] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31
% 251.95/36.31 [12323] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.31 -> [12324] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.31 -> [12325] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [12324] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.31
% 251.95/36.31 [12325] CLOSURE : q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [4127] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [4128] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [4128] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [6149] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [6149] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [6151] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [6152] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [6152] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [6151] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [16618] ~q(X6_543_3)
% 251.95/36.31
% 251.95/36.31 [16618] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [17439] r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [17439] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [18438] ~! [Y7_7] : ((q(X6_543_3) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [18438] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_543_3) <=> q(Y7_7)))
% 251.95/36.31 -> [18443] ~(q(X6_543_3) <=> q(skolem_Y77(X6_543_3)))
% 251.95/36.31
% 251.95/36.31 [18443] BETA_NOT_EQUIV : ~(q(X6_543_3) <=> q(skolem_Y77(X6_543_3)))
% 251.95/36.31 -> [18445] ~q(X6_543_3), q(skolem_Y77(X6_543_3))
% 251.95/36.31 -> [18446] q(X6_543_3), ~q(skolem_Y77(X6_543_3))
% 251.95/36.31
% 251.95/36.31 [18446] CLOSURE : q(X6_543_3)
% 251.95/36.31
% 251.95/36.31 [18445] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [41677] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [41677] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.31 -> [41678] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31
% 251.95/36.31 [41678] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.31 -> [41679] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.31 -> [41680] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [41679] CLOSURE : ~r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [41680] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.31
% 251.95/36.31 [646] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.31 -> [652] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31
% 251.95/36.31 [652] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.31 -> [659] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31 -> [660] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31
% 251.95/36.31 [660] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.31 -> [668] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31
% 251.95/36.31 [668] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.31 -> [670] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [671] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.31
% 251.95/36.31 [670] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [922] ~s(skolem_Y99)
% 251.95/36.31
% 251.95/36.31 [922] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31 -> [923] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [924] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31
% 251.95/36.31 [923] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [1394] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1395] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [1394] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [2072] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2073] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [2073] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [2084] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [2084] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2088] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2089] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2088] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2622] (p(skolem_X22) <=> p(Y3_76_0))
% 251.95/36.31
% 251.95/36.31 [2622] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_76_0))
% 251.95/36.31 -> [2623] ~p(skolem_X22), ~p(Y3_76_0)
% 251.95/36.31 -> [2624] p(skolem_X22), p(Y3_76_0)
% 251.95/36.31
% 251.95/36.31 [2623] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2761] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2761] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2762] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [2762] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [2919] (q(skolem_X66) <=> q(Y7_25_3))
% 251.95/36.31
% 251.95/36.31 [2919] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_25_3))
% 251.95/36.31 -> [2920] ~q(skolem_X66), ~q(Y7_25_3)
% 251.95/36.31 -> [2921] q(skolem_X66), q(Y7_25_3)
% 251.95/36.31
% 251.95/36.31 [2921] CLOSURE : q(Y7_25_3)
% 251.95/36.31
% 251.95/36.31 [3089] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_11_4))
% 251.95/36.31 -> [3904] ~r(skolem_X1010), ~r(Y11_11_4)
% 251.95/36.31 -> [3905] r(skolem_X1010), r(Y11_11_4)
% 251.95/36.31
% 251.95/36.31 [3904] CLOSURE : ~r(Y11_11_4)
% 251.95/36.31
% 251.95/36.31 [3905] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [4052] ~r(X8_10_5)
% 251.95/36.31
% 251.95/36.31 [4052] CLOSURE : ~r(X8_10_5)
% 251.95/36.31
% 251.95/36.31 [2624] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2631] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2631] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2634] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [2634] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [3106] (q(skolem_X66) <=> q(Y7_30_3))
% 251.95/36.31
% 251.95/36.31 [3106] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_30_3))
% 251.95/36.31 -> [3107] ~q(skolem_X66), ~q(Y7_30_3)
% 251.95/36.31 -> [3108] q(skolem_X66), q(Y7_30_3)
% 251.95/36.31
% 251.95/36.31 [3108] CLOSURE : q(Y7_30_3)
% 251.95/36.31
% 251.95/36.31 [3806] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_22_4))
% 251.95/36.31 -> [20393] ~r(skolem_X1010), ~r(Y11_22_4)
% 251.95/36.31 -> [20394] r(skolem_X1010), r(Y11_22_4)
% 251.95/36.31
% 251.95/36.31 [20393] CLOSURE : ~r(Y11_22_4)
% 251.95/36.31
% 251.95/36.31 [20394] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [20853] ~r(X8_238_5)
% 251.95/36.31
% 251.95/36.31 [20853] CLOSURE : ~r(X8_238_5)
% 251.95/36.31
% 251.95/36.31 [2089] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2091] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2091] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2092] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2092] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2095] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [2095] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [2097] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [2098] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2097] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2098] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2794] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2794] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2795] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [2795] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [3245] (q(skolem_X66) <=> q(Y7_37_3))
% 251.95/36.31
% 251.95/36.31 [3245] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_37_3))
% 251.95/36.31 -> [3246] ~q(skolem_X66), ~q(Y7_37_3)
% 251.95/36.31 -> [3247] q(skolem_X66), q(Y7_37_3)
% 251.95/36.31
% 251.95/36.31 [3247] CLOSURE : q(Y7_37_3)
% 251.95/36.31
% 251.95/36.31 [3916] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_23_4))
% 251.95/36.31 -> [13818] ~r(skolem_X1010), ~r(Y11_23_4)
% 251.95/36.31 -> [13819] r(skolem_X1010), r(Y11_23_4)
% 251.95/36.31
% 251.95/36.31 [13818] CLOSURE : ~r(Y11_23_4)
% 251.95/36.31
% 251.95/36.31 [13819] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [34172] ~r(X8_881_5)
% 251.95/36.31
% 251.95/36.31 [34172] CLOSURE : ~r(X8_881_5)
% 251.95/36.31
% 251.95/36.31 [2072] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2580] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2581] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2581] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2582] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2582] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2583] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [2583] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [2584] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [2585] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2584] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2585] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2597] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2597] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2601] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [2601] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [3080] (q(skolem_X66) <=> q(Y7_29_3))
% 251.95/36.31
% 251.95/36.31 [3080] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_29_3))
% 251.95/36.31 -> [3081] ~q(skolem_X66), ~q(Y7_29_3)
% 251.95/36.31 -> [3082] q(skolem_X66), q(Y7_29_3)
% 251.95/36.31
% 251.95/36.31 [3082] CLOSURE : q(Y7_29_3)
% 251.95/36.31
% 251.95/36.31 [3783] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_20_4))
% 251.95/36.31 -> [17248] ~r(skolem_X1010), ~r(Y11_20_4)
% 251.95/36.31 -> [17249] r(skolem_X1010), r(Y11_20_4)
% 251.95/36.31
% 251.95/36.31 [17248] CLOSURE : ~r(Y11_20_4)
% 251.95/36.31
% 251.95/36.31 [17249] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [18227] ~r(X8_174_5)
% 251.95/36.31
% 251.95/36.31 [18227] CLOSURE : ~r(X8_174_5)
% 251.95/36.31
% 251.95/36.31 [2580] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2737] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2737] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2738] (p(skolem_X22) <=> p(Y3_85_0))
% 251.95/36.31
% 251.95/36.31 [2738] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_85_0))
% 251.95/36.31 -> [2739] ~p(skolem_X22), ~p(Y3_85_0)
% 251.95/36.31 -> [2740] p(skolem_X22), p(Y3_85_0)
% 251.95/36.31
% 251.95/36.31 [2739] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2889] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2889] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2890] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [2890] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [3032] (q(skolem_X66) <=> q(Y7_28_3))
% 251.95/36.31
% 251.95/36.31 [3032] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_28_3))
% 251.95/36.31 -> [3033] ~q(skolem_X66), ~q(Y7_28_3)
% 251.95/36.31 -> [3034] q(skolem_X66), q(Y7_28_3)
% 251.95/36.31
% 251.95/36.31 [3033] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [3218] (r(skolem_X1010) <=> r(Y11_15_4))
% 251.95/36.31
% 251.95/36.31 [3218] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_15_4))
% 251.95/36.31 -> [3219] ~r(skolem_X1010), ~r(Y11_15_4)
% 251.95/36.31 -> [3220] r(skolem_X1010), r(Y11_15_4)
% 251.95/36.31
% 251.95/36.31 [3219] CLOSURE : ~r(Y11_15_4)
% 251.95/36.31
% 251.95/36.31 [3220] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [3476] ~r(X8_5_5)
% 251.95/36.31
% 251.95/36.31 [3476] CLOSURE : ~r(X8_5_5)
% 251.95/36.31
% 251.95/36.31 [3034] CLOSURE : q(Y7_28_3)
% 251.95/36.31
% 251.95/36.31 [2740] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3062] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [3062] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3064] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [3064] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [3484] (q(skolem_X66) <=> q(Y7_43_3))
% 251.95/36.31
% 251.95/36.31 [3484] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_43_3))
% 251.95/36.31 -> [3488] ~q(skolem_X66), ~q(Y7_43_3)
% 251.95/36.31 -> [3489] q(skolem_X66), q(Y7_43_3)
% 251.95/36.31
% 251.95/36.31 [3489] CLOSURE : q(Y7_43_3)
% 251.95/36.31
% 251.95/36.31 [4043] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_28_4))
% 251.95/36.31 -> [16251] ~r(skolem_X1010), ~r(Y11_28_4)
% 251.95/36.31 -> [16252] r(skolem_X1010), r(Y11_28_4)
% 251.95/36.31
% 251.95/36.31 [16251] CLOSURE : ~r(Y11_28_4)
% 251.95/36.31
% 251.95/36.31 [16252] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [37883] ~r(X8_1080_5)
% 251.95/36.31
% 251.95/36.31 [37883] CLOSURE : ~r(X8_1080_5)
% 251.95/36.31
% 251.95/36.31 [1395] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [1396] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [1396] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1397] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [1397] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1398] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1399] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1398] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2104] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2105] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2105] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2106] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2106] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2974] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2974] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2977] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2978] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2978] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2977] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [16436] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [16436] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [17684] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [17684] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [18705] (q(skolem_X66) <=> q(Y7_523_3))
% 251.95/36.31
% 251.95/36.31 [18705] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_523_3))
% 251.95/36.31 -> [18706] ~q(skolem_X66), ~q(Y7_523_3)
% 251.95/36.31 -> [18707] q(skolem_X66), q(Y7_523_3)
% 251.95/36.31
% 251.95/36.31 [18707] CLOSURE : q(Y7_523_3)
% 251.95/36.31
% 251.95/36.31 [20272] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_350_4))
% 251.95/36.31 -> [24559] ~r(skolem_X1010), ~r(Y11_350_4)
% 251.95/36.31 -> [24560] r(skolem_X1010), r(Y11_350_4)
% 251.95/36.31
% 251.95/36.31 [24559] CLOSURE : ~r(Y11_350_4)
% 251.95/36.31
% 251.95/36.31 [24560] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [24670] ~r(X8_433_5)
% 251.95/36.31
% 251.95/36.31 [24670] CLOSURE : ~r(X8_433_5)
% 251.95/36.31
% 251.95/36.31 [2104] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2650] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2650] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2652] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2652] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2653] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2654] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2654] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2653] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2808] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2808] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2812] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [2812] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [3263] (q(skolem_X66) <=> q(Y7_39_3))
% 251.95/36.31
% 251.95/36.31 [3263] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_39_3))
% 251.95/36.31 -> [3264] ~q(skolem_X66), ~q(Y7_39_3)
% 251.95/36.31 -> [3265] q(skolem_X66), q(Y7_39_3)
% 251.95/36.31
% 251.95/36.31 [3265] CLOSURE : q(Y7_39_3)
% 251.95/36.31
% 251.95/36.31 [3931] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_24_4))
% 251.95/36.31 -> [13520] ~r(skolem_X1010), ~r(Y11_24_4)
% 251.95/36.31 -> [13521] r(skolem_X1010), r(Y11_24_4)
% 251.95/36.31
% 251.95/36.31 [13521] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [32727] ~r(X8_825_5)
% 251.95/36.31
% 251.95/36.31 [32727] CLOSURE : ~r(X8_825_5)
% 251.95/36.31
% 251.95/36.31 [13520] CLOSURE : ~r(Y11_24_4)
% 251.95/36.31
% 251.95/36.31 [1399] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1409] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1409] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1412] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1413] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1412] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2128] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2128] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2129] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2130] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2130] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2129] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [13947] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [13947] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [13949] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [13949] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [32088] (q(skolem_X66) <=> q(Y7_1045_3))
% 251.95/36.31
% 251.95/36.31 [32088] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1045_3))
% 251.95/36.31 -> [32091] ~q(skolem_X66), ~q(Y7_1045_3)
% 251.95/36.31 -> [32092] q(skolem_X66), q(Y7_1045_3)
% 251.95/36.31
% 251.95/36.31 [32092] CLOSURE : q(Y7_1045_3)
% 251.95/36.31
% 251.95/36.31 [32244] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_776_4))
% 251.95/36.31 -> [32722] ~r(skolem_X1010), ~r(Y11_776_4)
% 251.95/36.31 -> [32723] r(skolem_X1010), r(Y11_776_4)
% 251.95/36.31
% 251.95/36.31 [32722] CLOSURE : ~r(Y11_776_4)
% 251.95/36.31
% 251.95/36.31 [32723] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [32804] ~r(X8_831_5)
% 251.95/36.31
% 251.95/36.31 [32804] CLOSURE : ~r(X8_831_5)
% 251.95/36.31
% 251.95/36.31 [1413] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1418] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1418] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [3380] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [3380] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [37344] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [37344] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [37345] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [37346] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [37346] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [37345] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [37824] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [37824] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [37851] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [37851] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [37870] (q(skolem_X66) <=> q(Y7_1217_3))
% 251.95/36.31
% 251.95/36.31 [37870] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1217_3))
% 251.95/36.31 -> [37872] ~q(skolem_X66), ~q(Y7_1217_3)
% 251.95/36.31 -> [37873] q(skolem_X66), q(Y7_1217_3)
% 251.95/36.31
% 251.95/36.31 [37873] CLOSURE : q(Y7_1217_3)
% 251.95/36.31
% 251.95/36.31 [37909] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1026_4))
% 251.95/36.31 -> [37969] ~r(skolem_X1010), ~r(Y11_1026_4)
% 251.95/36.31 -> [37970] r(skolem_X1010), r(Y11_1026_4)
% 251.95/36.31
% 251.95/36.31 [37969] CLOSURE : ~r(Y11_1026_4)
% 251.95/36.31
% 251.95/36.31 [37970] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [37984] ~r(X8_1096_5)
% 251.95/36.31
% 251.95/36.31 [37984] CLOSURE : ~r(X8_1096_5)
% 251.95/36.31
% 251.95/36.31 [924] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [1425] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [1426] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [1426] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [1430] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [1430] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1433] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1434] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1433] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2160] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2161] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2161] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2165] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2165] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [9484] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [9484] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [10927] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [10927] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [10928] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [10929] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [10928] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [10929] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [12454] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [12454] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [13506] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [13506] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [14805] (q(skolem_X66) <=> q(Y7_387_3))
% 251.95/36.31
% 251.95/36.31 [14805] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_387_3))
% 251.95/36.31 -> [14807] ~q(skolem_X66), ~q(Y7_387_3)
% 251.95/36.31 -> [14808] q(skolem_X66), q(Y7_387_3)
% 251.95/36.31
% 251.95/36.31 [14808] CLOSURE : q(Y7_387_3)
% 251.95/36.31
% 251.95/36.31 [29498] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_659_4))
% 251.95/36.31 -> [29735] ~r(skolem_X1010), ~r(Y11_659_4)
% 251.95/36.31 -> [29736] r(skolem_X1010), r(Y11_659_4)
% 251.95/36.31
% 251.95/36.31 [29735] CLOSURE : ~r(Y11_659_4)
% 251.95/36.31
% 251.95/36.31 [29736] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [29778] ~r(X8_716_5)
% 251.95/36.31
% 251.95/36.31 [29778] CLOSURE : ~r(X8_716_5)
% 251.95/36.31
% 251.95/36.31 [2160] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [8894] (p(skolem_X22) <=> p(Y3_343_0))
% 251.95/36.31
% 251.95/36.31 [8894] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_343_0))
% 251.95/36.31 -> [8895] ~p(skolem_X22), ~p(Y3_343_0)
% 251.95/36.31 -> [8896] p(skolem_X22), p(Y3_343_0)
% 251.95/36.31
% 251.95/36.31 [8895] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [9321] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [9321] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [9324] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [9324] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [10664] (q(skolem_X66) <=> q(Y7_229_3))
% 251.95/36.31
% 251.95/36.31 [10664] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_229_3))
% 251.95/36.31 -> [10665] ~q(skolem_X66), ~q(Y7_229_3)
% 251.95/36.31 -> [10666] q(skolem_X66), q(Y7_229_3)
% 251.95/36.31
% 251.95/36.31 [10666] CLOSURE : q(Y7_229_3)
% 251.95/36.31
% 251.95/36.31 [21681] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_393_4))
% 251.95/36.31 -> [23182] ~r(skolem_X1010), ~r(Y11_393_4)
% 251.95/36.31 -> [23183] r(skolem_X1010), r(Y11_393_4)
% 251.95/36.31
% 251.95/36.31 [23182] CLOSURE : ~r(Y11_393_4)
% 251.95/36.31
% 251.95/36.31 [23183] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [23367] ~r(X8_339_5)
% 251.95/36.31
% 251.95/36.31 [23367] CLOSURE : ~r(X8_339_5)
% 251.95/36.31
% 251.95/36.31 [8896] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [9760] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [9760] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [11309] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [11309] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [21535] (q(skolem_X66) <=> q(Y7_659_3))
% 251.95/36.31
% 251.95/36.31 [21535] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_659_3))
% 251.95/36.31 -> [21537] ~q(skolem_X66), ~q(Y7_659_3)
% 251.95/36.31 -> [21538] q(skolem_X66), q(Y7_659_3)
% 251.95/36.31
% 251.95/36.31 [21537] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [22872] (r(skolem_X1010) <=> r(Y11_433_4))
% 251.95/36.31
% 251.95/36.31 [22872] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_433_4))
% 251.95/36.31 -> [22873] ~r(skolem_X1010), ~r(Y11_433_4)
% 251.95/36.31 -> [22874] r(skolem_X1010), r(Y11_433_4)
% 251.95/36.31
% 251.95/36.31 [22873] CLOSURE : ~r(Y11_433_4)
% 251.95/36.31
% 251.95/36.31 [22874] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [23337] ~r(X8_335_5)
% 251.95/36.31
% 251.95/36.31 [23337] CLOSURE : ~r(X8_335_5)
% 251.95/36.31
% 251.95/36.31 [21538] CLOSURE : q(Y7_659_3)
% 251.95/36.31
% 251.95/36.31 [1434] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1437] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1437] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1438] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1439] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1439] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1446] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1446] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2548] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [2548] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [2549] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [2550] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2549] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2550] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3188] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [3188] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3826] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [3826] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [9341] (q(skolem_X66) <=> q(Y7_180_3))
% 251.95/36.31
% 251.95/36.31 [9341] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_180_3))
% 251.95/36.31 -> [9342] ~q(skolem_X66), ~q(Y7_180_3)
% 251.95/36.31 -> [9343] q(skolem_X66), q(Y7_180_3)
% 251.95/36.31
% 251.95/36.31 [9343] CLOSURE : q(Y7_180_3)
% 251.95/36.31
% 251.95/36.31 [10987] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_113_4))
% 251.95/36.31 -> [36129] ~r(skolem_X1010), ~r(Y11_113_4)
% 251.95/36.31 -> [36130] r(skolem_X1010), r(Y11_113_4)
% 251.95/36.31
% 251.95/36.31 [36129] CLOSURE : ~r(Y11_113_4)
% 251.95/36.31
% 251.95/36.31 [36130] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [36150] ~r(X8_990_5)
% 251.95/36.31
% 251.95/36.31 [36150] CLOSURE : ~r(X8_990_5)
% 251.95/36.31
% 251.95/36.31 [1438] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2171] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2171] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2174] (p(skolem_X22) <=> p(Y3_52_0))
% 251.95/36.31
% 251.95/36.31 [2174] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_52_0))
% 251.95/36.31 -> [2180] ~p(skolem_X22), ~p(Y3_52_0)
% 251.95/36.31 -> [2181] p(skolem_X22), p(Y3_52_0)
% 251.95/36.31
% 251.95/36.31 [2181] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3183] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [3183] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3821] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [3821] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [18699] (q(skolem_X66) <=> q(Y7_521_3))
% 251.95/36.31
% 251.95/36.31 [18699] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_521_3))
% 251.95/36.31 -> [18700] ~q(skolem_X66), ~q(Y7_521_3)
% 251.95/36.31 -> [18701] q(skolem_X66), q(Y7_521_3)
% 251.95/36.31
% 251.95/36.31 [18701] CLOSURE : q(Y7_521_3)
% 251.95/36.31
% 251.95/36.31 [19919] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_334_4))
% 251.95/36.31 -> [33193] ~r(skolem_X1010), ~r(Y11_334_4)
% 251.95/36.31 -> [33194] r(skolem_X1010), r(Y11_334_4)
% 251.95/36.31
% 251.95/36.31 [33193] CLOSURE : ~r(Y11_334_4)
% 251.95/36.31
% 251.95/36.31 [33194] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [33297] ~r(X8_854_5)
% 251.95/36.31
% 251.95/36.31 [33297] CLOSURE : ~r(X8_854_5)
% 251.95/36.31
% 251.95/36.31 [2180] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2536] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2536] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2538] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [2538] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [3162] (q(skolem_X66) <=> q(Y7_33_3))
% 251.95/36.31
% 251.95/36.31 [3162] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_33_3))
% 251.95/36.31 -> [3163] ~q(skolem_X66), ~q(Y7_33_3)
% 251.95/36.31 -> [3164] q(skolem_X66), q(Y7_33_3)
% 251.95/36.31
% 251.95/36.31 [3164] CLOSURE : q(Y7_33_3)
% 251.95/36.31
% 251.95/36.31 [13294] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_154_4))
% 251.95/36.31 -> [36563] ~r(skolem_X1010), ~r(Y11_154_4)
% 251.95/36.31 -> [36564] r(skolem_X1010), r(Y11_154_4)
% 251.95/36.31
% 251.95/36.31 [36563] CLOSURE : ~r(Y11_154_4)
% 251.95/36.31
% 251.95/36.31 [36564] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [36582] ~r(X8_998_5)
% 251.95/36.31
% 251.95/36.31 [36582] CLOSURE : ~r(X8_998_5)
% 251.95/36.31
% 251.95/36.31 [1425] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [2138] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2138] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [2141] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2142] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [2141] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [8591] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [8592] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [8591] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [8854] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [8854] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [8855] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [8856] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [8856] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [8855] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [9228] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [9228] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [9229] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [9229] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [9494] (q(skolem_X66) <=> q(Y7_185_3))
% 251.95/36.31
% 251.95/36.31 [9494] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_185_3))
% 251.95/36.31 -> [9495] ~q(skolem_X66), ~q(Y7_185_3)
% 251.95/36.31 -> [9496] q(skolem_X66), q(Y7_185_3)
% 251.95/36.31
% 251.95/36.31 [9496] CLOSURE : q(Y7_185_3)
% 251.95/36.31
% 251.95/36.31 [9817] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_96_4))
% 251.95/36.31 -> [11707] ~r(skolem_X1010), ~r(Y11_96_4)
% 251.95/36.31 -> [11708] r(skolem_X1010), r(Y11_96_4)
% 251.95/36.31
% 251.95/36.31 [11707] CLOSURE : ~r(Y11_96_4)
% 251.95/36.31
% 251.95/36.31 [11708] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [12580] ~r(X8_67_5)
% 251.95/36.31
% 251.95/36.31 [12580] CLOSURE : ~r(X8_67_5)
% 251.95/36.31
% 251.95/36.31 [8592] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [8593] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [8593] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [8858] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [8858] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [8859] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [8859] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [8860] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [8861] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [8860] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [8861] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [10413] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [10413] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [10415] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [10415] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [11715] (q(skolem_X66) <=> q(Y7_274_3))
% 251.95/36.31
% 251.95/36.31 [11715] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_274_3))
% 251.95/36.31 -> [11716] ~q(skolem_X66), ~q(Y7_274_3)
% 251.95/36.31 -> [11717] q(skolem_X66), q(Y7_274_3)
% 251.95/36.31
% 251.95/36.31 [11717] CLOSURE : q(Y7_274_3)
% 251.95/36.31
% 251.95/36.31 [13828] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_166_4))
% 251.95/36.31 -> [23836] ~r(skolem_X1010), ~r(Y11_166_4)
% 251.95/36.31 -> [23837] r(skolem_X1010), r(Y11_166_4)
% 251.95/36.31
% 251.95/36.31 [23836] CLOSURE : ~r(Y11_166_4)
% 251.95/36.31
% 251.95/36.31 [23837] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [24206] ~r(X8_405_5)
% 251.95/36.31
% 251.95/36.31 [24206] CLOSURE : ~r(X8_405_5)
% 251.95/36.31
% 251.95/36.31 [2142] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [2147] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [2147] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2150] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2151] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2150] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2870] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2870] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2871] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [2871] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [2873] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [2874] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2874] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [2873] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3454] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [3454] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3459] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [3459] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [4257] (q(skolem_X66) <=> q(Y7_67_3))
% 251.95/36.31
% 251.95/36.31 [4257] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_67_3))
% 251.95/36.31 -> [4259] ~q(skolem_X66), ~q(Y7_67_3)
% 251.95/36.31 -> [4260] q(skolem_X66), q(Y7_67_3)
% 251.95/36.31
% 251.95/36.31 [4260] CLOSURE : q(Y7_67_3)
% 251.95/36.31
% 251.95/36.31 [4796] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_39_4))
% 251.95/36.31 -> [20243] ~r(skolem_X1010), ~r(Y11_39_4)
% 251.95/36.31 -> [20244] r(skolem_X1010), r(Y11_39_4)
% 251.95/36.31
% 251.95/36.31 [20243] CLOSURE : ~r(Y11_39_4)
% 251.95/36.31
% 251.95/36.31 [20244] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [20635] ~r(X8_234_5)
% 251.95/36.31
% 251.95/36.31 [20635] CLOSURE : ~r(X8_234_5)
% 251.95/36.31
% 251.95/36.31 [2151] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2156] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2156] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2881] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [2881] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [2883] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [2884] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2883] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2884] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [19835] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [19835] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [19836] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [19836] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [20544] (q(skolem_X66) <=> q(Y7_616_3))
% 251.95/36.31
% 251.95/36.31 [20544] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_616_3))
% 251.95/36.31 -> [20545] ~q(skolem_X66), ~q(Y7_616_3)
% 251.95/36.31 -> [20546] q(skolem_X66), q(Y7_616_3)
% 251.95/36.31
% 251.95/36.31 [20545] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.31 -> [24622] (r(skolem_X1010) <=> r(Y11_521_4))
% 251.95/36.31
% 251.95/36.31 [24622] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_521_4))
% 251.95/36.31 -> [24623] ~r(skolem_X1010), ~r(Y11_521_4)
% 251.95/36.31 -> [24624] r(skolem_X1010), r(Y11_521_4)
% 251.95/36.31
% 251.95/36.31 [24623] CLOSURE : ~r(Y11_521_4)
% 251.95/36.31
% 251.95/36.31 [24624] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [24753] ~r(X8_441_5)
% 251.95/36.31
% 251.95/36.31 [24753] CLOSURE : ~r(X8_441_5)
% 251.95/36.31
% 251.95/36.31 [20546] CLOSURE : q(Y7_616_3)
% 251.95/36.31
% 251.95/36.31 [671] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.31 -> [689] r(skolem_X88)
% 251.95/36.31
% 251.95/36.31 [689] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.31 -> [691] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [692] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31
% 251.95/36.31 [692] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [713] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [714] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [713] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [952] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [952] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [956] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [957] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [957] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [964] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [964] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [966] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [967] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [966] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [7869] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [7869] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [7871] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [7871] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [7873] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [7874] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [7874] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [7873] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [8569] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [8569] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [8572] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [8572] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [8919] (q(skolem_X66) <=> q(Y7_167_3))
% 251.95/36.31
% 251.95/36.31 [8919] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_167_3))
% 251.95/36.31 -> [8920] ~q(skolem_X66), ~q(Y7_167_3)
% 251.95/36.31 -> [8921] q(skolem_X66), q(Y7_167_3)
% 251.95/36.31
% 251.95/36.31 [8921] CLOSURE : q(Y7_167_3)
% 251.95/36.31
% 251.95/36.31 [9376] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_87_4))
% 251.95/36.31 -> [12944] ~r(skolem_X1010), ~r(Y11_87_4)
% 251.95/36.31 -> [12945] r(skolem_X1010), r(Y11_87_4)
% 251.95/36.31
% 251.95/36.31 [12944] CLOSURE : ~r(Y11_87_4)
% 251.95/36.31
% 251.95/36.31 [12945] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [13625] s(Y9_51_5)
% 251.95/36.31
% 251.95/36.31 [13625] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [14932] ~s(X12_47_6)
% 251.95/36.31
% 251.95/36.31 [14932] CLOSURE : ~s(X12_47_6)
% 251.95/36.31
% 251.95/36.31 [967] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [974] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [974] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [8678] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [8678] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [8679] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [8680] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [8680] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [8679] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [12734] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [12734] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [13847] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [13847] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [15202] (q(skolem_X66) <=> q(Y7_397_3))
% 251.95/36.31
% 251.95/36.31 [15202] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_397_3))
% 251.95/36.31 -> [15203] ~q(skolem_X66), ~q(Y7_397_3)
% 251.95/36.31 -> [15204] q(skolem_X66), q(Y7_397_3)
% 251.95/36.31
% 251.95/36.31 [15204] CLOSURE : q(Y7_397_3)
% 251.95/36.31
% 251.95/36.31 [16295] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_236_4))
% 251.95/36.31 -> [24151] ~r(skolem_X1010), ~r(Y11_236_4)
% 251.95/36.31 -> [24152] r(skolem_X1010), r(Y11_236_4)
% 251.95/36.31
% 251.95/36.31 [24151] CLOSURE : ~r(Y11_236_4)
% 251.95/36.31
% 251.95/36.31 [24152] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [24322] s(Y9_211_5)
% 251.95/36.31
% 251.95/36.31 [24322] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [24417] ~s(X12_201_6)
% 251.95/36.31
% 251.95/36.31 [24417] CLOSURE : ~s(X12_201_6)
% 251.95/36.31
% 251.95/36.31 [956] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [7388] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [7389] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [7388] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [7730] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [7730] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [7731] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [7732] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [7732] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [7731] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [8067] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [8067] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [8068] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [8068] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [8475] (q(skolem_X66) <=> q(Y7_157_3))
% 251.95/36.31
% 251.95/36.31 [8475] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_157_3))
% 251.95/36.31 -> [8477] ~q(skolem_X66), ~q(Y7_157_3)
% 251.95/36.31 -> [8478] q(skolem_X66), q(Y7_157_3)
% 251.95/36.31
% 251.95/36.31 [8478] CLOSURE : q(Y7_157_3)
% 251.95/36.31
% 251.95/36.31 [8902] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_81_4))
% 251.95/36.31 -> [22322] ~r(skolem_X1010), ~r(Y11_81_4)
% 251.95/36.31 -> [22323] r(skolem_X1010), r(Y11_81_4)
% 251.95/36.31
% 251.95/36.31 [22322] CLOSURE : ~r(Y11_81_4)
% 251.95/36.31
% 251.95/36.31 [22323] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [22611] s(Y9_161_5)
% 251.95/36.31
% 251.95/36.31 [22611] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [23022] ~s(X12_153_6)
% 251.95/36.31
% 251.95/36.31 [23022] CLOSURE : ~s(X12_153_6)
% 251.95/36.31
% 251.95/36.31 [7389] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [7391] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [7391] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [8070] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [8070] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [9465] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [9465] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [9466] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [9467] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [9466] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [9467] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [22895] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [22895] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [23250] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [23250] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [23539] (q(skolem_X66) <=> q(Y7_748_3))
% 251.95/36.31
% 251.95/36.31 [23539] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_748_3))
% 251.95/36.31 -> [23540] ~q(skolem_X66), ~q(Y7_748_3)
% 251.95/36.31 -> [23541] q(skolem_X66), q(Y7_748_3)
% 251.95/36.31
% 251.95/36.31 [23541] CLOSURE : q(Y7_748_3)
% 251.95/36.31
% 251.95/36.31 [23935] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_487_4))
% 251.95/36.31 -> [25152] ~r(skolem_X1010), ~r(Y11_487_4)
% 251.95/36.31 -> [25153] r(skolem_X1010), r(Y11_487_4)
% 251.95/36.31
% 251.95/36.31 [25152] CLOSURE : ~r(Y11_487_4)
% 251.95/36.31
% 251.95/36.31 [25153] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [25343] s(Y9_244_5)
% 251.95/36.31
% 251.95/36.31 [25343] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [25487] ~s(X12_241_6)
% 251.95/36.31
% 251.95/36.31 [25487] CLOSURE : ~s(X12_241_6)
% 251.95/36.31
% 251.95/36.31 [714] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [722] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [722] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [2070] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2071] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [2070] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2694] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2695] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2694] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3583] (p(skolem_X22) <=> p(Y3_133_0))
% 251.95/36.31
% 251.95/36.31 [3583] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_133_0))
% 251.95/36.31 -> [3584] ~p(skolem_X22), ~p(Y3_133_0)
% 251.95/36.31 -> [3585] p(skolem_X22), p(Y3_133_0)
% 251.95/36.31
% 251.95/36.31 [3584] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [12196] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [12196] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [22016] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [22016] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [22810] (q(skolem_X66) <=> q(Y7_723_3))
% 251.95/36.31
% 251.95/36.31 [22810] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_723_3))
% 251.95/36.31 -> [22811] ~q(skolem_X66), ~q(Y7_723_3)
% 251.95/36.31 -> [22812] q(skolem_X66), q(Y7_723_3)
% 251.95/36.31
% 251.95/36.31 [22812] CLOSURE : q(Y7_723_3)
% 251.95/36.31
% 251.95/36.31 [23385] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_457_4))
% 251.95/36.31 -> [24941] ~r(skolem_X1010), ~r(Y11_457_4)
% 251.95/36.31 -> [24942] r(skolem_X1010), r(Y11_457_4)
% 251.95/36.31
% 251.95/36.31 [24941] CLOSURE : ~r(Y11_457_4)
% 251.95/36.31
% 251.95/36.31 [24942] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [25236] s(Y9_237_5)
% 251.95/36.31
% 251.95/36.31 [25236] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [25452] p(Y13_192_6)
% 251.95/36.31
% 251.95/36.31 [25452] CLOSURE : p(Y13_192_6)
% 251.95/36.31
% 251.95/36.31 [3585] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [6582] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [6582] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [21017] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [21017] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [21606] (q(skolem_X66) <=> q(Y7_664_3))
% 251.95/36.31
% 251.95/36.31 [21606] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_664_3))
% 251.95/36.31 -> [21607] ~q(skolem_X66), ~q(Y7_664_3)
% 251.95/36.31 -> [21608] q(skolem_X66), q(Y7_664_3)
% 251.95/36.31
% 251.95/36.31 [21608] CLOSURE : q(Y7_664_3)
% 251.95/36.31
% 251.95/36.31 [22985] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_440_4))
% 251.95/36.31 -> [25185] ~r(skolem_X1010), ~r(Y11_440_4)
% 251.95/36.31 -> [25186] r(skolem_X1010), r(Y11_440_4)
% 251.95/36.31
% 251.95/36.31 [25185] CLOSURE : ~r(Y11_440_4)
% 251.95/36.31
% 251.95/36.31 [25186] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [25323] s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [25323] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [25475] p(Y13_195_6)
% 251.95/36.31
% 251.95/36.31 [25475] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [25640] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [25640] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.31 -> [25641] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.31
% 251.95/36.31 [25641] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.31 -> [25642] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.31 -> [25643] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [25643] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [25642] CLOSURE : ~s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [2695] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2702] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2702] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [6189] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [6189] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [6538] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [6538] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [6541] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [6542] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [6541] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [6542] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [6724] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [6724] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [7022] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [7022] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [7449] (q(skolem_X66) <=> q(Y7_131_3))
% 251.95/36.31
% 251.95/36.31 [7449] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_131_3))
% 251.95/36.31 -> [7450] ~q(skolem_X66), ~q(Y7_131_3)
% 251.95/36.31 -> [7451] q(skolem_X66), q(Y7_131_3)
% 251.95/36.31
% 251.95/36.31 [7451] CLOSURE : q(Y7_131_3)
% 251.95/36.31
% 251.95/36.31 [9318] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_86_4))
% 251.95/36.31 -> [39055] ~r(skolem_X1010), ~r(Y11_86_4)
% 251.95/36.31 -> [39056] r(skolem_X1010), r(Y11_86_4)
% 251.95/36.31
% 251.95/36.31 [39055] CLOSURE : ~r(Y11_86_4)
% 251.95/36.31
% 251.95/36.31 [39056] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [39067] s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [39067] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [39127] p(Y13_556_6)
% 251.95/36.31
% 251.95/36.31 [39127] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [39145] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [39145] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.31 -> [39147] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.31
% 251.95/36.31 [39147] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.31 -> [39150] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.31 -> [39151] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [39151] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [39150] CLOSURE : ~s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [2071] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [2074] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [2074] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2077] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2078] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2078] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2090] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2090] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [3595] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [3595] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [3596] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [3597] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3596] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [3597] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [4726] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [4726] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [19693] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [19693] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [19967] (q(skolem_X66) <=> q(Y7_585_3))
% 251.95/36.31
% 251.95/36.31 [19967] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_585_3))
% 251.95/36.31 -> [19968] ~q(skolem_X66), ~q(Y7_585_3)
% 251.95/36.31 -> [19969] q(skolem_X66), q(Y7_585_3)
% 251.95/36.31
% 251.95/36.31 [19969] CLOSURE : q(Y7_585_3)
% 251.95/36.31
% 251.95/36.31 [20690] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_368_4))
% 251.95/36.31 -> [32946] ~r(skolem_X1010), ~r(Y11_368_4)
% 251.95/36.31 -> [32947] r(skolem_X1010), r(Y11_368_4)
% 251.95/36.31
% 251.95/36.31 [32946] CLOSURE : ~r(Y11_368_4)
% 251.95/36.31
% 251.95/36.31 [32947] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [32980] s(skolem_X1414)
% 251.95/36.31
% 251.95/36.31 [32980] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [33005] p(Y13_387_6)
% 251.95/36.31
% 251.95/36.31 [33005] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [33031] (s(skolem_X1414) <=> s(Y15_184_7))
% 251.95/36.31
% 251.95/36.31 [33031] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_184_7))
% 251.95/36.31 -> [33032] ~s(skolem_X1414), ~s(Y15_184_7)
% 251.95/36.31 -> [33033] s(skolem_X1414), s(Y15_184_7)
% 251.95/36.31
% 251.95/36.31 [33033] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [33065] q(Y17_89_8)
% 251.95/36.31
% 251.95/36.31 [33065] CLOSURE : q(Y17_89_8)
% 251.95/36.31
% 251.95/36.31 [33032] CLOSURE : ~s(Y15_184_7)
% 251.95/36.31
% 251.95/36.31 [2077] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2705] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2705] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [4705] (p(skolem_X22) <=> p(Y3_170_0))
% 251.95/36.31
% 251.95/36.31 [4705] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_170_0))
% 251.95/36.31 -> [4706] ~p(skolem_X22), ~p(Y3_170_0)
% 251.95/36.31 -> [4707] p(skolem_X22), p(Y3_170_0)
% 251.95/36.31
% 251.95/36.31 [4706] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [12976] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [12976] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [14109] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [14109] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [22061] (q(skolem_X66) <=> q(Y7_685_3))
% 251.95/36.31
% 251.95/36.31 [22061] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_685_3))
% 251.95/36.31 -> [22062] ~q(skolem_X66), ~q(Y7_685_3)
% 251.95/36.31 -> [22063] q(skolem_X66), q(Y7_685_3)
% 251.95/36.31
% 251.95/36.31 [22063] CLOSURE : q(Y7_685_3)
% 251.95/36.31
% 251.95/36.31 [22674] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_422_4))
% 251.95/36.31 -> [23808] ~r(skolem_X1010), ~r(Y11_422_4)
% 251.95/36.31 -> [23809] r(skolem_X1010), r(Y11_422_4)
% 251.95/36.31
% 251.95/36.31 [23808] CLOSURE : ~r(Y11_422_4)
% 251.95/36.31
% 251.95/36.31 [23809] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [24022] s(Y9_201_5)
% 251.95/36.31
% 251.95/36.31 [24022] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [24226] p(Y13_142_6)
% 251.95/36.31
% 251.95/36.31 [24226] CLOSURE : p(Y13_142_6)
% 251.95/36.31
% 251.95/36.31 [4707] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [18835] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [18835] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [19710] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [19710] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [20284] (q(skolem_X66) <=> q(Y7_603_3))
% 251.95/36.31
% 251.95/36.31 [20284] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_603_3))
% 251.95/36.31 -> [20285] ~q(skolem_X66), ~q(Y7_603_3)
% 251.95/36.31 -> [20286] q(skolem_X66), q(Y7_603_3)
% 251.95/36.31
% 251.95/36.31 [20286] CLOSURE : q(Y7_603_3)
% 251.95/36.31
% 251.95/36.31 [39709] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1096_4))
% 251.95/36.31 -> [39872] ~r(skolem_X1010), ~r(Y11_1096_4)
% 251.95/36.31 -> [39873] r(skolem_X1010), r(Y11_1096_4)
% 251.95/36.31
% 251.95/36.31 [39872] CLOSURE : ~r(Y11_1096_4)
% 251.95/36.31
% 251.95/36.31 [39873] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [39884] s(skolem_X1414)
% 251.95/36.31
% 251.95/36.31 [39884] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [39906] p(Y13_579_6)
% 251.95/36.31
% 251.95/36.31 [39906] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [39928] (s(skolem_X1414) <=> s(Y15_300_7))
% 251.95/36.31
% 251.95/36.31 [39928] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_300_7))
% 251.95/36.31 -> [39929] ~s(skolem_X1414), ~s(Y15_300_7)
% 251.95/36.31 -> [39930] s(skolem_X1414), s(Y15_300_7)
% 251.95/36.31
% 251.95/36.31 [39930] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [39951] ~p(X16_188_8)
% 251.95/36.31
% 251.95/36.31 [39951] CLOSURE : ~p(X16_188_8)
% 251.95/36.31
% 251.95/36.31 [39929] CLOSURE : ~s(Y15_300_7)
% 251.95/36.31
% 251.95/36.31 [691] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.31 -> [933] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [934] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31
% 251.95/36.31 [934] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [935] s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [935] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.31 -> [8681] ~p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [8681] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [10382] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [10383] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [10383] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [10389] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [10389] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [10390] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [10391] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [10390] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [10682] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [10682] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [10684] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [10685] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [10685] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [10684] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [12883] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [12883] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [13984] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [13984] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [15296] (q(skolem_X66) <=> q(Y7_400_3))
% 251.95/36.31
% 251.95/36.31 [15296] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_400_3))
% 251.95/36.31 -> [15298] ~q(skolem_X66), ~q(Y7_400_3)
% 251.95/36.31 -> [15299] q(skolem_X66), q(Y7_400_3)
% 251.95/36.31
% 251.95/36.31 [15299] CLOSURE : q(Y7_400_3)
% 251.95/36.31
% 251.95/36.31 [17273] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_259_4))
% 251.95/36.31 -> [20709] ~r(skolem_X1010), ~r(Y11_259_4)
% 251.95/36.31 -> [20710] r(skolem_X1010), r(Y11_259_4)
% 251.95/36.31
% 251.95/36.31 [20709] CLOSURE : ~r(Y11_259_4)
% 251.95/36.31
% 251.95/36.31 [20710] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [21270] s(skolem_X1414)
% 251.95/36.31
% 251.95/36.31 [21270] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [21510] (s(skolem_X1414) <=> s(Y15_35_6))
% 251.95/36.31
% 251.95/36.31 [21510] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_35_6))
% 251.95/36.31 -> [21511] ~s(skolem_X1414), ~s(Y15_35_6)
% 251.95/36.31 -> [21512] s(skolem_X1414), s(Y15_35_6)
% 251.95/36.31
% 251.95/36.31 [21511] CLOSURE : ~s(Y15_35_6)
% 251.95/36.31
% 251.95/36.31 [21512] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [30522] ~p(X16_95_7)
% 251.95/36.31
% 251.95/36.31 [30522] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [30590] q(Y17_72_8)
% 251.95/36.31
% 251.95/36.31 [30590] CLOSURE : q(Y17_72_8)
% 251.95/36.31
% 251.95/36.31 [10391] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [10394] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [10394] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [11153] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [11153] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [12479] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [12479] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [12480] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [12481] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [12481] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [12480] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [17723] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [17723] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [18256] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [18256] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [18702] (q(skolem_X66) <=> q(Y7_522_3))
% 251.95/36.31
% 251.95/36.31 [18702] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_522_3))
% 251.95/36.31 -> [18703] ~q(skolem_X66), ~q(Y7_522_3)
% 251.95/36.31 -> [18704] q(skolem_X66), q(Y7_522_3)
% 251.95/36.31
% 251.95/36.31 [18704] CLOSURE : q(Y7_522_3)
% 251.95/36.31
% 251.95/36.31 [19442] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_322_4))
% 251.95/36.31 -> [30574] ~r(skolem_X1010), ~r(Y11_322_4)
% 251.95/36.31 -> [30575] r(skolem_X1010), r(Y11_322_4)
% 251.95/36.31
% 251.95/36.31 [30574] CLOSURE : ~r(Y11_322_4)
% 251.95/36.31
% 251.95/36.31 [30575] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [30627] s(skolem_X1414)
% 251.95/36.31
% 251.95/36.31 [30627] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31 -> [30695] (s(skolem_X1414) <=> s(Y15_145_6))
% 251.95/36.31
% 251.95/36.31 [30695] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_145_6))
% 251.95/36.31 -> [30696] ~s(skolem_X1414), ~s(Y15_145_6)
% 251.95/36.31 -> [30697] s(skolem_X1414), s(Y15_145_6)
% 251.95/36.31
% 251.95/36.31 [30696] CLOSURE : ~s(Y15_145_6)
% 251.95/36.31
% 251.95/36.31 [30697] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [30734] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31
% 251.95/36.31 [30734] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [30735] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [30735] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [30736] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [30737] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [30737] CLOSURE : p(skolem_X22)
% 251.95/36.31
% 251.95/36.31 [30736] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [10382] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [10670] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [10671] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [10671] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [10676] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [10676] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [11620] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [11620] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [11621] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [11622] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [11622] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [11621] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [15659] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [15659] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [17269] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [17269] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [17925] (q(skolem_X66) <=> q(Y7_485_3))
% 251.95/36.31
% 251.95/36.31 [17925] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_485_3))
% 251.95/36.31 -> [17926] ~q(skolem_X66), ~q(Y7_485_3)
% 251.95/36.31 -> [17927] q(skolem_X66), q(Y7_485_3)
% 251.95/36.31
% 251.95/36.31 [17927] CLOSURE : q(Y7_485_3)
% 251.95/36.31
% 251.95/36.31 [18685] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_296_4))
% 251.95/36.31 -> [30636] ~r(skolem_X1010), ~r(Y11_296_4)
% 251.95/36.31 -> [30637] r(skolem_X1010), r(Y11_296_4)
% 251.95/36.31
% 251.95/36.31 [30636] CLOSURE : ~r(Y11_296_4)
% 251.95/36.31
% 251.95/36.31 [30637] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [30657] s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [30657] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [30674] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [30674] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.31 -> [30675] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.31
% 251.95/36.31 [30675] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.31 -> [30676] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.31 -> [30677] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [30677] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [30676] CLOSURE : ~s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [10670] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [11138] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [11138] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [12462] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31
% 251.95/36.31 [12462] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.31 -> [12463] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.31 -> [12464] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [12464] CLOSURE : p(skolem_Y1313)
% 251.95/36.31
% 251.95/36.31 [12463] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [14458] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [14458] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [15654] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [15654] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [17076] (q(skolem_X66) <=> q(Y7_452_3))
% 251.95/36.31
% 251.95/36.31 [17076] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_452_3))
% 251.95/36.31 -> [17078] ~q(skolem_X66), ~q(Y7_452_3)
% 251.95/36.31 -> [17079] q(skolem_X66), q(Y7_452_3)
% 251.95/36.31
% 251.95/36.31 [17079] CLOSURE : q(Y7_452_3)
% 251.95/36.31
% 251.95/36.31 [18077] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_278_4))
% 251.95/36.31 -> [30576] ~r(skolem_X1010), ~r(Y11_278_4)
% 251.95/36.31 -> [30577] r(skolem_X1010), r(Y11_278_4)
% 251.95/36.31
% 251.95/36.31 [30576] CLOSURE : ~r(Y11_278_4)
% 251.95/36.31
% 251.95/36.31 [30577] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [30628] s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [30628] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [30701] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [30701] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.31 -> [30702] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.31
% 251.95/36.31 [30702] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.31 -> [30703] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.31 -> [30704] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [30704] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.31
% 251.95/36.31 [30703] CLOSURE : ~s(skolem_X1212)
% 251.95/36.31
% 251.95/36.31 [933] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.31 -> [1450] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1451] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31
% 251.95/36.31 [1451] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.31 -> [1453] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.31
% 251.95/36.31 [1453] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [1456] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [1457] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [1456] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2192] (p(skolem_X22) <=> p(Y3_53_0))
% 251.95/36.31
% 251.95/36.31 [2192] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_53_0))
% 251.95/36.31 -> [2193] ~p(skolem_X22), ~p(Y3_53_0)
% 251.95/36.31 -> [2194] p(skolem_X22), p(Y3_53_0)
% 251.95/36.31
% 251.95/36.31 [2193] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2594] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2594] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [2596] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [2596] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [2819] (q(skolem_X66) <=> q(Y7_23_3))
% 251.95/36.31
% 251.95/36.31 [2819] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_23_3))
% 251.95/36.31 -> [2820] ~q(skolem_X66), ~q(Y7_23_3)
% 251.95/36.31 -> [2821] q(skolem_X66), q(Y7_23_3)
% 251.95/36.31
% 251.95/36.31 [2821] CLOSURE : q(Y7_23_3)
% 251.95/36.31
% 251.95/36.31 [3000] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_10_4))
% 251.95/36.31 -> [4380] ~r(skolem_X1010), ~r(Y11_10_4)
% 251.95/36.31 -> [4381] r(skolem_X1010), r(Y11_10_4)
% 251.95/36.31
% 251.95/36.31 [4380] CLOSURE : ~r(Y11_10_4)
% 251.95/36.31
% 251.95/36.31 [4381] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [4553] s(Y9_8_5)
% 251.95/36.31
% 251.95/36.31 [4553] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [4734] ~s(X12_10_6)
% 251.95/36.31
% 251.95/36.31 [4734] CLOSURE : ~s(X12_10_6)
% 251.95/36.31
% 251.95/36.31 [2194] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2835] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2835] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3431] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [3431] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [3880] (q(skolem_X66) <=> q(Y7_53_3))
% 251.95/36.31
% 251.95/36.31 [3880] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_53_3))
% 251.95/36.31 -> [3882] ~q(skolem_X66), ~q(Y7_53_3)
% 251.95/36.31 -> [3883] q(skolem_X66), q(Y7_53_3)
% 251.95/36.31
% 251.95/36.31 [3883] CLOSURE : q(Y7_53_3)
% 251.95/36.31
% 251.95/36.31 [4385] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_31_4))
% 251.95/36.31 -> [5023] ~r(skolem_X1010), ~r(Y11_31_4)
% 251.95/36.31 -> [5024] r(skolem_X1010), r(Y11_31_4)
% 251.95/36.31
% 251.95/36.31 [5024] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [5134] s(Y9_16_5)
% 251.95/36.31
% 251.95/36.31 [5134] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [5270] ~s(X12_13_6)
% 251.95/36.31
% 251.95/36.31 [5270] CLOSURE : ~s(X12_13_6)
% 251.95/36.31
% 251.95/36.31 [5023] CLOSURE : ~r(Y11_31_4)
% 251.95/36.31
% 251.95/36.31 [1457] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [1958] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [1958] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [3364] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [3364] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [6179] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [6179] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [6180] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [6181] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [6180] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [6181] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [13043] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [13043] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [14201] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [14201] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [15011] (q(skolem_X66) <=> q(Y7_392_3))
% 251.95/36.31
% 251.95/36.31 [15011] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_392_3))
% 251.95/36.31 -> [15012] ~q(skolem_X66), ~q(Y7_392_3)
% 251.95/36.31 -> [15013] q(skolem_X66), q(Y7_392_3)
% 251.95/36.31
% 251.95/36.31 [15013] CLOSURE : q(Y7_392_3)
% 251.95/36.31
% 251.95/36.31 [22086] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_401_4))
% 251.95/36.31 -> [23139] ~r(skolem_X1010), ~r(Y11_401_4)
% 251.95/36.31 -> [23140] r(skolem_X1010), r(Y11_401_4)
% 251.95/36.31
% 251.95/36.31 [23140] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [23307] s(Y9_176_5)
% 251.95/36.31
% 251.95/36.31 [23307] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [23407] ~s(X12_164_6)
% 251.95/36.31
% 251.95/36.31 [23407] CLOSURE : ~s(X12_164_6)
% 251.95/36.31
% 251.95/36.31 [23139] CLOSURE : ~r(Y11_401_4)
% 251.95/36.31
% 251.95/36.31 [1450] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.31 -> [2189] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2190] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.31
% 251.95/36.31 [2190] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.31 -> [2191] p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2191] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2799] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31
% 251.95/36.31 [2799] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.31 -> [2801] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.31 -> [2802] p(skolem_X22), p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2801] CLOSURE : ~p(skolem_X1616)
% 251.95/36.31
% 251.95/36.31 [2802] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [3222] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [3222] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3863] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [3863] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [4088] (q(skolem_X66) <=> q(Y7_62_3))
% 251.95/36.31
% 251.95/36.31 [4088] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_62_3))
% 251.95/36.31 -> [4090] ~q(skolem_X66), ~q(Y7_62_3)
% 251.95/36.31 -> [4091] q(skolem_X66), q(Y7_62_3)
% 251.95/36.31
% 251.95/36.31 [4091] CLOSURE : q(Y7_62_3)
% 251.95/36.31
% 251.95/36.31 [4538] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_33_4))
% 251.95/36.31 -> [5121] ~r(skolem_X1010), ~r(Y11_33_4)
% 251.95/36.31 -> [5122] r(skolem_X1010), r(Y11_33_4)
% 251.95/36.31
% 251.95/36.31 [5121] CLOSURE : ~r(Y11_33_4)
% 251.95/36.31
% 251.95/36.31 [5122] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.31 -> [5265] s(Y9_19_5)
% 251.95/36.31
% 251.95/36.31 [5265] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.31 -> [5508] ~s(X12_17_6)
% 251.95/36.31
% 251.95/36.31 [5508] CLOSURE : ~s(X12_17_6)
% 251.95/36.31
% 251.95/36.31 [2189] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.31 -> [2569] ~q(skolem_Y1717)
% 251.95/36.31
% 251.95/36.31 [2569] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.31 -> [2570] (p(skolem_X22) <=> p(Y3_72_0))
% 251.95/36.31
% 251.95/36.31 [2570] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_72_0))
% 251.95/36.31 -> [2571] ~p(skolem_X22), ~p(Y3_72_0)
% 251.95/36.31 -> [2572] p(skolem_X22), p(Y3_72_0)
% 251.95/36.31
% 251.95/36.31 [2572] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.31 -> [2984] ~q(skolem_X66)
% 251.95/36.31
% 251.95/36.31 [2984] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.31 -> [3632] r(skolem_X1010)
% 251.95/36.31
% 251.95/36.31 [3632] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.31 -> [4018] (q(skolem_X66) <=> q(Y7_57_3))
% 251.95/36.32
% 251.95/36.32 [4018] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_57_3))
% 251.95/36.32 -> [4019] ~q(skolem_X66), ~q(Y7_57_3)
% 251.95/36.32 -> [4020] q(skolem_X66), q(Y7_57_3)
% 251.95/36.32
% 251.95/36.32 [4020] CLOSURE : q(Y7_57_3)
% 251.95/36.32
% 251.95/36.32 [12910] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_145_4))
% 251.95/36.32 -> [34240] ~r(skolem_X1010), ~r(Y11_145_4)
% 251.95/36.32 -> [34241] r(skolem_X1010), r(Y11_145_4)
% 251.95/36.32
% 251.95/36.32 [34241] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [34320] s(Y9_459_5)
% 251.95/36.32
% 251.95/36.32 [34320] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [34352] ~s(X12_482_6)
% 251.95/36.32
% 251.95/36.32 [34352] CLOSURE : ~s(X12_482_6)
% 251.95/36.32
% 251.95/36.32 [34240] CLOSURE : ~r(Y11_145_4)
% 251.95/36.32
% 251.95/36.32 [2571] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [2779] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [2779] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [2781] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [2781] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [2966] (q(skolem_X66) <=> q(Y7_26_3))
% 251.95/36.32
% 251.95/36.32 [2966] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_26_3))
% 251.95/36.32 -> [2967] ~q(skolem_X66), ~q(Y7_26_3)
% 251.95/36.32 -> [2968] q(skolem_X66), q(Y7_26_3)
% 251.95/36.32
% 251.95/36.32 [2968] CLOSURE : q(Y7_26_3)
% 251.95/36.32
% 251.95/36.32 [3200] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_14_4))
% 251.95/36.32 -> [20338] ~r(skolem_X1010), ~r(Y11_14_4)
% 251.95/36.32 -> [20339] r(skolem_X1010), r(Y11_14_4)
% 251.95/36.32
% 251.95/36.32 [20338] CLOSURE : ~r(Y11_14_4)
% 251.95/36.32
% 251.95/36.32 [20339] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [20837] s(Y9_139_5)
% 251.95/36.32
% 251.95/36.32 [20837] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [41106] ~s(X12_668_6)
% 251.95/36.32
% 251.95/36.32 [41106] CLOSURE : ~s(X12_668_6)
% 251.95/36.32
% 251.95/36.32 [659] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.32 -> [886] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [887] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.32
% 251.95/36.32 [886] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [1292] ~s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [1292] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.32 -> [1295] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [1296] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32
% 251.95/36.32 [1295] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [1880] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [1881] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [1880] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [4298] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4299] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [4298] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4792] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4793] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [4792] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5527] (p(skolem_X22) <=> p(Y3_192_0))
% 251.95/36.32
% 251.95/36.32 [5527] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_192_0))
% 251.95/36.32 -> [5528] ~p(skolem_X22), ~p(Y3_192_0)
% 251.95/36.32 -> [5529] p(skolem_X22), p(Y3_192_0)
% 251.95/36.32
% 251.95/36.32 [5529] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [5533] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [5533] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [5540] r(Y5_150_2)
% 251.95/36.32
% 251.95/36.32 [5540] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11447] (q(skolem_X66) <=> q(Y7_259_3))
% 251.95/36.32
% 251.95/36.32 [11447] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_259_3))
% 251.95/36.32 -> [11450] ~q(skolem_X66), ~q(Y7_259_3)
% 251.95/36.32 -> [11451] q(skolem_X66), q(Y7_259_3)
% 251.95/36.32
% 251.95/36.32 [11451] CLOSURE : q(Y7_259_3)
% 251.95/36.32
% 251.95/36.32 [13644] BETA_NOT_EQUIV : ~(r(X10_109_4) <=> r(skolem_Y1111(X10_109_4)))
% 251.95/36.32 -> [24477] ~r(X10_109_4), r(skolem_Y1111(X10_109_4))
% 251.95/36.32 -> [24478] r(X10_109_4), ~r(skolem_Y1111(X10_109_4))
% 251.95/36.32
% 251.95/36.32 [24477] CLOSURE : ~r(X10_109_4)
% 251.95/36.32
% 251.95/36.32 [24478] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [25630] ~r(X8_496_5)
% 251.95/36.32
% 251.95/36.32 [25630] CLOSURE : ~r(X8_496_5)
% 251.95/36.32
% 251.95/36.32 [5528] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6408] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6408] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [20185] r(Y5_830_2)
% 251.95/36.32
% 251.95/36.32 [20185] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [20406] (q(skolem_X66) <=> q(Y7_611_3))
% 251.95/36.32
% 251.95/36.32 [20406] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_611_3))
% 251.95/36.32 -> [20407] ~q(skolem_X66), ~q(Y7_611_3)
% 251.95/36.32 -> [20408] q(skolem_X66), q(Y7_611_3)
% 251.95/36.32
% 251.95/36.32 [20408] CLOSURE : q(Y7_611_3)
% 251.95/36.32
% 251.95/36.32 [20721] BETA_NOT_EQUIV : ~(r(X10_284_4) <=> r(skolem_Y1111(X10_284_4)))
% 251.95/36.32 -> [34315] ~r(X10_284_4), r(skolem_Y1111(X10_284_4))
% 251.95/36.32 -> [34316] r(X10_284_4), ~r(skolem_Y1111(X10_284_4))
% 251.95/36.32
% 251.95/36.32 [34315] CLOSURE : ~r(X10_284_4)
% 251.95/36.32
% 251.95/36.32 [34316] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [34379] ~r(X8_892_5)
% 251.95/36.32
% 251.95/36.32 [34379] CLOSURE : ~r(X8_892_5)
% 251.95/36.32
% 251.95/36.32 [4793] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [4794] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4794] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4795] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [4795] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [4797] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [4797] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [4798] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [4799] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4798] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4799] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6409] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6409] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [6410] r(Y5_178_2)
% 251.95/36.32
% 251.95/36.32 [6410] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [8129] (q(skolem_X66) <=> q(Y7_147_3))
% 251.95/36.32
% 251.95/36.32 [8129] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_147_3))
% 251.95/36.32 -> [8132] ~q(skolem_X66), ~q(Y7_147_3)
% 251.95/36.32 -> [8133] q(skolem_X66), q(Y7_147_3)
% 251.95/36.32
% 251.95/36.32 [8133] CLOSURE : q(Y7_147_3)
% 251.95/36.32
% 251.95/36.32 [8132] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [16328] ~! [Y11_11] : ((r(X10_150_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [16328] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_150_4) <=> r(Y11_11)))
% 251.95/36.32 -> [16329] ~(r(X10_150_4) <=> r(skolem_Y1111(X10_150_4)))
% 251.95/36.32
% 251.95/36.32 [16329] BETA_NOT_EQUIV : ~(r(X10_150_4) <=> r(skolem_Y1111(X10_150_4)))
% 251.95/36.32 -> [16330] ~r(X10_150_4), r(skolem_Y1111(X10_150_4))
% 251.95/36.32 -> [16331] r(X10_150_4), ~r(skolem_Y1111(X10_150_4))
% 251.95/36.32
% 251.95/36.32 [16330] CLOSURE : ~r(X10_150_4)
% 251.95/36.32
% 251.95/36.32 [16331] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [38955] ~r(X8_1149_5)
% 251.95/36.32
% 251.95/36.32 [38955] CLOSURE : ~r(X8_1149_5)
% 251.95/36.32
% 251.95/36.32 [4299] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [4301] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [4301] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4302] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4303] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [4303] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [4305] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4305] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [4307] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [4307] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [4310] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [4311] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4310] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4311] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [4315] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [4315] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [4316] r(Y5_116_2)
% 251.95/36.32
% 251.95/36.32 [4316] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [6444] (q(skolem_X66) <=> q(Y7_112_3))
% 251.95/36.32
% 251.95/36.32 [6444] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_112_3))
% 251.95/36.32 -> [6445] ~q(skolem_X66), ~q(Y7_112_3)
% 251.95/36.32 -> [6446] q(skolem_X66), q(Y7_112_3)
% 251.95/36.32
% 251.95/36.32 [6446] CLOSURE : q(Y7_112_3)
% 251.95/36.32
% 251.95/36.32 [15706] BETA_NOT_EQUIV : ~(r(X10_135_4) <=> r(skolem_Y1111(X10_135_4)))
% 251.95/36.32 -> [39319] ~r(X10_135_4), r(skolem_Y1111(X10_135_4))
% 251.95/36.32 -> [39320] r(X10_135_4), ~r(skolem_Y1111(X10_135_4))
% 251.95/36.32
% 251.95/36.32 [39319] CLOSURE : ~r(X10_135_4)
% 251.95/36.32
% 251.95/36.32 [39320] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [39426] ~r(X8_1186_5)
% 251.95/36.32
% 251.95/36.32 [39426] CLOSURE : ~r(X8_1186_5)
% 251.95/36.32
% 251.95/36.32 [4302] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4807] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [4807] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [4808] (p(skolem_X22) <=> p(Y3_174_0))
% 251.95/36.32
% 251.95/36.32 [4808] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_174_0))
% 251.95/36.32 -> [4809] ~p(skolem_X22), ~p(Y3_174_0)
% 251.95/36.32 -> [4810] p(skolem_X22), p(Y3_174_0)
% 251.95/36.32
% 251.95/36.32 [4809] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [5551] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [5551] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [5552] r(Y5_151_2)
% 251.95/36.32
% 251.95/36.32 [5552] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [6420] (q(skolem_X66) <=> q(Y7_111_3))
% 251.95/36.32
% 251.95/36.32 [6420] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_111_3))
% 251.95/36.32 -> [6422] ~q(skolem_X66), ~q(Y7_111_3)
% 251.95/36.32 -> [6423] q(skolem_X66), q(Y7_111_3)
% 251.95/36.32
% 251.95/36.32 [6423] CLOSURE : q(Y7_111_3)
% 251.95/36.32
% 251.95/36.32 [6422] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [6828] ~! [Y11_11] : ((r(X10_36_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [6828] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_36_4) <=> r(Y11_11)))
% 251.95/36.32 -> [6829] ~(r(X10_36_4) <=> r(skolem_Y1111(X10_36_4)))
% 251.95/36.32
% 251.95/36.32 [6829] BETA_NOT_EQUIV : ~(r(X10_36_4) <=> r(skolem_Y1111(X10_36_4)))
% 251.95/36.32 -> [6830] ~r(X10_36_4), r(skolem_Y1111(X10_36_4))
% 251.95/36.32 -> [6831] r(X10_36_4), ~r(skolem_Y1111(X10_36_4))
% 251.95/36.32
% 251.95/36.32 [6830] CLOSURE : ~r(X10_36_4)
% 251.95/36.32
% 251.95/36.32 [6831] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [15697] ~r(X8_123_5)
% 251.95/36.32
% 251.95/36.32 [15697] CLOSURE : ~r(X8_123_5)
% 251.95/36.32
% 251.95/36.32 [4810] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6436] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6436] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [6439] r(skolem_Y1111(X10_151_4))
% 251.95/36.32
% 251.95/36.32 [6439] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [8166] (q(skolem_X66) <=> q(Y7_148_3))
% 251.95/36.32
% 251.95/36.32 [8166] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_148_3))
% 251.95/36.32 -> [8167] ~q(skolem_X66), ~q(Y7_148_3)
% 251.95/36.32 -> [8168] q(skolem_X66), q(Y7_148_3)
% 251.95/36.32
% 251.95/36.32 [8168] CLOSURE : q(Y7_148_3)
% 251.95/36.32
% 251.95/36.32 [16342] BETA_NOT_EQUIV : ~(r(X10_151_4) <=> r(skolem_Y1111(X10_151_4)))
% 251.95/36.32 -> [39383] ~r(X10_151_4), r(skolem_Y1111(X10_151_4))
% 251.95/36.32 -> [39384] r(X10_151_4), ~r(skolem_Y1111(X10_151_4))
% 251.95/36.32
% 251.95/36.32 [39384] CLOSURE : ~r(skolem_Y1111(X10_151_4))
% 251.95/36.32
% 251.95/36.32 [39383] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [39458] ~r(X8_1190_5)
% 251.95/36.32
% 251.95/36.32 [39458] CLOSURE : ~r(X8_1190_5)
% 251.95/36.32
% 251.95/36.32 [1881] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [1886] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [1886] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [1889] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [1889] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [1896] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1897] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [1897] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [1909] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [1909] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1910] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [1911] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [1910] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [8668] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [8668] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [8669] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [8669] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [8671] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [8672] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [8672] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [8671] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [9062] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [9062] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [9065] r(Y5_267_2)
% 251.95/36.32
% 251.95/36.32 [9065] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [10371] (q(skolem_X66) <=> q(Y7_220_3))
% 251.95/36.32
% 251.95/36.32 [10371] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_220_3))
% 251.95/36.32 -> [10373] ~q(skolem_X66), ~q(Y7_220_3)
% 251.95/36.32 -> [10374] q(skolem_X66), q(Y7_220_3)
% 251.95/36.32
% 251.95/36.32 [10374] CLOSURE : q(Y7_220_3)
% 251.95/36.32
% 251.95/36.32 [10373] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [12389] ~! [Y11_11] : ((r(X10_89_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [12389] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_89_4) <=> r(Y11_11)))
% 251.95/36.32 -> [12392] ~(r(X10_89_4) <=> r(skolem_Y1111(X10_89_4)))
% 251.95/36.32
% 251.95/36.32 [12392] BETA_NOT_EQUIV : ~(r(X10_89_4) <=> r(skolem_Y1111(X10_89_4)))
% 251.95/36.32 -> [12393] ~r(X10_89_4), r(skolem_Y1111(X10_89_4))
% 251.95/36.32 -> [12394] r(X10_89_4), ~r(skolem_Y1111(X10_89_4))
% 251.95/36.32
% 251.95/36.32 [12393] CLOSURE : ~r(X10_89_4)
% 251.95/36.32
% 251.95/36.32 [12394] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [18065] ~r(X8_173_5)
% 251.95/36.32
% 251.95/36.32 [18065] CLOSURE : ~r(X8_173_5)
% 251.95/36.32
% 251.95/36.32 [1911] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [1915] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [1915] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [9485] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [9485] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [9486] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [9487] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [9487] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [9486] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [14822] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [14822] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [22071] r(skolem_Y1111(X10_355_4))
% 251.95/36.32
% 251.95/36.32 [22071] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [22429] (q(skolem_X66) <=> q(Y7_704_3))
% 251.95/36.32
% 251.95/36.32 [22429] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_704_3))
% 251.95/36.32 -> [22430] ~q(skolem_X66), ~q(Y7_704_3)
% 251.95/36.32 -> [22431] q(skolem_X66), q(Y7_704_3)
% 251.95/36.32
% 251.95/36.32 [22431] CLOSURE : q(Y7_704_3)
% 251.95/36.32
% 251.95/36.32 [22926] BETA_NOT_EQUIV : ~(r(X10_355_4) <=> r(skolem_Y1111(X10_355_4)))
% 251.95/36.32 -> [24401] ~r(X10_355_4), r(skolem_Y1111(X10_355_4))
% 251.95/36.32 -> [24402] r(X10_355_4), ~r(skolem_Y1111(X10_355_4))
% 251.95/36.32
% 251.95/36.32 [24402] CLOSURE : ~r(skolem_Y1111(X10_355_4))
% 251.95/36.32
% 251.95/36.32 [24401] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [24983] ~r(X8_461_5)
% 251.95/36.32
% 251.95/36.32 [24983] CLOSURE : ~r(X8_461_5)
% 251.95/36.32
% 251.95/36.32 [1896] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [2735] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2736] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [2735] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [3275] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [3275] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [3276] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [3277] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [3277] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [3276] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [4063] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [4063] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [4066] r(Y5_99_2)
% 251.95/36.32
% 251.95/36.32 [4066] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [22199] (q(skolem_X66) <=> q(Y7_695_3))
% 251.95/36.32
% 251.95/36.32 [22199] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_695_3))
% 251.95/36.32 -> [22201] ~q(skolem_X66), ~q(Y7_695_3)
% 251.95/36.32 -> [22202] q(skolem_X66), q(Y7_695_3)
% 251.95/36.32
% 251.95/36.32 [22202] CLOSURE : q(Y7_695_3)
% 251.95/36.32
% 251.95/36.32 [22741] BETA_NOT_EQUIV : ~(r(X10_347_4) <=> r(skolem_Y1111(X10_347_4)))
% 251.95/36.32 -> [24499] ~r(X10_347_4), r(skolem_Y1111(X10_347_4))
% 251.95/36.32 -> [24500] r(X10_347_4), ~r(skolem_Y1111(X10_347_4))
% 251.95/36.32
% 251.95/36.32 [24499] CLOSURE : ~r(X10_347_4)
% 251.95/36.32
% 251.95/36.32 [24500] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [24978] ~r(X8_460_5)
% 251.95/36.32
% 251.95/36.32 [24978] CLOSURE : ~r(X8_460_5)
% 251.95/36.32
% 251.95/36.32 [2736] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [2741] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [2741] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [15512] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [15512] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [16230] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [16230] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [16231] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [16232] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [16232] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [16231] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [39650] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [39650] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [39669] r(skolem_Y1111(X10_1027_4))
% 251.95/36.32
% 251.95/36.32 [39669] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [39716] (q(skolem_X66) <=> q(Y7_1258_3))
% 251.95/36.32
% 251.95/36.32 [39716] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1258_3))
% 251.95/36.32 -> [39717] ~q(skolem_X66), ~q(Y7_1258_3)
% 251.95/36.32 -> [39718] q(skolem_X66), q(Y7_1258_3)
% 251.95/36.32
% 251.95/36.32 [39718] CLOSURE : q(Y7_1258_3)
% 251.95/36.32
% 251.95/36.32 [39796] BETA_NOT_EQUIV : ~(r(X10_1027_4) <=> r(skolem_Y1111(X10_1027_4)))
% 251.95/36.32 -> [40001] ~r(X10_1027_4), r(skolem_Y1111(X10_1027_4))
% 251.95/36.32 -> [40002] r(X10_1027_4), ~r(skolem_Y1111(X10_1027_4))
% 251.95/36.32
% 251.95/36.32 [40002] CLOSURE : ~r(skolem_Y1111(X10_1027_4))
% 251.95/36.32
% 251.95/36.32 [40001] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [40141] ~r(X8_1218_5)
% 251.95/36.32
% 251.95/36.32 [40141] CLOSURE : ~r(X8_1218_5)
% 251.95/36.32
% 251.95/36.32 [1296] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [1314] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [1315] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [1315] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [1318] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [1318] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [1323] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1324] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [1323] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1950] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [1951] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [1951] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [1957] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [1957] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [9534] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [9534] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [9535] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [9536] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [9535] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [9536] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [16013] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [16013] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [17154] r(Y5_691_2)
% 251.95/36.32
% 251.95/36.32 [17154] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [18373] (q(skolem_X66) <=> q(Y7_506_3))
% 251.95/36.32
% 251.95/36.32 [18373] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_506_3))
% 251.95/36.32 -> [18374] ~q(skolem_X66), ~q(Y7_506_3)
% 251.95/36.32 -> [18375] q(skolem_X66), q(Y7_506_3)
% 251.95/36.32
% 251.95/36.32 [18375] CLOSURE : q(Y7_506_3)
% 251.95/36.32
% 251.95/36.32 [18374] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [23893] ~! [Y11_11] : ((r(X10_413_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [23893] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_413_4) <=> r(Y11_11)))
% 251.95/36.32 -> [23894] ~(r(X10_413_4) <=> r(skolem_Y1111(X10_413_4)))
% 251.95/36.32
% 251.95/36.32 [23894] BETA_NOT_EQUIV : ~(r(X10_413_4) <=> r(skolem_Y1111(X10_413_4)))
% 251.95/36.32 -> [23895] ~r(X10_413_4), r(skolem_Y1111(X10_413_4))
% 251.95/36.32 -> [23896] r(X10_413_4), ~r(skolem_Y1111(X10_413_4))
% 251.95/36.32
% 251.95/36.32 [23895] CLOSURE : ~r(X10_413_4)
% 251.95/36.32
% 251.95/36.32 [23896] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [24773] ~r(X8_443_5)
% 251.95/36.32
% 251.95/36.32 [24773] CLOSURE : ~r(X8_443_5)
% 251.95/36.32
% 251.95/36.32 [1950] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [8600] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [8600] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [8601] (p(skolem_X22) <=> p(Y3_327_0))
% 251.95/36.32
% 251.95/36.32 [8601] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_327_0))
% 251.95/36.32 -> [8602] ~p(skolem_X22), ~p(Y3_327_0)
% 251.95/36.32 -> [8603] p(skolem_X22), p(Y3_327_0)
% 251.95/36.32
% 251.95/36.32 [8603] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [10294] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [10294] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [17095] r(Y5_686_2)
% 251.95/36.32
% 251.95/36.32 [17095] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [38209] (q(skolem_X66) <=> q(Y7_1224_3))
% 251.95/36.32
% 251.95/36.32 [38209] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1224_3))
% 251.95/36.32 -> [38210] ~q(skolem_X66), ~q(Y7_1224_3)
% 251.95/36.32 -> [38211] q(skolem_X66), q(Y7_1224_3)
% 251.95/36.32
% 251.95/36.32 [38211] CLOSURE : q(Y7_1224_3)
% 251.95/36.32
% 251.95/36.32 [38210] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [38277] ~! [Y11_11] : ((r(X10_948_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [38277] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_948_4) <=> r(Y11_11)))
% 251.95/36.32 -> [38279] ~(r(X10_948_4) <=> r(skolem_Y1111(X10_948_4)))
% 251.95/36.32
% 251.95/36.32 [38279] BETA_NOT_EQUIV : ~(r(X10_948_4) <=> r(skolem_Y1111(X10_948_4)))
% 251.95/36.32 -> [38282] ~r(X10_948_4), r(skolem_Y1111(X10_948_4))
% 251.95/36.32 -> [38283] r(X10_948_4), ~r(skolem_Y1111(X10_948_4))
% 251.95/36.32
% 251.95/36.32 [38282] CLOSURE : ~r(X10_948_4)
% 251.95/36.32
% 251.95/36.32 [38283] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [38722] ~r(X8_1137_5)
% 251.95/36.32
% 251.95/36.32 [38722] CLOSURE : ~r(X8_1137_5)
% 251.95/36.32
% 251.95/36.32 [8602] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [8981] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [8981] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [8983] r(Y5_265_2)
% 251.95/36.32
% 251.95/36.32 [8983] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [10276] (q(skolem_X66) <=> q(Y7_216_3))
% 251.95/36.32
% 251.95/36.32 [10276] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_216_3))
% 251.95/36.32 -> [10277] ~q(skolem_X66), ~q(Y7_216_3)
% 251.95/36.32 -> [10278] q(skolem_X66), q(Y7_216_3)
% 251.95/36.32
% 251.95/36.32 [10278] CLOSURE : q(Y7_216_3)
% 251.95/36.32
% 251.95/36.32 [10277] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [17744] ~! [Y11_11] : ((r(X10_185_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [17744] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_185_4) <=> r(Y11_11)))
% 251.95/36.32 -> [17745] ~(r(X10_185_4) <=> r(skolem_Y1111(X10_185_4)))
% 251.95/36.32
% 251.95/36.32 [17745] BETA_NOT_EQUIV : ~(r(X10_185_4) <=> r(skolem_Y1111(X10_185_4)))
% 251.95/36.32 -> [17746] ~r(X10_185_4), r(skolem_Y1111(X10_185_4))
% 251.95/36.32 -> [17747] r(X10_185_4), ~r(skolem_Y1111(X10_185_4))
% 251.95/36.32
% 251.95/36.32 [17746] CLOSURE : ~r(X10_185_4)
% 251.95/36.32
% 251.95/36.32 [17747] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [38820] ~r(X8_1141_5)
% 251.95/36.32
% 251.95/36.32 [38820] CLOSURE : ~r(X8_1141_5)
% 251.95/36.32
% 251.95/36.32 [1324] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [1328] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [1328] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1330] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [1331] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [1331] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [1338] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [1338] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2841] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [2841] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [19899] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [19899] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [19900] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [19901] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [19900] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [19901] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [21207] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [21207] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [22075] r(skolem_Y1111(X10_358_4))
% 251.95/36.32
% 251.95/36.32 [22075] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [22465] (q(skolem_X66) <=> q(Y7_708_3))
% 251.95/36.32
% 251.95/36.32 [22465] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_708_3))
% 251.95/36.32 -> [22468] ~q(skolem_X66), ~q(Y7_708_3)
% 251.95/36.32 -> [22469] q(skolem_X66), q(Y7_708_3)
% 251.95/36.32
% 251.95/36.32 [22469] CLOSURE : q(Y7_708_3)
% 251.95/36.32
% 251.95/36.32 [22964] BETA_NOT_EQUIV : ~(r(X10_358_4) <=> r(skolem_Y1111(X10_358_4)))
% 251.95/36.32 -> [24661] ~r(X10_358_4), r(skolem_Y1111(X10_358_4))
% 251.95/36.32 -> [24662] r(X10_358_4), ~r(skolem_Y1111(X10_358_4))
% 251.95/36.32
% 251.95/36.32 [24662] CLOSURE : ~r(skolem_Y1111(X10_358_4))
% 251.95/36.32
% 251.95/36.32 [24661] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [25095] ~r(X8_467_5)
% 251.95/36.32
% 251.95/36.32 [25095] CLOSURE : ~r(X8_467_5)
% 251.95/36.32
% 251.95/36.32 [1330] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [1967] (p(skolem_X22) <=> p(Y3_45_0))
% 251.95/36.32
% 251.95/36.32 [1967] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_45_0))
% 251.95/36.32 -> [1968] ~p(skolem_X22), ~p(Y3_45_0)
% 251.95/36.32 -> [1969] p(skolem_X22), p(Y3_45_0)
% 251.95/36.32
% 251.95/36.32 [1968] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [4332] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [4332] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [4333] r(skolem_Y1111(X10_104_4))
% 251.95/36.32
% 251.95/36.32 [4333] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [10922] (q(skolem_X66) <=> q(Y7_240_3))
% 251.95/36.32
% 251.95/36.32 [10922] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_240_3))
% 251.95/36.32 -> [10923] ~q(skolem_X66), ~q(Y7_240_3)
% 251.95/36.32 -> [10924] q(skolem_X66), q(Y7_240_3)
% 251.95/36.32
% 251.95/36.32 [10924] CLOSURE : q(Y7_240_3)
% 251.95/36.32
% 251.95/36.32 [13248] BETA_NOT_EQUIV : ~(r(X10_104_4) <=> r(skolem_Y1111(X10_104_4)))
% 251.95/36.32 -> [39644] ~r(X10_104_4), r(skolem_Y1111(X10_104_4))
% 251.95/36.32 -> [39645] r(X10_104_4), ~r(skolem_Y1111(X10_104_4))
% 251.95/36.32
% 251.95/36.32 [39645] CLOSURE : ~r(skolem_Y1111(X10_104_4))
% 251.95/36.32
% 251.95/36.32 [39644] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [39794] ~r(X8_1205_5)
% 251.95/36.32
% 251.95/36.32 [39794] CLOSURE : ~r(X8_1205_5)
% 251.95/36.32
% 251.95/36.32 [1969] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [9618] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [9618] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [16437] r(skolem_Y1111(X10_224_4))
% 251.95/36.32
% 251.95/36.32 [16437] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [17689] (q(skolem_X66) <=> q(Y7_474_3))
% 251.95/36.32
% 251.95/36.32 [17689] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_474_3))
% 251.95/36.32 -> [17692] ~q(skolem_X66), ~q(Y7_474_3)
% 251.95/36.32 -> [17693] q(skolem_X66), q(Y7_474_3)
% 251.95/36.32
% 251.95/36.32 [17693] CLOSURE : q(Y7_474_3)
% 251.95/36.32
% 251.95/36.32 [19143] BETA_NOT_EQUIV : ~(r(X10_224_4) <=> r(skolem_Y1111(X10_224_4)))
% 251.95/36.32 -> [40879] ~r(X10_224_4), r(skolem_Y1111(X10_224_4))
% 251.95/36.32 -> [40880] r(X10_224_4), ~r(skolem_Y1111(X10_224_4))
% 251.95/36.32
% 251.95/36.32 [40880] CLOSURE : ~r(skolem_Y1111(X10_224_4))
% 251.95/36.32
% 251.95/36.32 [40879] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [41713] ~r(X8_1297_5)
% 251.95/36.32
% 251.95/36.32 [41713] CLOSURE : ~r(X8_1297_5)
% 251.95/36.32
% 251.95/36.32 [1314] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [1919] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [1919] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [1922] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1923] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [1922] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [13207] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [13208] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [13207] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [13637] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [13637] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [13638] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [13638] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [13639] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [13640] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [13640] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [13639] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [14234] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [14234] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [14235] r(Y5_558_2)
% 251.95/36.32
% 251.95/36.32 [14235] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [14525] (q(skolem_X66) <=> q(Y7_377_3))
% 251.95/36.32
% 251.95/36.32 [14525] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_377_3))
% 251.95/36.32 -> [14526] ~q(skolem_X66), ~q(Y7_377_3)
% 251.95/36.32 -> [14527] q(skolem_X66), q(Y7_377_3)
% 251.95/36.32
% 251.95/36.32 [14527] CLOSURE : q(Y7_377_3)
% 251.95/36.32
% 251.95/36.32 [14526] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [14823] ~! [Y11_11] : ((r(X10_116_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [14823] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_116_4) <=> r(Y11_11)))
% 251.95/36.32 -> [14824] ~(r(X10_116_4) <=> r(skolem_Y1111(X10_116_4)))
% 251.95/36.32
% 251.95/36.32 [14824] BETA_NOT_EQUIV : ~(r(X10_116_4) <=> r(skolem_Y1111(X10_116_4)))
% 251.95/36.32 -> [14825] ~r(X10_116_4), r(skolem_Y1111(X10_116_4))
% 251.95/36.32 -> [14826] r(X10_116_4), ~r(skolem_Y1111(X10_116_4))
% 251.95/36.32
% 251.95/36.32 [14825] CLOSURE : ~r(X10_116_4)
% 251.95/36.32
% 251.95/36.32 [14826] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [16839] ~r(X8_138_5)
% 251.95/36.32
% 251.95/36.32 [16839] CLOSURE : ~r(X8_138_5)
% 251.95/36.32
% 251.95/36.32 [13208] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [13212] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [13212] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [13647] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [13647] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [13648] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [13649] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [13648] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [13649] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [15511] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [15511] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [15513] r(skolem_Y1111(X10_204_4))
% 251.95/36.32
% 251.95/36.32 [15513] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [16857] (q(skolem_X66) <=> q(Y7_446_3))
% 251.95/36.32
% 251.95/36.32 [16857] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_446_3))
% 251.95/36.32 -> [16858] ~q(skolem_X66), ~q(Y7_446_3)
% 251.95/36.32 -> [16859] q(skolem_X66), q(Y7_446_3)
% 251.95/36.32
% 251.95/36.32 [16859] CLOSURE : q(Y7_446_3)
% 251.95/36.32
% 251.95/36.32 [18320] BETA_NOT_EQUIV : ~(r(X10_204_4) <=> r(skolem_Y1111(X10_204_4)))
% 251.95/36.32 -> [41004] ~r(X10_204_4), r(skolem_Y1111(X10_204_4))
% 251.95/36.32 -> [41005] r(X10_204_4), ~r(skolem_Y1111(X10_204_4))
% 251.95/36.32
% 251.95/36.32 [41005] CLOSURE : ~r(skolem_Y1111(X10_204_4))
% 251.95/36.32
% 251.95/36.32 [41004] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [41488] ~r(X8_1279_5)
% 251.95/36.32
% 251.95/36.32 [41488] CLOSURE : ~r(X8_1279_5)
% 251.95/36.32
% 251.95/36.32 [1923] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [1935] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [1935] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1938] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [1939] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [1938] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [2804] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [2804] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [2806] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [2807] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [2807] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [2806] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3360] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3360] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [3361] r(Y5_69_2)
% 251.95/36.32
% 251.95/36.32 [3361] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [4129] (q(skolem_X66) <=> q(Y7_63_3))
% 251.95/36.32
% 251.95/36.32 [4129] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_63_3))
% 251.95/36.32 -> [4130] ~q(skolem_X66), ~q(Y7_63_3)
% 251.95/36.32 -> [4131] q(skolem_X66), q(Y7_63_3)
% 251.95/36.32
% 251.95/36.32 [4131] CLOSURE : q(Y7_63_3)
% 251.95/36.32
% 251.95/36.32 [4130] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [10253] ~! [Y11_11] : ((r(X10_52_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [10253] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_52_4) <=> r(Y11_11)))
% 251.95/36.32 -> [10254] ~(r(X10_52_4) <=> r(skolem_Y1111(X10_52_4)))
% 251.95/36.32
% 251.95/36.32 [10254] BETA_NOT_EQUIV : ~(r(X10_52_4) <=> r(skolem_Y1111(X10_52_4)))
% 251.95/36.32 -> [10255] ~r(X10_52_4), r(skolem_Y1111(X10_52_4))
% 251.95/36.32 -> [10256] r(X10_52_4), ~r(skolem_Y1111(X10_52_4))
% 251.95/36.32
% 251.95/36.32 [10255] CLOSURE : ~r(X10_52_4)
% 251.95/36.32
% 251.95/36.32 [10256] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [21759] ~r(X8_272_5)
% 251.95/36.32
% 251.95/36.32 [21759] CLOSURE : ~r(X8_272_5)
% 251.95/36.32
% 251.95/36.32 [1939] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [1946] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [1946] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [8511] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [8511] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [8512] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [8512] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [8514] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [8515] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [8514] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [8515] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [16347] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [16347] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [16348] r(skolem_Y1111(X10_215_4))
% 251.95/36.32
% 251.95/36.32 [16348] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [17472] (q(skolem_X66) <=> q(Y7_468_3))
% 251.95/36.32
% 251.95/36.32 [17472] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_468_3))
% 251.95/36.32 -> [17473] ~q(skolem_X66), ~q(Y7_468_3)
% 251.95/36.32 -> [17474] q(skolem_X66), q(Y7_468_3)
% 251.95/36.32
% 251.95/36.32 [17474] CLOSURE : q(Y7_468_3)
% 251.95/36.32
% 251.95/36.32 [18601] BETA_NOT_EQUIV : ~(r(X10_215_4) <=> r(skolem_Y1111(X10_215_4)))
% 251.95/36.32 -> [41406] ~r(X10_215_4), r(skolem_Y1111(X10_215_4))
% 251.95/36.32 -> [41407] r(X10_215_4), ~r(skolem_Y1111(X10_215_4))
% 251.95/36.32
% 251.95/36.32 [41407] CLOSURE : ~r(skolem_Y1111(X10_215_4))
% 251.95/36.32
% 251.95/36.32 [41406] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [42392] ~r(X8_1359_5)
% 251.95/36.32
% 251.95/36.32 [42392] CLOSURE : ~r(X8_1359_5)
% 251.95/36.32
% 251.95/36.32 [887] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [894] r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [894] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.32 -> [895] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [896] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32
% 251.95/36.32 [896] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [901] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [902] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [901] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [1350] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [1350] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [1351] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1352] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [1352] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [1358] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [1358] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1363] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [1364] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [1363] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [2028] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [2028] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [2030] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [2031] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [2031] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [2030] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [2537] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [2537] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [2539] r(Y5_27_2)
% 251.95/36.32
% 251.95/36.32 [2539] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [2676] (q(skolem_X66) <=> q(Y7_22_3))
% 251.95/36.32
% 251.95/36.32 [2676] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_22_3))
% 251.95/36.32 -> [2677] ~q(skolem_X66), ~q(Y7_22_3)
% 251.95/36.32 -> [2678] q(skolem_X66), q(Y7_22_3)
% 251.95/36.32
% 251.95/36.32 [2678] CLOSURE : q(Y7_22_3)
% 251.95/36.32
% 251.95/36.32 [2838] BETA_NOT_EQUIV : ~(r(X10_3_4) <=> r(skolem_Y1111(X10_3_4)))
% 251.95/36.32 -> [9438] ~r(X10_3_4), r(skolem_Y1111(X10_3_4))
% 251.95/36.32 -> [9439] r(X10_3_4), ~r(skolem_Y1111(X10_3_4))
% 251.95/36.32
% 251.95/36.32 [9438] CLOSURE : ~r(X10_3_4)
% 251.95/36.32
% 251.95/36.32 [9439] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [17785] s(Y9_93_5)
% 251.95/36.32
% 251.95/36.32 [17785] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [18306] ~s(X12_89_6)
% 251.95/36.32
% 251.95/36.32 [18306] CLOSURE : ~s(X12_89_6)
% 251.95/36.32
% 251.95/36.32 [1364] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [1372] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [1372] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2542] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [2542] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [2994] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [2994] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [2995] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [2996] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [2996] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [2995] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [10844] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [10844] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [12041] r(Y5_449_2)
% 251.95/36.32
% 251.95/36.32 [12041] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [13064] (q(skolem_X66) <=> q(Y7_338_3))
% 251.95/36.32
% 251.95/36.32 [13064] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_338_3))
% 251.95/36.32 -> [13065] ~q(skolem_X66), ~q(Y7_338_3)
% 251.95/36.32 -> [13066] q(skolem_X66), q(Y7_338_3)
% 251.95/36.32
% 251.95/36.32 [13066] CLOSURE : q(Y7_338_3)
% 251.95/36.32
% 251.95/36.32 [13065] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [15161] ~! [Y11_11] : ((r(X10_124_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [15161] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_124_4) <=> r(Y11_11)))
% 251.95/36.32 -> [15162] ~(r(X10_124_4) <=> r(skolem_Y1111(X10_124_4)))
% 251.95/36.32
% 251.95/36.32 [15162] BETA_NOT_EQUIV : ~(r(X10_124_4) <=> r(skolem_Y1111(X10_124_4)))
% 251.95/36.32 -> [15163] ~r(X10_124_4), r(skolem_Y1111(X10_124_4))
% 251.95/36.32 -> [15164] r(X10_124_4), ~r(skolem_Y1111(X10_124_4))
% 251.95/36.32
% 251.95/36.32 [15163] CLOSURE : ~r(X10_124_4)
% 251.95/36.32
% 251.95/36.32 [15164] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [23513] s(Y9_180_5)
% 251.95/36.32
% 251.95/36.32 [23513] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [23684] ~s(X12_176_6)
% 251.95/36.32
% 251.95/36.32 [23684] CLOSURE : ~s(X12_176_6)
% 251.95/36.32
% 251.95/36.32 [1351] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [2020] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2021] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [2020] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2897] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [2897] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [2898] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [2898] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [2899] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [2900] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [2900] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [2899] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3496] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3496] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [3501] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [3501] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [4312] (q(skolem_X66) <=> q(Y7_71_3))
% 251.95/36.32
% 251.95/36.32 [4312] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_71_3))
% 251.95/36.32 -> [4313] ~q(skolem_X66), ~q(Y7_71_3)
% 251.95/36.32 -> [4314] q(skolem_X66), q(Y7_71_3)
% 251.95/36.32
% 251.95/36.32 [4314] CLOSURE : q(Y7_71_3)
% 251.95/36.32
% 251.95/36.32 [4816] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [31358] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [31359] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [31359] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [31358] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [2021] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [2022] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [2022] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5862] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [5862] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [5863] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [5864] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5864] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5863] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [32234] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [32234] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [32347] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [32347] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [32452] (q(skolem_X66) <=> q(Y7_1053_3))
% 251.95/36.32
% 251.95/36.32 [32452] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1053_3))
% 251.95/36.32 -> [32453] ~q(skolem_X66), ~q(Y7_1053_3)
% 251.95/36.32 -> [32454] q(skolem_X66), q(Y7_1053_3)
% 251.95/36.32
% 251.95/36.32 [32454] CLOSURE : q(Y7_1053_3)
% 251.95/36.32
% 251.95/36.32 [32608] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [33165] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [33166] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [33166] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [33165] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [902] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [905] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [905] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [2053] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [2054] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [2053] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [2551] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2552] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [2551] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2703] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [2703] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [3166] (p(skolem_X22) <=> p(Y3_117_0))
% 251.95/36.32
% 251.95/36.32 [3166] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_117_0))
% 251.95/36.32 -> [3169] ~p(skolem_X22), ~p(Y3_117_0)
% 251.95/36.32 -> [3170] p(skolem_X22), p(Y3_117_0)
% 251.95/36.32
% 251.95/36.32 [3169] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3837] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3837] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [4073] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [4073] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [6080] (q(skolem_X66) <=> q(Y7_105_3))
% 251.95/36.32
% 251.95/36.32 [6080] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_105_3))
% 251.95/36.32 -> [6082] ~q(skolem_X66), ~q(Y7_105_3)
% 251.95/36.32 -> [6083] q(skolem_X66), q(Y7_105_3)
% 251.95/36.32
% 251.95/36.32 [6082] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [7006] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [7006] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.32 -> [7007] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32
% 251.95/36.32 [7007] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [7008] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [7009] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [7009] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [7008] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [6083] CLOSURE : q(Y7_105_3)
% 251.95/36.32
% 251.95/36.32 [3170] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3413] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3413] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [3845] r(Y5_91_2)
% 251.95/36.32
% 251.95/36.32 [3845] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [4026] (q(skolem_X66) <=> q(Y7_58_3))
% 251.95/36.32
% 251.95/36.32 [4026] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_58_3))
% 251.95/36.32 -> [4027] ~q(skolem_X66), ~q(Y7_58_3)
% 251.95/36.32 -> [4028] q(skolem_X66), q(Y7_58_3)
% 251.95/36.32
% 251.95/36.32 [4028] CLOSURE : q(Y7_58_3)
% 251.95/36.32
% 251.95/36.32 [6637] BETA_NOT_EQUIV : ~(r(X10_33_4) <=> r(skolem_Y1111(X10_33_4)))
% 251.95/36.32 -> [30008] ~r(X10_33_4), r(skolem_Y1111(X10_33_4))
% 251.95/36.32 -> [30009] r(X10_33_4), ~r(skolem_Y1111(X10_33_4))
% 251.95/36.32
% 251.95/36.32 [30008] CLOSURE : ~r(X10_33_4)
% 251.95/36.32
% 251.95/36.32 [30009] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [30080] s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [30080] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [30108] p(Y13_309_6)
% 251.95/36.32
% 251.95/36.32 [30108] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [30124] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [30124] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.32 -> [30127] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.32
% 251.95/36.32 [30127] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.32 -> [30132] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.32 -> [30133] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [30133] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [30132] CLOSURE : ~s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [2552] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [2704] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [2704] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [3011] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [3011] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [3012] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [3013] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [3012] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [3013] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3312] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3312] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [3691] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [3691] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [3989] (q(skolem_X66) <=> q(Y7_55_3))
% 251.95/36.32
% 251.95/36.32 [3989] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_55_3))
% 251.95/36.32 -> [3990] ~q(skolem_X66), ~q(Y7_55_3)
% 251.95/36.32 -> [3991] q(skolem_X66), q(Y7_55_3)
% 251.95/36.32
% 251.95/36.32 [3991] CLOSURE : q(Y7_55_3)
% 251.95/36.32
% 251.95/36.32 [15995] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [19975] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [19976] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [19976] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [19975] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [2054] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [2060] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [2060] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [2061] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2062] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [2062] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [2067] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [2067] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2725] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [2725] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [3196] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [3196] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [3197] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [3198] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [3197] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [3198] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3464] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3464] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [3872] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [3872] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [13979] (q(skolem_X66) <=> q(Y7_364_3))
% 251.95/36.32
% 251.95/36.32 [13979] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_364_3))
% 251.95/36.32 -> [13980] ~q(skolem_X66), ~q(Y7_364_3)
% 251.95/36.32 -> [13981] q(skolem_X66), q(Y7_364_3)
% 251.95/36.32
% 251.95/36.32 [13981] CLOSURE : q(Y7_364_3)
% 251.95/36.32
% 251.95/36.32 [15746] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [20300] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [20301] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [20300] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [20301] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [2061] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [2556] (p(skolem_X22) <=> p(Y3_71_0))
% 251.95/36.32
% 251.95/36.32 [2556] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_71_0))
% 251.95/36.32 -> [2557] ~p(skolem_X22), ~p(Y3_71_0)
% 251.95/36.32 -> [2558] p(skolem_X22), p(Y3_71_0)
% 251.95/36.32
% 251.95/36.32 [2557] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3435] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3435] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [3864] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [3864] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [8842] (q(skolem_X66) <=> q(Y7_164_3))
% 251.95/36.32
% 251.95/36.32 [8842] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_164_3))
% 251.95/36.32 -> [8843] ~q(skolem_X66), ~q(Y7_164_3)
% 251.95/36.32 -> [8844] q(skolem_X66), q(Y7_164_3)
% 251.95/36.32
% 251.95/36.32 [8844] CLOSURE : q(Y7_164_3)
% 251.95/36.32
% 251.95/36.32 [10463] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [32419] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [32420] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [32420] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [32419] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [2558] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [2875] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [2875] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [3441] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [3441] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [3707] (q(skolem_X66) <=> q(Y7_45_3))
% 251.95/36.32
% 251.95/36.32 [3707] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_45_3))
% 251.95/36.32 -> [3709] ~q(skolem_X66), ~q(Y7_45_3)
% 251.95/36.32 -> [3710] q(skolem_X66), q(Y7_45_3)
% 251.95/36.32
% 251.95/36.32 [3710] CLOSURE : q(Y7_45_3)
% 251.95/36.32
% 251.95/36.32 [20390] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [41775] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [41776] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [41776] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [41775] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [895] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [1344] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [1345] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [1345] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [1346] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [1346] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [9021] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [9021] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [10420] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [10421] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [10420] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [11024] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [11025] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [11024] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [11678] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [11678] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [11679] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [11680] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [11680] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [11679] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [13090] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [13090] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [13833] r(Y5_544_2)
% 251.95/36.32
% 251.95/36.32 [13833] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [14827] (q(skolem_X66) <=> q(Y7_388_3))
% 251.95/36.32
% 251.95/36.32 [14827] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_388_3))
% 251.95/36.32 -> [14828] ~q(skolem_X66), ~q(Y7_388_3)
% 251.95/36.32 -> [14829] q(skolem_X66), q(Y7_388_3)
% 251.95/36.32
% 251.95/36.32 [14829] CLOSURE : q(Y7_388_3)
% 251.95/36.32
% 251.95/36.32 [14828] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [22181] ~! [Y11_11] : ((r(X10_320_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [22181] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_320_4) <=> r(Y11_11)))
% 251.95/36.32 -> [22182] ~(r(X10_320_4) <=> r(skolem_Y1111(X10_320_4)))
% 251.95/36.32
% 251.95/36.32 [22182] BETA_NOT_EQUIV : ~(r(X10_320_4) <=> r(skolem_Y1111(X10_320_4)))
% 251.95/36.32 -> [22183] ~r(X10_320_4), r(skolem_Y1111(X10_320_4))
% 251.95/36.32 -> [22184] r(X10_320_4), ~r(skolem_Y1111(X10_320_4))
% 251.95/36.32
% 251.95/36.32 [22183] CLOSURE : ~r(X10_320_4)
% 251.95/36.32
% 251.95/36.32 [22184] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [23693] s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [23693] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [23792] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [23792] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.32 -> [23793] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.32
% 251.95/36.32 [23793] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.32 -> [23794] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.32 -> [23795] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [23795] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [23794] CLOSURE : ~s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [11025] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [11027] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [11027] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [12014] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [12014] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [12855] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [12855] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [12856] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [12857] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [12857] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [12856] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [38568] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [38568] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [38615] r(Y5_1238_2)
% 251.95/36.32
% 251.95/36.32 [38615] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [38651] (q(skolem_X66) <=> q(Y7_1233_3))
% 251.95/36.32
% 251.95/36.32 [38651] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1233_3))
% 251.95/36.32 -> [38652] ~q(skolem_X66), ~q(Y7_1233_3)
% 251.95/36.32 -> [38653] q(skolem_X66), q(Y7_1233_3)
% 251.95/36.32
% 251.95/36.32 [38653] CLOSURE : q(Y7_1233_3)
% 251.95/36.32
% 251.95/36.32 [38652] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [38743] ~! [Y11_11] : ((r(X10_972_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [38743] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_972_4) <=> r(Y11_11)))
% 251.95/36.32 -> [38744] ~(r(X10_972_4) <=> r(skolem_Y1111(X10_972_4)))
% 251.95/36.32
% 251.95/36.32 [38744] BETA_NOT_EQUIV : ~(r(X10_972_4) <=> r(skolem_Y1111(X10_972_4)))
% 251.95/36.32 -> [38745] ~r(X10_972_4), r(skolem_Y1111(X10_972_4))
% 251.95/36.32 -> [38746] r(X10_972_4), ~r(skolem_Y1111(X10_972_4))
% 251.95/36.32
% 251.95/36.32 [38745] CLOSURE : ~r(X10_972_4)
% 251.95/36.32
% 251.95/36.32 [38746] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [38811] s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [38811] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [38822] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [38822] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.32 -> [38824] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.32
% 251.95/36.32 [38824] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.32 -> [38827] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.32 -> [38828] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [38828] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [38827] CLOSURE : ~s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [10421] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [10433] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [10433] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [10434] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [10435] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [10434] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [11030] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [11030] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [12283] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [12283] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [12284] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [12285] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [12285] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [12284] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [13563] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [13563] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [14481] r(Y5_575_2)
% 251.95/36.32
% 251.95/36.32 [14481] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [15546] (q(skolem_X66) <=> q(Y7_406_3))
% 251.95/36.32
% 251.95/36.32 [15546] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_406_3))
% 251.95/36.32 -> [15551] ~q(skolem_X66), ~q(Y7_406_3)
% 251.95/36.32 -> [15552] q(skolem_X66), q(Y7_406_3)
% 251.95/36.32
% 251.95/36.32 [15552] CLOSURE : q(Y7_406_3)
% 251.95/36.32
% 251.95/36.32 [38527] BETA_NOT_EQUIV : ~(r(X10_960_4) <=> r(skolem_Y1111(X10_960_4)))
% 251.95/36.32 -> [38675] ~r(X10_960_4), r(skolem_Y1111(X10_960_4))
% 251.95/36.32 -> [38676] r(X10_960_4), ~r(skolem_Y1111(X10_960_4))
% 251.95/36.32
% 251.95/36.32 [38675] CLOSURE : ~r(X10_960_4)
% 251.95/36.32
% 251.95/36.32 [38676] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [38703] s(skolem_X1414)
% 251.95/36.32
% 251.95/36.32 [38703] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [38716] (s(skolem_X1414) <=> s(Y15_281_6))
% 251.95/36.32
% 251.95/36.32 [38716] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_281_6))
% 251.95/36.32 -> [38717] ~s(skolem_X1414), ~s(Y15_281_6)
% 251.95/36.32 -> [38718] s(skolem_X1414), s(Y15_281_6)
% 251.95/36.32
% 251.95/36.32 [38717] CLOSURE : ~s(Y15_281_6)
% 251.95/36.32
% 251.95/36.32 [38718] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [38723] ~p(X16_177_7)
% 251.95/36.32
% 251.95/36.32 [38723] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [38735] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32
% 251.95/36.32 [38735] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [38736] (p(skolem_X22) <=> p(Y3_1056_0))
% 251.95/36.32
% 251.95/36.32 [38736] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1056_0))
% 251.95/36.32 -> [38737] ~p(skolem_X22), ~p(Y3_1056_0)
% 251.95/36.32 -> [38738] p(skolem_X22), p(Y3_1056_0)
% 251.95/36.32
% 251.95/36.32 [38738] CLOSURE : p(skolem_X22)
% 251.95/36.32
% 251.95/36.32 [38737] : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [38749] ~? [X4_4] : (q(X4_4))
% 251.95/36.32
% 251.95/36.32 [38749] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [38750] ~q(X4_1258_1)
% 251.95/36.32
% 251.95/36.32 [38750] GAMMA_NOT_EXISTS : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [38759] ! [Y5_5] : (r(Y5_5))
% 251.95/36.32
% 251.95/36.32 [38759] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [38760] r(Y5_1244_2)
% 251.95/36.32
% 251.95/36.32 [38760] CLOSURE : r(Y5_1244_2)
% 251.95/36.32
% 251.95/36.32 [10435] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [10436] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [10436] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [11698] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [11698] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [11699] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [11700] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [11700] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [11699] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [14845] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [14845] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [15943] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [15943] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [38569] (q(skolem_X66) <=> q(Y7_1229_3))
% 251.95/36.32
% 251.95/36.32 [38569] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1229_3))
% 251.95/36.32 -> [38570] ~q(skolem_X66), ~q(Y7_1229_3)
% 251.95/36.32 -> [38571] q(skolem_X66), q(Y7_1229_3)
% 251.95/36.32
% 251.95/36.32 [38571] CLOSURE : q(Y7_1229_3)
% 251.95/36.32
% 251.95/36.32 [38705] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [39167] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [39168] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [39167] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [39168] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [1344] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [1989] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1990] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [1989] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [2854] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2855] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [2855] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [2857] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [2857] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4230] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [4230] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [10539] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [10539] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [10540] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [10541] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [10540] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [10541] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [11404] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [11404] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [12813] r(Y5_502_2)
% 251.95/36.32
% 251.95/36.32 [12813] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [13523] (q(skolem_X66) <=> q(Y7_352_3))
% 251.95/36.32
% 251.95/36.32 [13523] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_352_3))
% 251.95/36.32 -> [13524] ~q(skolem_X66), ~q(Y7_352_3)
% 251.95/36.32 -> [13525] q(skolem_X66), q(Y7_352_3)
% 251.95/36.32
% 251.95/36.32 [13525] CLOSURE : q(Y7_352_3)
% 251.95/36.32
% 251.95/36.32 [13524] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [15281] ~! [Y11_11] : ((r(X10_127_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [15281] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_127_4) <=> r(Y11_11)))
% 251.95/36.32 -> [15282] ~(r(X10_127_4) <=> r(skolem_Y1111(X10_127_4)))
% 251.95/36.32
% 251.95/36.32 [15282] BETA_NOT_EQUIV : ~(r(X10_127_4) <=> r(skolem_Y1111(X10_127_4)))
% 251.95/36.32 -> [15283] ~r(X10_127_4), r(skolem_Y1111(X10_127_4))
% 251.95/36.32 -> [15284] r(X10_127_4), ~r(skolem_Y1111(X10_127_4))
% 251.95/36.32
% 251.95/36.32 [15283] CLOSURE : ~r(X10_127_4)
% 251.95/36.32
% 251.95/36.32 [15284] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [22225] s(Y9_155_5)
% 251.95/36.32
% 251.95/36.32 [22225] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [22384] ~s(X12_144_6)
% 251.95/36.32
% 251.95/36.32 [22384] CLOSURE : ~s(X12_144_6)
% 251.95/36.32
% 251.95/36.32 [2854] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [3418] (p(skolem_X22) <=> p(Y3_128_0))
% 251.95/36.32
% 251.95/36.32 [3418] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_128_0))
% 251.95/36.32 -> [3419] ~p(skolem_X22), ~p(Y3_128_0)
% 251.95/36.32 -> [3420] p(skolem_X22), p(Y3_128_0)
% 251.95/36.32
% 251.95/36.32 [3420] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [4751] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [4751] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [10964] r(Y5_398_2)
% 251.95/36.32
% 251.95/36.32 [10964] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11823] (q(skolem_X66) <=> q(Y7_280_3))
% 251.95/36.32
% 251.95/36.32 [11823] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_280_3))
% 251.95/36.32 -> [11824] ~q(skolem_X66), ~q(Y7_280_3)
% 251.95/36.32 -> [11825] q(skolem_X66), q(Y7_280_3)
% 251.95/36.32
% 251.95/36.32 [11825] CLOSURE : q(Y7_280_3)
% 251.95/36.32
% 251.95/36.32 [11824] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [13834] ~! [Y11_11] : ((r(X10_110_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [13834] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_110_4) <=> r(Y11_11)))
% 251.95/36.32 -> [13835] ~(r(X10_110_4) <=> r(skolem_Y1111(X10_110_4)))
% 251.95/36.32
% 251.95/36.32 [13835] BETA_NOT_EQUIV : ~(r(X10_110_4) <=> r(skolem_Y1111(X10_110_4)))
% 251.95/36.32 -> [13836] ~r(X10_110_4), r(skolem_Y1111(X10_110_4))
% 251.95/36.32 -> [13837] r(X10_110_4), ~r(skolem_Y1111(X10_110_4))
% 251.95/36.32
% 251.95/36.32 [13836] CLOSURE : ~r(X10_110_4)
% 251.95/36.32
% 251.95/36.32 [13837] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [18618] s(Y9_105_5)
% 251.95/36.32
% 251.95/36.32 [18618] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [22031] ~s(X12_141_6)
% 251.95/36.32
% 251.95/36.32 [22031] CLOSURE : ~s(X12_141_6)
% 251.95/36.32
% 251.95/36.32 [3419] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [4217] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [4217] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [4218] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [4218] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [4737] (q(skolem_X66) <=> q(Y7_85_3))
% 251.95/36.32
% 251.95/36.32 [4737] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_85_3))
% 251.95/36.32 -> [4738] ~q(skolem_X66), ~q(Y7_85_3)
% 251.95/36.32 -> [4739] q(skolem_X66), q(Y7_85_3)
% 251.95/36.32
% 251.95/36.32 [4738] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [5482] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [5482] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.32 -> [5483] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32
% 251.95/36.32 [5483] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [5486] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [5487] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [5486] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [5487] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [4739] CLOSURE : q(Y7_85_3)
% 251.95/36.32
% 251.95/36.32 [1990] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [1993] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [1993] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [1994] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [1995] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [1995] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [2003] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [2003] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [9260] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [9260] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [9262] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [9263] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [9262] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [9263] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [10112] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [10112] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [20299] r(Y5_833_2)
% 251.95/36.32
% 251.95/36.32 [20299] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [20872] (q(skolem_X66) <=> q(Y7_632_3))
% 251.95/36.32
% 251.95/36.32 [20872] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_632_3))
% 251.95/36.32 -> [20873] ~q(skolem_X66), ~q(Y7_632_3)
% 251.95/36.32 -> [20874] q(skolem_X66), q(Y7_632_3)
% 251.95/36.32
% 251.95/36.32 [20874] CLOSURE : q(Y7_632_3)
% 251.95/36.32
% 251.95/36.32 [24593] BETA_NOT_EQUIV : ~(r(X10_432_4) <=> r(skolem_Y1111(X10_432_4)))
% 251.95/36.32 -> [25141] ~r(X10_432_4), r(skolem_Y1111(X10_432_4))
% 251.95/36.32 -> [25142] r(X10_432_4), ~r(skolem_Y1111(X10_432_4))
% 251.95/36.32
% 251.95/36.32 [25141] CLOSURE : ~r(X10_432_4)
% 251.95/36.32
% 251.95/36.32 [25142] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [25502] s(Y9_252_5)
% 251.95/36.32
% 251.95/36.32 [25502] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [25578] ~s(X12_243_6)
% 251.95/36.32
% 251.95/36.32 [25578] CLOSURE : ~s(X12_243_6)
% 251.95/36.32
% 251.95/36.32 [1994] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [8790] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [8790] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [8791] (p(skolem_X22) <=> p(Y3_335_0))
% 251.95/36.32
% 251.95/36.32 [8791] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_335_0))
% 251.95/36.32 -> [8792] ~p(skolem_X22), ~p(Y3_335_0)
% 251.95/36.32 -> [8793] p(skolem_X22), p(Y3_335_0)
% 251.95/36.32
% 251.95/36.32 [8793] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [9696] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [9696] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [18908] r(Y5_788_2)
% 251.95/36.32
% 251.95/36.32 [18908] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [19486] (q(skolem_X66) <=> q(Y7_564_3))
% 251.95/36.32
% 251.95/36.32 [19486] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_564_3))
% 251.95/36.32 -> [19487] ~q(skolem_X66), ~q(Y7_564_3)
% 251.95/36.32 -> [19488] q(skolem_X66), q(Y7_564_3)
% 251.95/36.32
% 251.95/36.32 [19488] CLOSURE : q(Y7_564_3)
% 251.95/36.32
% 251.95/36.32 [23704] BETA_NOT_EQUIV : ~(r(X10_401_4) <=> r(skolem_Y1111(X10_401_4)))
% 251.95/36.32 -> [25317] ~r(X10_401_4), r(skolem_Y1111(X10_401_4))
% 251.95/36.32 -> [25318] r(X10_401_4), ~r(skolem_Y1111(X10_401_4))
% 251.95/36.32
% 251.95/36.32 [25317] CLOSURE : ~r(X10_401_4)
% 251.95/36.32
% 251.95/36.32 [25318] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [26243] s(Y9_283_5)
% 251.95/36.32
% 251.95/36.32 [26243] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [26447] ~s(X12_278_6)
% 251.95/36.32
% 251.95/36.32 [26447] CLOSURE : ~s(X12_278_6)
% 251.95/36.32
% 251.95/36.32 [8792] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [9282] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [9282] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [9283] r(Y5_280_2)
% 251.95/36.32
% 251.95/36.32 [9283] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [9685] (q(skolem_X66) <=> q(Y7_195_3))
% 251.95/36.32
% 251.95/36.32 [9685] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_195_3))
% 251.95/36.32 -> [9686] ~q(skolem_X66), ~q(Y7_195_3)
% 251.95/36.32 -> [9687] q(skolem_X66), q(Y7_195_3)
% 251.95/36.32
% 251.95/36.32 [9687] CLOSURE : q(Y7_195_3)
% 251.95/36.32
% 251.95/36.32 [10159] BETA_NOT_EQUIV : ~(r(X10_51_4) <=> r(skolem_Y1111(X10_51_4)))
% 251.95/36.32 -> [20983] ~r(X10_51_4), r(skolem_Y1111(X10_51_4))
% 251.95/36.32 -> [20984] r(X10_51_4), ~r(skolem_Y1111(X10_51_4))
% 251.95/36.32
% 251.95/36.32 [20983] CLOSURE : ~r(X10_51_4)
% 251.95/36.32
% 251.95/36.32 [20984] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [42057] s(Y9_679_5)
% 251.95/36.32
% 251.95/36.32 [42057] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [42153] ~s(X12_695_6)
% 251.95/36.32
% 251.95/36.32 [42153] CLOSURE : ~s(X12_695_6)
% 251.95/36.32
% 251.95/36.32 [22] BETA_NOT_EQUIV : ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.95/36.32 -> [266] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.32 -> [267] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.32
% 251.95/36.32 [267] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.32 -> [275] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32
% 251.95/36.32 [275] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.32 -> [282] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.32 -> [283] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.32
% 251.95/36.32 [282] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.32 -> [4746] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [4747] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.32
% 251.95/36.32 [4746] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.32 -> [5027] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [5028] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32
% 251.95/36.32 [5027] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [5405] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [5406] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [5406] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [5407] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [5407] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [5410] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5410] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [5411] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5412] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [5411] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [6036] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6037] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [6036] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6890] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [6890] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6891] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [6891] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [6892] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [6893] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6893] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6892] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [7522] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [7522] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [7524] r(Y5_208_2)
% 251.95/36.32
% 251.95/36.32 [7524] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [9693] (q(skolem_X66) <=> q(Y7_196_3))
% 251.95/36.32
% 251.95/36.32 [9693] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_196_3))
% 251.95/36.32 -> [9694] ~q(skolem_X66), ~q(Y7_196_3)
% 251.95/36.32 -> [9695] q(skolem_X66), q(Y7_196_3)
% 251.95/36.32
% 251.95/36.32 [9695] CLOSURE : q(Y7_196_3)
% 251.95/36.32
% 251.95/36.32 [17339] BETA_NOT_EQUIV : ~(r(X10_174_4) <=> r(skolem_Y1111(X10_174_4)))
% 251.95/36.32 -> [24539] ~r(X10_174_4), r(skolem_Y1111(X10_174_4))
% 251.95/36.32 -> [24540] r(X10_174_4), ~r(skolem_Y1111(X10_174_4))
% 251.95/36.32
% 251.95/36.32 [24539] CLOSURE : ~r(X10_174_4)
% 251.95/36.32
% 251.95/36.32 [24540] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [25082] ~r(X8_466_5)
% 251.95/36.32
% 251.95/36.32 [25082] CLOSURE : ~r(X8_466_5)
% 251.95/36.32
% 251.95/36.32 [6037] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [6038] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6038] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [11127] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [11127] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [11128] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [11129] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [11129] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [11128] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [31242] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [31242] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [31281] r(Y5_1059_2)
% 251.95/36.32
% 251.95/36.32 [31281] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [31312] (q(skolem_X66) <=> q(Y7_1021_3))
% 251.95/36.32
% 251.95/36.32 [31312] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1021_3))
% 251.95/36.32 -> [31313] ~q(skolem_X66), ~q(Y7_1021_3)
% 251.95/36.32 -> [31314] q(skolem_X66), q(Y7_1021_3)
% 251.95/36.32
% 251.95/36.32 [31314] CLOSURE : q(Y7_1021_3)
% 251.95/36.32
% 251.95/36.32 [31313] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [31347] ~! [Y11_11] : ((r(X10_721_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [31347] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_721_4) <=> r(Y11_11)))
% 251.95/36.32 -> [31348] ~(r(X10_721_4) <=> r(skolem_Y1111(X10_721_4)))
% 251.95/36.32
% 251.95/36.32 [31348] BETA_NOT_EQUIV : ~(r(X10_721_4) <=> r(skolem_Y1111(X10_721_4)))
% 251.95/36.32 -> [31349] ~r(X10_721_4), r(skolem_Y1111(X10_721_4))
% 251.95/36.32 -> [31350] r(X10_721_4), ~r(skolem_Y1111(X10_721_4))
% 251.95/36.32
% 251.95/36.32 [31349] CLOSURE : ~r(X10_721_4)
% 251.95/36.32
% 251.95/36.32 [31350] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [31435] ~r(X8_767_5)
% 251.95/36.32
% 251.95/36.32 [31435] CLOSURE : ~r(X8_767_5)
% 251.95/36.32
% 251.95/36.32 [5412] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [5420] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [5420] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5421] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5422] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5422] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5427] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5427] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [28014] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [28014] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [28152] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [28152] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [28153] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [28154] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [28154] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [28153] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28685] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28685] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28734] r(Y5_1000_2)
% 251.95/36.32
% 251.95/36.32 [28734] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28747] (q(skolem_X66) <=> q(Y7_921_3))
% 251.95/36.32
% 251.95/36.32 [28747] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_921_3))
% 251.95/36.32 -> [28748] ~q(skolem_X66), ~q(Y7_921_3)
% 251.95/36.32 -> [28749] q(skolem_X66), q(Y7_921_3)
% 251.95/36.32
% 251.95/36.32 [28749] CLOSURE : q(Y7_921_3)
% 251.95/36.32
% 251.95/36.32 [28748] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [28763] ~! [Y11_11] : ((r(X10_604_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [28763] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_604_4) <=> r(Y11_11)))
% 251.95/36.32 -> [28764] ~(r(X10_604_4) <=> r(skolem_Y1111(X10_604_4)))
% 251.95/36.32
% 251.95/36.32 [28764] BETA_NOT_EQUIV : ~(r(X10_604_4) <=> r(skolem_Y1111(X10_604_4)))
% 251.95/36.32 -> [28765] ~r(X10_604_4), r(skolem_Y1111(X10_604_4))
% 251.95/36.32 -> [28766] r(X10_604_4), ~r(skolem_Y1111(X10_604_4))
% 251.95/36.32
% 251.95/36.32 [28765] CLOSURE : ~r(X10_604_4)
% 251.95/36.32
% 251.95/36.32 [28766] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [28811] ~r(X8_667_5)
% 251.95/36.32
% 251.95/36.32 [28811] CLOSURE : ~r(X8_667_5)
% 251.95/36.32
% 251.95/36.32 [5421] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6040] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [6040] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [6041] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [6042] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6042] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6041] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [10704] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [10704] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [10705] r(Y5_388_2)
% 251.95/36.32
% 251.95/36.32 [10705] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12053] (q(skolem_X66) <=> q(Y7_292_3))
% 251.95/36.32
% 251.95/36.32 [12053] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_292_3))
% 251.95/36.32 -> [12054] ~q(skolem_X66), ~q(Y7_292_3)
% 251.95/36.32 -> [12055] q(skolem_X66), q(Y7_292_3)
% 251.95/36.32
% 251.95/36.32 [12055] CLOSURE : q(Y7_292_3)
% 251.95/36.32
% 251.95/36.32 [12054] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [31223] ~! [Y11_11] : ((r(X10_718_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [31223] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_718_4) <=> r(Y11_11)))
% 251.95/36.32 -> [31225] ~(r(X10_718_4) <=> r(skolem_Y1111(X10_718_4)))
% 251.95/36.32
% 251.95/36.32 [31225] BETA_NOT_EQUIV : ~(r(X10_718_4) <=> r(skolem_Y1111(X10_718_4)))
% 251.95/36.32 -> [31228] ~r(X10_718_4), r(skolem_Y1111(X10_718_4))
% 251.95/36.32 -> [31229] r(X10_718_4), ~r(skolem_Y1111(X10_718_4))
% 251.95/36.32
% 251.95/36.32 [31228] CLOSURE : ~r(X10_718_4)
% 251.95/36.32
% 251.95/36.32 [31229] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [31885] ~r(X8_779_5)
% 251.95/36.32
% 251.95/36.32 [31885] CLOSURE : ~r(X8_779_5)
% 251.95/36.32
% 251.95/36.32 [5405] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [6008] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [6009] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [6008] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [10626] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [10627] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [10626] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [11051] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [11051] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [11052] (p(skolem_X22) <=> p(Y3_434_0))
% 251.95/36.32
% 251.95/36.32 [11052] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_434_0))
% 251.95/36.32 -> [11053] ~p(skolem_X22), ~p(Y3_434_0)
% 251.95/36.32 -> [11054] p(skolem_X22), p(Y3_434_0)
% 251.95/36.32
% 251.95/36.32 [11053] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [11529] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [11529] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [11531] r(Y5_427_2)
% 251.95/36.32
% 251.95/36.32 [11531] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12003] (q(skolem_X66) <=> q(Y7_288_3))
% 251.95/36.32
% 251.95/36.32 [12003] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_288_3))
% 251.95/36.32 -> [12004] ~q(skolem_X66), ~q(Y7_288_3)
% 251.95/36.32 -> [12005] q(skolem_X66), q(Y7_288_3)
% 251.95/36.32
% 251.95/36.32 [12004] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [12510] ~! [Y11_11] : ((r(X10_92_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [12510] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_92_4) <=> r(Y11_11)))
% 251.95/36.32 -> [12512] ~(r(X10_92_4) <=> r(skolem_Y1111(X10_92_4)))
% 251.95/36.32
% 251.95/36.32 [12512] BETA_NOT_EQUIV : ~(r(X10_92_4) <=> r(skolem_Y1111(X10_92_4)))
% 251.95/36.32 -> [12515] ~r(X10_92_4), r(skolem_Y1111(X10_92_4))
% 251.95/36.32 -> [12516] r(X10_92_4), ~r(skolem_Y1111(X10_92_4))
% 251.95/36.32
% 251.95/36.32 [12515] CLOSURE : ~r(X10_92_4)
% 251.95/36.32
% 251.95/36.32 [12516] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [25802] ~r(X8_504_5)
% 251.95/36.32
% 251.95/36.32 [25802] CLOSURE : ~r(X8_504_5)
% 251.95/36.32
% 251.95/36.32 [12005] CLOSURE : q(Y7_288_3)
% 251.95/36.32
% 251.95/36.32 [11054] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [11065] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [11065] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [11066] r(skolem_Y1111(X10_493_4))
% 251.95/36.32
% 251.95/36.32 [11066] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12011] (q(skolem_X66) <=> q(Y7_289_3))
% 251.95/36.32
% 251.95/36.32 [12011] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_289_3))
% 251.95/36.32 -> [12012] ~q(skolem_X66), ~q(Y7_289_3)
% 251.95/36.32 -> [12013] q(skolem_X66), q(Y7_289_3)
% 251.95/36.32
% 251.95/36.32 [12012] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [25814] ~! [Y11_11] : ((r(X10_493_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [25814] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_493_4) <=> r(Y11_11)))
% 251.95/36.32 -> [25815] ~(r(X10_493_4) <=> r(skolem_Y1111(X10_493_4)))
% 251.95/36.32
% 251.95/36.32 [25815] BETA_NOT_EQUIV : ~(r(X10_493_4) <=> r(skolem_Y1111(X10_493_4)))
% 251.95/36.32 -> [25816] ~r(X10_493_4), r(skolem_Y1111(X10_493_4))
% 251.95/36.32 -> [25817] r(X10_493_4), ~r(skolem_Y1111(X10_493_4))
% 251.95/36.32
% 251.95/36.32 [25817] CLOSURE : ~r(skolem_Y1111(X10_493_4))
% 251.95/36.32
% 251.95/36.32 [25816] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [26451] ~r(X8_540_5)
% 251.95/36.32
% 251.95/36.32 [26451] CLOSURE : ~r(X8_540_5)
% 251.95/36.32
% 251.95/36.32 [12013] CLOSURE : q(Y7_289_3)
% 251.95/36.32
% 251.95/36.32 [10627] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [10629] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [10629] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [10630] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [10630] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [10631] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [10632] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [10631] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [10632] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [10633] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [10633] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [10634] r(Y5_384_2)
% 251.95/36.32
% 251.95/36.32 [10634] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11538] (q(skolem_X66) <=> q(Y7_262_3))
% 251.95/36.32
% 251.95/36.32 [11538] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_262_3))
% 251.95/36.32 -> [11539] ~q(skolem_X66), ~q(Y7_262_3)
% 251.95/36.32 -> [11540] q(skolem_X66), q(Y7_262_3)
% 251.95/36.32
% 251.95/36.32 [11540] CLOSURE : q(Y7_262_3)
% 251.95/36.32
% 251.95/36.32 [11539] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [31499] ~! [Y11_11] : ((r(X10_722_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [31499] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_722_4) <=> r(Y11_11)))
% 251.95/36.32 -> [31500] ~(r(X10_722_4) <=> r(skolem_Y1111(X10_722_4)))
% 251.95/36.32
% 251.95/36.32 [31500] BETA_NOT_EQUIV : ~(r(X10_722_4) <=> r(skolem_Y1111(X10_722_4)))
% 251.95/36.32 -> [31501] ~r(X10_722_4), r(skolem_Y1111(X10_722_4))
% 251.95/36.32 -> [31502] r(X10_722_4), ~r(skolem_Y1111(X10_722_4))
% 251.95/36.32
% 251.95/36.32 [31501] CLOSURE : ~r(X10_722_4)
% 251.95/36.32
% 251.95/36.32 [31502] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [31652] ~r(X8_777_5)
% 251.95/36.32
% 251.95/36.32 [31652] CLOSURE : ~r(X8_777_5)
% 251.95/36.32
% 251.95/36.32 [6009] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [6012] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [6012] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [6014] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6015] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [6015] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [6016] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6016] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6017] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [6017] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6021] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [6021] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [6022] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [6023] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6022] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6023] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6025] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6025] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [6026] r(Y5_160_2)
% 251.95/36.32
% 251.95/36.32 [6026] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11110] (q(skolem_X66) <=> q(Y7_248_3))
% 251.95/36.32
% 251.95/36.32 [11110] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_248_3))
% 251.95/36.32 -> [11114] ~q(skolem_X66), ~q(Y7_248_3)
% 251.95/36.32 -> [11115] q(skolem_X66), q(Y7_248_3)
% 251.95/36.32
% 251.95/36.32 [11115] CLOSURE : q(Y7_248_3)
% 251.95/36.32
% 251.95/36.32 [29602] BETA_NOT_EQUIV : ~(r(X10_641_4) <=> r(skolem_Y1111(X10_641_4)))
% 251.95/36.32 -> [29725] ~r(X10_641_4), r(skolem_Y1111(X10_641_4))
% 251.95/36.32 -> [29726] r(X10_641_4), ~r(skolem_Y1111(X10_641_4))
% 251.95/36.32
% 251.95/36.32 [29725] CLOSURE : ~r(X10_641_4)
% 251.95/36.32
% 251.95/36.32 [29726] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [29745] ~r(X8_714_5)
% 251.95/36.32
% 251.95/36.32 [29745] CLOSURE : ~r(X8_714_5)
% 251.95/36.32
% 251.95/36.32 [6014] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [10648] (p(skolem_X22) <=> p(Y3_421_0))
% 251.95/36.32
% 251.95/36.32 [10648] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_421_0))
% 251.95/36.32 -> [10650] ~p(skolem_X22), ~p(Y3_421_0)
% 251.95/36.32 -> [10651] p(skolem_X22), p(Y3_421_0)
% 251.95/36.32
% 251.95/36.32 [10650] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [11090] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [11090] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [11094] r(Y5_404_2)
% 251.95/36.32
% 251.95/36.32 [11094] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11558] (q(skolem_X66) <=> q(Y7_265_3))
% 251.95/36.32
% 251.95/36.32 [11558] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_265_3))
% 251.95/36.32 -> [11561] ~q(skolem_X66), ~q(Y7_265_3)
% 251.95/36.32 -> [11562] q(skolem_X66), q(Y7_265_3)
% 251.95/36.32
% 251.95/36.32 [11562] CLOSURE : q(Y7_265_3)
% 251.95/36.32
% 251.95/36.32 [11561] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [12031] ~! [Y11_11] : ((r(X10_85_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [12031] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_85_4) <=> r(Y11_11)))
% 251.95/36.32 -> [12032] ~(r(X10_85_4) <=> r(skolem_Y1111(X10_85_4)))
% 251.95/36.32
% 251.95/36.32 [12032] BETA_NOT_EQUIV : ~(r(X10_85_4) <=> r(skolem_Y1111(X10_85_4)))
% 251.95/36.32 -> [12034] ~r(X10_85_4), r(skolem_Y1111(X10_85_4))
% 251.95/36.32 -> [12035] r(X10_85_4), ~r(skolem_Y1111(X10_85_4))
% 251.95/36.32
% 251.95/36.32 [12034] CLOSURE : ~r(X10_85_4)
% 251.95/36.32
% 251.95/36.32 [12035] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [25912] ~r(X8_516_5)
% 251.95/36.32
% 251.95/36.32 [25912] CLOSURE : ~r(X8_516_5)
% 251.95/36.32
% 251.95/36.32 [10651] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [10656] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [10656] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [10657] r(skolem_Y1111(X10_723_4))
% 251.95/36.32
% 251.95/36.32 [10657] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11574] (q(skolem_X66) <=> q(Y7_266_3))
% 251.95/36.32
% 251.95/36.32 [11574] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_266_3))
% 251.95/36.32 -> [11575] ~q(skolem_X66), ~q(Y7_266_3)
% 251.95/36.32 -> [11576] q(skolem_X66), q(Y7_266_3)
% 251.95/36.32
% 251.95/36.32 [11576] CLOSURE : q(Y7_266_3)
% 251.95/36.32
% 251.95/36.32 [31743] BETA_NOT_EQUIV : ~(r(X10_723_4) <=> r(skolem_Y1111(X10_723_4)))
% 251.95/36.32 -> [32187] ~r(X10_723_4), r(skolem_Y1111(X10_723_4))
% 251.95/36.32 -> [32188] r(X10_723_4), ~r(skolem_Y1111(X10_723_4))
% 251.95/36.32
% 251.95/36.32 [32188] CLOSURE : ~r(skolem_Y1111(X10_723_4))
% 251.95/36.32
% 251.95/36.32 [32187] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [32328] ~r(X8_802_5)
% 251.95/36.32
% 251.95/36.32 [32328] CLOSURE : ~r(X8_802_5)
% 251.95/36.32
% 251.95/36.32 [5028] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [5035] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [5036] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [5035] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [5432] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5432] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [5433] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5434] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [5434] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [5438] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [5438] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5441] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5442] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5441] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6075] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [6075] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6076] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [6076] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [6078] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [6079] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6079] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6078] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [10783] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [10783] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [10784] r(Y5_389_2)
% 251.95/36.32
% 251.95/36.32 [10784] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11209] (q(skolem_X66) <=> q(Y7_251_3))
% 251.95/36.32
% 251.95/36.32 [11209] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_251_3))
% 251.95/36.32 -> [11210] ~q(skolem_X66), ~q(Y7_251_3)
% 251.95/36.32 -> [11211] q(skolem_X66), q(Y7_251_3)
% 251.95/36.32
% 251.95/36.32 [11211] CLOSURE : q(Y7_251_3)
% 251.95/36.32
% 251.95/36.32 [11210] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [11648] ~! [Y11_11] : ((r(X10_78_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [11648] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_78_4) <=> r(Y11_11)))
% 251.95/36.32 -> [11649] ~(r(X10_78_4) <=> r(skolem_Y1111(X10_78_4)))
% 251.95/36.32
% 251.95/36.32 [11649] BETA_NOT_EQUIV : ~(r(X10_78_4) <=> r(skolem_Y1111(X10_78_4)))
% 251.95/36.32 -> [11651] ~r(X10_78_4), r(skolem_Y1111(X10_78_4))
% 251.95/36.32 -> [11652] r(X10_78_4), ~r(skolem_Y1111(X10_78_4))
% 251.95/36.32
% 251.95/36.32 [11651] CLOSURE : ~r(X10_78_4)
% 251.95/36.32
% 251.95/36.32 [11652] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [22220] ~r(X8_284_5)
% 251.95/36.32
% 251.95/36.32 [22220] CLOSURE : ~r(X8_284_5)
% 251.95/36.32
% 251.95/36.32 [5442] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5452] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5452] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5453] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [5453] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [5454] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [5455] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5455] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5454] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28406] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28406] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28408] r(Y5_994_2)
% 251.95/36.32
% 251.95/36.32 [28408] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28548] (q(skolem_X66) <=> q(Y7_911_3))
% 251.95/36.32
% 251.95/36.32 [28548] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_911_3))
% 251.95/36.32 -> [28549] ~q(skolem_X66), ~q(Y7_911_3)
% 251.95/36.32 -> [28550] q(skolem_X66), q(Y7_911_3)
% 251.95/36.32
% 251.95/36.32 [28550] CLOSURE : q(Y7_911_3)
% 251.95/36.32
% 251.95/36.32 [28549] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [28713] ~! [Y11_11] : ((r(X10_600_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [28713] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_600_4) <=> r(Y11_11)))
% 251.95/36.32 -> [28714] ~(r(X10_600_4) <=> r(skolem_Y1111(X10_600_4)))
% 251.95/36.32
% 251.95/36.32 [28714] BETA_NOT_EQUIV : ~(r(X10_600_4) <=> r(skolem_Y1111(X10_600_4)))
% 251.95/36.32 -> [28715] ~r(X10_600_4), r(skolem_Y1111(X10_600_4))
% 251.95/36.32 -> [28716] r(X10_600_4), ~r(skolem_Y1111(X10_600_4))
% 251.95/36.32
% 251.95/36.32 [28715] CLOSURE : ~r(X10_600_4)
% 251.95/36.32
% 251.95/36.32 [28716] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [28903] ~r(X8_677_5)
% 251.95/36.32
% 251.95/36.32 [28903] CLOSURE : ~r(X8_677_5)
% 251.95/36.32
% 251.95/36.32 [5433] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [6054] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6055] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [6054] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [28102] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [28102] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [28103] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [28104] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [28104] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [28103] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28127] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28127] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28130] r(Y5_993_2)
% 251.95/36.32
% 251.95/36.32 [28130] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28183] (q(skolem_X66) <=> q(Y7_894_3))
% 251.95/36.32
% 251.95/36.32 [28183] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_894_3))
% 251.95/36.32 -> [28186] ~q(skolem_X66), ~q(Y7_894_3)
% 251.95/36.32 -> [28187] q(skolem_X66), q(Y7_894_3)
% 251.95/36.32
% 251.95/36.32 [28187] CLOSURE : q(Y7_894_3)
% 251.95/36.32
% 251.95/36.32 [28231] BETA_NOT_EQUIV : ~(r(X10_572_4) <=> r(skolem_Y1111(X10_572_4)))
% 251.95/36.32 -> [28583] ~r(X10_572_4), r(skolem_Y1111(X10_572_4))
% 251.95/36.32 -> [28584] r(X10_572_4), ~r(skolem_Y1111(X10_572_4))
% 251.95/36.32
% 251.95/36.32 [28583] CLOSURE : ~r(X10_572_4)
% 251.95/36.32
% 251.95/36.32 [28584] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [28726] ~r(X8_662_5)
% 251.95/36.32
% 251.95/36.32 [28726] CLOSURE : ~r(X8_662_5)
% 251.95/36.32
% 251.95/36.32 [6055] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [6059] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6059] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6060] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [6060] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6061] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [6061] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [6062] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [6063] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6062] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6063] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28421] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28421] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28425] r(Y5_995_2)
% 251.95/36.32
% 251.95/36.32 [28425] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28557] (q(skolem_X66) <=> q(Y7_913_3))
% 251.95/36.32
% 251.95/36.32 [28557] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_913_3))
% 251.95/36.32 -> [28558] ~q(skolem_X66), ~q(Y7_913_3)
% 251.95/36.32 -> [28559] q(skolem_X66), q(Y7_913_3)
% 251.95/36.32
% 251.95/36.32 [28559] CLOSURE : q(Y7_913_3)
% 251.95/36.32
% 251.95/36.32 [28723] BETA_NOT_EQUIV : ~(r(X10_602_4) <=> r(skolem_Y1111(X10_602_4)))
% 251.95/36.32 -> [28960] ~r(X10_602_4), r(skolem_Y1111(X10_602_4))
% 251.95/36.32 -> [28961] r(X10_602_4), ~r(skolem_Y1111(X10_602_4))
% 251.95/36.32
% 251.95/36.32 [28960] CLOSURE : ~r(X10_602_4)
% 251.95/36.32
% 251.95/36.32 [28961] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [28986] ~r(X8_686_5)
% 251.95/36.32
% 251.95/36.32 [28986] CLOSURE : ~r(X8_686_5)
% 251.95/36.32
% 251.95/36.32 [5036] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [5037] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [5037] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [5039] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5040] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [5039] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5464] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5465] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5465] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5468] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5468] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [10807] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [10807] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [12117] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [12117] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [12118] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [12119] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [12118] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [12119] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [13145] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [13145] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [26118] r(Y5_982_2)
% 251.95/36.32
% 251.95/36.32 [26118] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [26210] (q(skolem_X66) <=> q(Y7_814_3))
% 251.95/36.32
% 251.95/36.32 [26210] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_814_3))
% 251.95/36.32 -> [26211] ~q(skolem_X66), ~q(Y7_814_3)
% 251.95/36.32 -> [26212] q(skolem_X66), q(Y7_814_3)
% 251.95/36.32
% 251.95/36.32 [26212] CLOSURE : q(Y7_814_3)
% 251.95/36.32
% 251.95/36.32 [26211] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [26433] ~! [Y11_11] : ((r(X10_511_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [26433] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_511_4) <=> r(Y11_11)))
% 251.95/36.32 -> [26434] ~(r(X10_511_4) <=> r(skolem_Y1111(X10_511_4)))
% 251.95/36.32
% 251.95/36.32 [26434] BETA_NOT_EQUIV : ~(r(X10_511_4) <=> r(skolem_Y1111(X10_511_4)))
% 251.95/36.32 -> [26435] ~r(X10_511_4), r(skolem_Y1111(X10_511_4))
% 251.95/36.32 -> [26436] r(X10_511_4), ~r(skolem_Y1111(X10_511_4))
% 251.95/36.32
% 251.95/36.32 [26435] CLOSURE : ~r(X10_511_4)
% 251.95/36.32
% 251.95/36.32 [26436] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [26770] ~r(X8_548_5)
% 251.95/36.32
% 251.95/36.32 [26770] CLOSURE : ~r(X8_548_5)
% 251.95/36.32
% 251.95/36.32 [5464] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6090] (p(skolem_X22) <=> p(Y3_214_0))
% 251.95/36.32
% 251.95/36.32 [6090] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_214_0))
% 251.95/36.32 -> [6092] ~p(skolem_X22), ~p(Y3_214_0)
% 251.95/36.32 -> [6093] p(skolem_X22), p(Y3_214_0)
% 251.95/36.32
% 251.95/36.32 [6093] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28581] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28581] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28645] r(Y5_998_2)
% 251.95/36.32
% 251.95/36.32 [28645] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28693] (q(skolem_X66) <=> q(Y7_918_3))
% 251.95/36.32
% 251.95/36.32 [28693] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_918_3))
% 251.95/36.32 -> [28694] ~q(skolem_X66), ~q(Y7_918_3)
% 251.95/36.32 -> [28695] q(skolem_X66), q(Y7_918_3)
% 251.95/36.32
% 251.95/36.32 [28695] CLOSURE : q(Y7_918_3)
% 251.95/36.32
% 251.95/36.32 [28797] BETA_NOT_EQUIV : ~(r(X10_607_4) <=> r(skolem_Y1111(X10_607_4)))
% 251.95/36.32 -> [28904] ~r(X10_607_4), r(skolem_Y1111(X10_607_4))
% 251.95/36.32 -> [28905] r(X10_607_4), ~r(skolem_Y1111(X10_607_4))
% 251.95/36.32
% 251.95/36.32 [28904] CLOSURE : ~r(X10_607_4)
% 251.95/36.32
% 251.95/36.32 [28905] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [28925] ~r(X8_680_5)
% 251.95/36.32
% 251.95/36.32 [28925] CLOSURE : ~r(X8_680_5)
% 251.95/36.32
% 251.95/36.32 [6092] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28461] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28461] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28462] r(Y5_996_2)
% 251.95/36.32
% 251.95/36.32 [28462] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28534] (q(skolem_X66) <=> q(Y7_909_3))
% 251.95/36.32
% 251.95/36.32 [28534] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_909_3))
% 251.95/36.32 -> [28535] ~q(skolem_X66), ~q(Y7_909_3)
% 251.95/36.32 -> [28536] q(skolem_X66), q(Y7_909_3)
% 251.95/36.32
% 251.95/36.32 [28536] CLOSURE : q(Y7_909_3)
% 251.95/36.32
% 251.95/36.32 [28674] BETA_NOT_EQUIV : ~(r(X10_598_4) <=> r(skolem_Y1111(X10_598_4)))
% 251.95/36.32 -> [29072] ~r(X10_598_4), r(skolem_Y1111(X10_598_4))
% 251.95/36.32 -> [29073] r(X10_598_4), ~r(skolem_Y1111(X10_598_4))
% 251.95/36.32
% 251.95/36.32 [29072] CLOSURE : ~r(X10_598_4)
% 251.95/36.32
% 251.95/36.32 [29073] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [29143] ~r(X8_691_5)
% 251.95/36.32
% 251.95/36.32 [29143] CLOSURE : ~r(X8_691_5)
% 251.95/36.32
% 251.95/36.32 [5040] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [5044] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [5044] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5045] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5046] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5046] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5055] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5055] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6116] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [6116] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [6117] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [6118] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6117] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6118] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28767] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28767] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28833] r(Y5_1003_2)
% 251.95/36.32
% 251.95/36.32 [28833] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28852] (q(skolem_X66) <=> q(Y7_925_3))
% 251.95/36.32
% 251.95/36.32 [28852] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_925_3))
% 251.95/36.32 -> [28853] ~q(skolem_X66), ~q(Y7_925_3)
% 251.95/36.32 -> [28854] q(skolem_X66), q(Y7_925_3)
% 251.95/36.32
% 251.95/36.32 [28854] CLOSURE : q(Y7_925_3)
% 251.95/36.32
% 251.95/36.32 [28891] BETA_NOT_EQUIV : ~(r(X10_613_4) <=> r(skolem_Y1111(X10_613_4)))
% 251.95/36.32 -> [28926] ~r(X10_613_4), r(skolem_Y1111(X10_613_4))
% 251.95/36.32 -> [28927] r(X10_613_4), ~r(skolem_Y1111(X10_613_4))
% 251.95/36.32
% 251.95/36.32 [28926] CLOSURE : ~r(X10_613_4)
% 251.95/36.32
% 251.95/36.32 [28927] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [28943] ~r(X8_682_5)
% 251.95/36.32
% 251.95/36.32 [28943] CLOSURE : ~r(X8_682_5)
% 251.95/36.32
% 251.95/36.32 [5045] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5474] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [5474] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5477] (p(skolem_X22) <=> p(Y3_189_0))
% 251.95/36.32
% 251.95/36.32 [5477] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_189_0))
% 251.95/36.32 -> [5478] ~p(skolem_X22), ~p(Y3_189_0)
% 251.95/36.32 -> [5479] p(skolem_X22), p(Y3_189_0)
% 251.95/36.32
% 251.95/36.32 [5479] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28688] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28688] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28753] r(skolem_Y1111(X10_612_4))
% 251.95/36.32
% 251.95/36.32 [28753] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28782] (q(skolem_X66) <=> q(Y7_923_3))
% 251.95/36.32
% 251.95/36.32 [28782] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_923_3))
% 251.95/36.32 -> [28783] ~q(skolem_X66), ~q(Y7_923_3)
% 251.95/36.32 -> [28784] q(skolem_X66), q(Y7_923_3)
% 251.95/36.32
% 251.95/36.32 [28784] CLOSURE : q(Y7_923_3)
% 251.95/36.32
% 251.95/36.32 [28885] BETA_NOT_EQUIV : ~(r(X10_612_4) <=> r(skolem_Y1111(X10_612_4)))
% 251.95/36.32 -> [29084] ~r(X10_612_4), r(skolem_Y1111(X10_612_4))
% 251.95/36.32 -> [29085] r(X10_612_4), ~r(skolem_Y1111(X10_612_4))
% 251.95/36.32
% 251.95/36.32 [29085] CLOSURE : ~r(skolem_Y1111(X10_612_4))
% 251.95/36.32
% 251.95/36.32 [29084] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [29158] ~r(X8_692_5)
% 251.95/36.32
% 251.95/36.32 [29158] CLOSURE : ~r(X8_692_5)
% 251.95/36.32
% 251.95/36.32 [5478] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6103] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6103] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [6104] r(Y5_164_2)
% 251.95/36.32
% 251.95/36.32 [6104] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11684] (q(skolem_X66) <=> q(Y7_272_3))
% 251.95/36.32
% 251.95/36.32 [11684] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_272_3))
% 251.95/36.32 -> [11686] ~q(skolem_X66), ~q(Y7_272_3)
% 251.95/36.32 -> [11687] q(skolem_X66), q(Y7_272_3)
% 251.95/36.32
% 251.95/36.32 [11687] CLOSURE : q(Y7_272_3)
% 251.95/36.32
% 251.95/36.32 [11686] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [35331] ~! [Y11_11] : ((r(X10_850_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [35331] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_850_4) <=> r(Y11_11)))
% 251.95/36.32 -> [35332] ~(r(X10_850_4) <=> r(skolem_Y1111(X10_850_4)))
% 251.95/36.32
% 251.95/36.32 [35332] BETA_NOT_EQUIV : ~(r(X10_850_4) <=> r(skolem_Y1111(X10_850_4)))
% 251.95/36.32 -> [35333] ~r(X10_850_4), r(skolem_Y1111(X10_850_4))
% 251.95/36.32 -> [35334] r(X10_850_4), ~r(skolem_Y1111(X10_850_4))
% 251.95/36.32
% 251.95/36.32 [35333] CLOSURE : ~r(X10_850_4)
% 251.95/36.32
% 251.95/36.32 [35334] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [35369] ~r(X8_934_5)
% 251.95/36.32
% 251.95/36.32 [35369] CLOSURE : ~r(X8_934_5)
% 251.95/36.32
% 251.95/36.32 [4747] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [4750] r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [4750] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [4752] ~s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [4752] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.32 -> [4753] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [4754] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32
% 251.95/36.32 [4753] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [5058] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [5059] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [5059] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [5060] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [5060] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [6137] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6137] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [28983] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [28984] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [28984] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [28987] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [28987] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [28988] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [28989] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [28988] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [28998] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [28998] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [28999] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [29000] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29000] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [28999] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [29060] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [29060] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [29078] r(Y5_1011_2)
% 251.95/36.32
% 251.95/36.32 [29078] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [29096] (q(skolem_X66) <=> q(Y7_933_3))
% 251.95/36.32
% 251.95/36.32 [29096] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_933_3))
% 251.95/36.32 -> [29097] ~q(skolem_X66), ~q(Y7_933_3)
% 251.95/36.32 -> [29098] q(skolem_X66), q(Y7_933_3)
% 251.95/36.32
% 251.95/36.32 [29098] CLOSURE : q(Y7_933_3)
% 251.95/36.32
% 251.95/36.32 [29097] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [29129] ~! [Y11_11] : ((r(X10_622_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [29129] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_622_4) <=> r(Y11_11)))
% 251.95/36.32 -> [29130] ~(r(X10_622_4) <=> r(skolem_Y1111(X10_622_4)))
% 251.95/36.32
% 251.95/36.32 [29130] BETA_NOT_EQUIV : ~(r(X10_622_4) <=> r(skolem_Y1111(X10_622_4)))
% 251.95/36.32 -> [29131] ~r(X10_622_4), r(skolem_Y1111(X10_622_4))
% 251.95/36.32 -> [29132] r(X10_622_4), ~r(skolem_Y1111(X10_622_4))
% 251.95/36.32
% 251.95/36.32 [29131] CLOSURE : ~r(X10_622_4)
% 251.95/36.32
% 251.95/36.32 [29132] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [29196] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29196] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32 -> [29197] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.32 -> [29198] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [29198] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [29197] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [29213] ~p(X16_82_6)
% 251.95/36.32
% 251.95/36.32 [29213] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [29221] q(Y17_61_7)
% 251.95/36.32
% 251.95/36.32 [29221] CLOSURE : q(Y17_61_7)
% 251.95/36.32
% 251.95/36.32 [28989] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [28990] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [28990] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [29008] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [29008] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [29047] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [29047] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [29048] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [29049] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29049] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29048] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [29105] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [29105] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [29128] r(Y5_1016_2)
% 251.95/36.32
% 251.95/36.32 [29128] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [29140] (q(skolem_X66) <=> q(Y7_936_3))
% 251.95/36.32
% 251.95/36.32 [29140] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_936_3))
% 251.95/36.32 -> [29141] ~q(skolem_X66), ~q(Y7_936_3)
% 251.95/36.32 -> [29142] q(skolem_X66), q(Y7_936_3)
% 251.95/36.32
% 251.95/36.32 [29142] CLOSURE : q(Y7_936_3)
% 251.95/36.32
% 251.95/36.32 [29155] BETA_NOT_EQUIV : ~(r(X10_623_4) <=> r(skolem_Y1111(X10_623_4)))
% 251.95/36.32 -> [29214] ~r(X10_623_4), r(skolem_Y1111(X10_623_4))
% 251.95/36.32 -> [29215] r(X10_623_4), ~r(skolem_Y1111(X10_623_4))
% 251.95/36.32
% 251.95/36.32 [29214] CLOSURE : ~r(X10_623_4)
% 251.95/36.32
% 251.95/36.32 [29215] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [29236] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29236] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32 -> [29237] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.32 -> [29238] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [29238] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [29237] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [29257] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32
% 251.95/36.32 [29257] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [29258] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [29258] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [29259] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [29260] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [29260] CLOSURE : p(skolem_X22)
% 251.95/36.32
% 251.95/36.32 [29259] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [28983] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [28995] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [28996] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [28995] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [29006] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [29006] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [29026] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [29026] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [29028] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [29029] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29029] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29028] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [29074] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [29074] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [29089] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [29089] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [29118] (q(skolem_X66) <=> q(Y7_934_3))
% 251.95/36.32
% 251.95/36.32 [29118] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_934_3))
% 251.95/36.32 -> [29119] ~q(skolem_X66), ~q(Y7_934_3)
% 251.95/36.32 -> [29120] q(skolem_X66), q(Y7_934_3)
% 251.95/36.32
% 251.95/36.32 [29120] CLOSURE : q(Y7_934_3)
% 251.95/36.32
% 251.95/36.32 [29163] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [29255] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [29256] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [29256] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [29255] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [28996] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [28997] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [28997] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [29019] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [29019] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [29020] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [29021] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29021] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29020] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [29139] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [29139] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [29166] r(Y5_1017_2)
% 251.95/36.32
% 251.95/36.32 [29166] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [29191] (q(skolem_X66) <=> q(Y7_937_3))
% 251.95/36.32
% 251.95/36.32 [29191] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_937_3))
% 251.95/36.32 -> [29194] ~q(skolem_X66), ~q(Y7_937_3)
% 251.95/36.32 -> [29195] q(skolem_X66), q(Y7_937_3)
% 251.95/36.32
% 251.95/36.32 [29195] CLOSURE : q(Y7_937_3)
% 251.95/36.32
% 251.95/36.32 [29194] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [29204] ~! [Y11_11] : ((r(X10_627_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [29204] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_627_4) <=> r(Y11_11)))
% 251.95/36.32 -> [29205] ~(r(X10_627_4) <=> r(skolem_Y1111(X10_627_4)))
% 251.95/36.32
% 251.95/36.32 [29205] BETA_NOT_EQUIV : ~(r(X10_627_4) <=> r(skolem_Y1111(X10_627_4)))
% 251.95/36.32 -> [29206] ~r(X10_627_4), r(skolem_Y1111(X10_627_4))
% 251.95/36.32 -> [29207] r(X10_627_4), ~r(skolem_Y1111(X10_627_4))
% 251.95/36.32
% 251.95/36.32 [29206] CLOSURE : ~r(X10_627_4)
% 251.95/36.32
% 251.95/36.32 [29207] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [29248] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [29248] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32 -> [29249] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32
% 251.95/36.32 [29249] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32 -> [29250] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.32 -> [29251] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29251] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [29250] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [29309] q(Y17_63_6)
% 251.95/36.32
% 251.95/36.32 [29309] CLOSURE : q(Y17_63_6)
% 251.95/36.32
% 251.95/36.32 [5058] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [5491] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5492] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [5492] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [5493] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [5493] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5494] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5495] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5494] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6130] (p(skolem_X22) <=> p(Y3_217_0))
% 251.95/36.32
% 251.95/36.32 [6130] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_217_0))
% 251.95/36.32 -> [6131] ~p(skolem_X22), ~p(Y3_217_0)
% 251.95/36.32 -> [6132] p(skolem_X22), p(Y3_217_0)
% 251.95/36.32
% 251.95/36.32 [6131] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28898] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28898] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28899] r(Y5_1005_2)
% 251.95/36.32
% 251.95/36.32 [28899] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28906] (q(skolem_X66) <=> q(Y7_928_3))
% 251.95/36.32
% 251.95/36.32 [28906] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_928_3))
% 251.95/36.32 -> [28907] ~q(skolem_X66), ~q(Y7_928_3)
% 251.95/36.32 -> [28908] q(skolem_X66), q(Y7_928_3)
% 251.95/36.32
% 251.95/36.32 [28908] CLOSURE : q(Y7_928_3)
% 251.95/36.32
% 251.95/36.32 [28907] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [28928] ~! [Y11_11] : ((r(X10_615_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [28928] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_615_4) <=> r(Y11_11)))
% 251.95/36.32 -> [28929] ~(r(X10_615_4) <=> r(skolem_Y1111(X10_615_4)))
% 251.95/36.32
% 251.95/36.32 [28929] BETA_NOT_EQUIV : ~(r(X10_615_4) <=> r(skolem_Y1111(X10_615_4)))
% 251.95/36.32 -> [28930] ~r(X10_615_4), r(skolem_Y1111(X10_615_4))
% 251.95/36.32 -> [28931] r(X10_615_4), ~r(skolem_Y1111(X10_615_4))
% 251.95/36.32
% 251.95/36.32 [28930] CLOSURE : ~r(X10_615_4)
% 251.95/36.32
% 251.95/36.32 [28931] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [29064] ~s(X12_343_5)
% 251.95/36.32
% 251.95/36.32 [29064] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [29067] p(Y13_282_6)
% 251.95/36.32
% 251.95/36.32 [29067] CLOSURE : p(Y13_282_6)
% 251.95/36.32
% 251.95/36.32 [6132] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28932] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28932] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28966] r(Y5_1008_2)
% 251.95/36.32
% 251.95/36.32 [28966] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [29001] (q(skolem_X66) <=> q(Y7_931_3))
% 251.95/36.32
% 251.95/36.32 [29001] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_931_3))
% 251.95/36.32 -> [29002] ~q(skolem_X66), ~q(Y7_931_3)
% 251.95/36.32 -> [29003] q(skolem_X66), q(Y7_931_3)
% 251.95/36.32
% 251.95/36.32 [29003] CLOSURE : q(Y7_931_3)
% 251.95/36.32
% 251.95/36.32 [29066] BETA_NOT_EQUIV : ~(r(X10_621_4) <=> r(skolem_Y1111(X10_621_4)))
% 251.95/36.32 -> [29109] ~r(X10_621_4), r(skolem_Y1111(X10_621_4))
% 251.95/36.32 -> [29110] r(X10_621_4), ~r(skolem_Y1111(X10_621_4))
% 251.95/36.32
% 251.95/36.32 [29109] CLOSURE : ~r(X10_621_4)
% 251.95/36.32
% 251.95/36.32 [29110] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [29133] ~s(skolem_X1414)
% 251.95/36.32
% 251.95/36.32 [29133] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [29138] p(Y13_286_6)
% 251.95/36.32
% 251.95/36.32 [29138] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [29147] (s(skolem_X1414) <=> s(Y15_125_7))
% 251.95/36.32
% 251.95/36.32 [29147] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_125_7))
% 251.95/36.32 -> [29148] ~s(skolem_X1414), ~s(Y15_125_7)
% 251.95/36.32 -> [29149] s(skolem_X1414), s(Y15_125_7)
% 251.95/36.32
% 251.95/36.32 [29149] CLOSURE : s(Y15_125_7)
% 251.95/36.32
% 251.95/36.32 [29148] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [29167] ~p(X16_81_8)
% 251.95/36.32
% 251.95/36.32 [29167] CLOSURE : ~p(X16_81_8)
% 251.95/36.32
% 251.95/36.32 [5495] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5496] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5496] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [10848] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [10848] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [12172] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [12172] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [12174] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [12175] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [12174] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [12175] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [33531] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [33531] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [33667] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [33667] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [33780] (q(skolem_X66) <=> q(Y7_1098_3))
% 251.95/36.32
% 251.95/36.32 [33780] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1098_3))
% 251.95/36.32 -> [33781] ~q(skolem_X66), ~q(Y7_1098_3)
% 251.95/36.32 -> [33782] q(skolem_X66), q(Y7_1098_3)
% 251.95/36.32
% 251.95/36.32 [33782] CLOSURE : q(Y7_1098_3)
% 251.95/36.32
% 251.95/36.32 [34008] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [34346] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [34347] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [34347] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [34346] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [5491] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [6126] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6127] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [6126] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [28816] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [28816] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [28817] (p(skolem_X22) <=> p(Y3_876_0))
% 251.95/36.32
% 251.95/36.32 [28817] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_876_0))
% 251.95/36.32 -> [28818] ~p(skolem_X22), ~p(Y3_876_0)
% 251.95/36.32 -> [28819] p(skolem_X22), p(Y3_876_0)
% 251.95/36.32
% 251.95/36.32 [28818] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28830] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28830] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28831] r(Y5_1002_2)
% 251.95/36.32
% 251.95/36.32 [28831] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28838] (q(skolem_X66) <=> q(Y7_924_3))
% 251.95/36.32
% 251.95/36.32 [28838] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_924_3))
% 251.95/36.32 -> [28839] ~q(skolem_X66), ~q(Y7_924_3)
% 251.95/36.32 -> [28840] q(skolem_X66), q(Y7_924_3)
% 251.95/36.32
% 251.95/36.32 [28840] CLOSURE : q(Y7_924_3)
% 251.95/36.32
% 251.95/36.32 [28858] BETA_NOT_EQUIV : ~(r(X10_609_4) <=> r(skolem_Y1111(X10_609_4)))
% 251.95/36.32 -> [29050] ~r(X10_609_4), r(skolem_Y1111(X10_609_4))
% 251.95/36.32 -> [29051] r(X10_609_4), ~r(skolem_Y1111(X10_609_4))
% 251.95/36.32
% 251.95/36.32 [29050] CLOSURE : ~r(X10_609_4)
% 251.95/36.32
% 251.95/36.32 [29051] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [29111] ~s(X12_345_5)
% 251.95/36.32
% 251.95/36.32 [29111] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [29112] p(Y13_283_6)
% 251.95/36.32
% 251.95/36.32 [29112] CLOSURE : p(Y13_283_6)
% 251.95/36.32
% 251.95/36.32 [28819] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [28895] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [28895] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [28933] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [28933] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [28956] (q(skolem_X66) <=> q(Y7_929_3))
% 251.95/36.32
% 251.95/36.32 [28956] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_929_3))
% 251.95/36.32 -> [28957] ~q(skolem_X66), ~q(Y7_929_3)
% 251.95/36.32 -> [28958] q(skolem_X66), q(Y7_929_3)
% 251.95/36.32
% 251.95/36.32 [28958] CLOSURE : q(Y7_929_3)
% 251.95/36.32
% 251.95/36.32 [29057] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [29177] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [29178] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [29178] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [29177] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [6127] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [6128] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6128] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [11276] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [11276] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [11277] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [11278] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [11277] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [11278] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [12166] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [12166] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [21850] r(Y5_883_2)
% 251.95/36.32
% 251.95/36.32 [21850] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [35429] (q(skolem_X66) <=> q(Y7_1146_3))
% 251.95/36.32
% 251.95/36.32 [35429] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1146_3))
% 251.95/36.32 -> [35430] ~q(skolem_X66), ~q(Y7_1146_3)
% 251.95/36.32 -> [35431] q(skolem_X66), q(Y7_1146_3)
% 251.95/36.32
% 251.95/36.32 [35431] CLOSURE : q(Y7_1146_3)
% 251.95/36.32
% 251.95/36.32 [35446] BETA_NOT_EQUIV : ~(r(X10_857_4) <=> r(skolem_Y1111(X10_857_4)))
% 251.95/36.32 -> [35480] ~r(X10_857_4), r(skolem_Y1111(X10_857_4))
% 251.95/36.32 -> [35481] r(X10_857_4), ~r(skolem_Y1111(X10_857_4))
% 251.95/36.32
% 251.95/36.32 [35480] CLOSURE : ~r(X10_857_4)
% 251.95/36.32
% 251.95/36.32 [35481] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [35497] ~s(X14_208_7)
% 251.95/36.32
% 251.95/36.32 [35497] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [35501] p(Y13_444_6)
% 251.95/36.32
% 251.95/36.32 [35501] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [35510] ~! [Y15_15] : ((s(X14_208_7) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [35510] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_208_7) <=> s(Y15_15)))
% 251.95/36.32 -> [35511] ~(s(X14_208_7) <=> s(skolem_Y1515(X14_208_7)))
% 251.95/36.32
% 251.95/36.32 [35511] BETA_NOT_EQUIV : ~(s(X14_208_7) <=> s(skolem_Y1515(X14_208_7)))
% 251.95/36.32 -> [35512] ~s(X14_208_7), s(skolem_Y1515(X14_208_7))
% 251.95/36.32 -> [35513] s(X14_208_7), ~s(skolem_Y1515(X14_208_7))
% 251.95/36.32
% 251.95/36.32 [35513] CLOSURE : s(X14_208_7)
% 251.95/36.32
% 251.95/36.32 [35512] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [35543] q(Y17_110_8)
% 251.95/36.32
% 251.95/36.32 [35543] CLOSURE : q(Y17_110_8)
% 251.95/36.32
% 251.95/36.32 [4754] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [4767] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [4768] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [4767] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [5065] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5065] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [5066] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5067] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [5066] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5509] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5510] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5510] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5514] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5514] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [27597] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [27597] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [27658] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [27658] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [27659] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [27660] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [27660] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [27659] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [27786] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [27786] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [27820] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [27820] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [27846] (q(skolem_X66) <=> q(Y7_869_3))
% 251.95/36.32
% 251.95/36.32 [27846] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_869_3))
% 251.95/36.32 -> [27847] ~q(skolem_X66), ~q(Y7_869_3)
% 251.95/36.32 -> [27848] q(skolem_X66), q(Y7_869_3)
% 251.95/36.32
% 251.95/36.32 [27848] CLOSURE : q(Y7_869_3)
% 251.95/36.32
% 251.95/36.32 [27861] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [27915] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [27916] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [27915] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [27916] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [5509] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6146] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [6146] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [6147] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [6148] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6148] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6147] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [29004] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [29004] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [29005] r(Y5_1009_2)
% 251.95/36.32
% 251.95/36.32 [29005] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [29031] (q(skolem_X66) <=> q(Y7_932_3))
% 251.95/36.32
% 251.95/36.32 [29031] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_932_3))
% 251.95/36.32 -> [29033] ~q(skolem_X66), ~q(Y7_932_3)
% 251.95/36.32 -> [29034] q(skolem_X66), q(Y7_932_3)
% 251.95/36.32
% 251.95/36.32 [29034] CLOSURE : q(Y7_932_3)
% 251.95/36.32
% 251.95/36.32 [29053] BETA_NOT_EQUIV : ~(r(X10_619_4) <=> r(skolem_Y1111(X10_619_4)))
% 251.95/36.32 -> [29183] ~r(X10_619_4), r(skolem_Y1111(X10_619_4))
% 251.95/36.32 -> [29184] r(X10_619_4), ~r(skolem_Y1111(X10_619_4))
% 251.95/36.32
% 251.95/36.32 [29183] CLOSURE : ~r(X10_619_4)
% 251.95/36.32
% 251.95/36.32 [29184] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [29216] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29216] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [29217] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [29217] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32 -> [29218] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32
% 251.95/36.32 [29218] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32 -> [29219] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.32 -> [29220] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29219] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29220] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [5067] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [5080] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [5080] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5081] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5082] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5081] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5518] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [5518] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5522] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [5522] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [5523] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [5524] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5524] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5523] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6154] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6154] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [6155] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [6155] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [27665] (q(skolem_X66) <=> q(Y7_859_3))
% 251.95/36.32
% 251.95/36.32 [27665] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_859_3))
% 251.95/36.32 -> [27666] ~q(skolem_X66), ~q(Y7_859_3)
% 251.95/36.32 -> [27667] q(skolem_X66), q(Y7_859_3)
% 251.95/36.32
% 251.95/36.32 [27667] CLOSURE : q(Y7_859_3)
% 251.95/36.32
% 251.95/36.32 [27679] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [27949] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [27950] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [27950] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [27949] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [5082] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5088] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5088] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [10681] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [10681] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [10686] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [10687] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [10687] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [10686] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [31259] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [31259] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [31285] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [31285] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [31289] (q(skolem_X66) <=> q(Y7_1020_3))
% 251.95/36.32
% 251.95/36.32 [31289] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1020_3))
% 251.95/36.32 -> [31291] ~q(skolem_X66), ~q(Y7_1020_3)
% 251.95/36.32 -> [31292] q(skolem_X66), q(Y7_1020_3)
% 251.95/36.32
% 251.95/36.32 [31292] CLOSURE : q(Y7_1020_3)
% 251.95/36.32
% 251.95/36.32 [31319] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [31630] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [31631] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [31631] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [31630] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [4768] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [4771] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [4771] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [5541] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5542] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [5541] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [6169] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6170] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [6170] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [6171] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6171] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [29356] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [29356] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [29375] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [29375] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [29376] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [29377] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [29376] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [29377] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [29403] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [29403] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [29423] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [29423] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [29438] (q(skolem_X66) <=> q(Y7_945_3))
% 251.95/36.32
% 251.95/36.32 [29438] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_945_3))
% 251.95/36.32 -> [29440] ~q(skolem_X66), ~q(Y7_945_3)
% 251.95/36.32 -> [29441] q(skolem_X66), q(Y7_945_3)
% 251.95/36.32
% 251.95/36.32 [29441] CLOSURE : q(Y7_945_3)
% 251.95/36.32
% 251.95/36.32 [29453] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [29492] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [29493] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [29492] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [29493] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [6169] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [7100] (p(skolem_X22) <=> p(Y3_252_0))
% 251.95/36.32
% 251.95/36.32 [7100] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_252_0))
% 251.95/36.32 -> [7101] ~p(skolem_X22), ~p(Y3_252_0)
% 251.95/36.32 -> [7102] p(skolem_X22), p(Y3_252_0)
% 251.95/36.32
% 251.95/36.32 [7102] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [7431] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [7431] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [8525] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [8525] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [9948] (q(skolem_X66) <=> q(Y7_203_3))
% 251.95/36.32
% 251.95/36.32 [9948] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_203_3))
% 251.95/36.32 -> [9951] ~q(skolem_X66), ~q(Y7_203_3)
% 251.95/36.32 -> [9952] q(skolem_X66), q(Y7_203_3)
% 251.95/36.32
% 251.95/36.32 [9952] CLOSURE : q(Y7_203_3)
% 251.95/36.32
% 251.95/36.32 [21852] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [24836] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [24837] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [24837] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [24836] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [7101] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [8516] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [8516] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [9934] r(Y5_333_2)
% 251.95/36.32
% 251.95/36.32 [9934] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11633] (q(skolem_X66) <=> q(Y7_271_3))
% 251.95/36.32
% 251.95/36.32 [11633] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_271_3))
% 251.95/36.32 -> [11634] ~q(skolem_X66), ~q(Y7_271_3)
% 251.95/36.32 -> [11635] q(skolem_X66), q(Y7_271_3)
% 251.95/36.32
% 251.95/36.32 [11634] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [22654] ~! [Y11_11] : ((r(X10_341_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [22654] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_341_4) <=> r(Y11_11)))
% 251.95/36.32 -> [22655] ~(r(X10_341_4) <=> r(skolem_Y1111(X10_341_4)))
% 251.95/36.32
% 251.95/36.32 [22655] BETA_NOT_EQUIV : ~(r(X10_341_4) <=> r(skolem_Y1111(X10_341_4)))
% 251.95/36.32 -> [22656] ~r(X10_341_4), r(skolem_Y1111(X10_341_4))
% 251.95/36.32 -> [22657] r(X10_341_4), ~r(skolem_Y1111(X10_341_4))
% 251.95/36.32
% 251.95/36.32 [22656] CLOSURE : ~r(X10_341_4)
% 251.95/36.32
% 251.95/36.32 [22657] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [24735] p(Y13_161_5)
% 251.95/36.32
% 251.95/36.32 [24735] CLOSURE : p(Y13_161_5)
% 251.95/36.32
% 251.95/36.32 [11635] CLOSURE : q(Y7_271_3)
% 251.95/36.32
% 251.95/36.32 [5542] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [5543] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [5543] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5544] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5545] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5545] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5548] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5548] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6636] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [6636] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [6640] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [6641] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6640] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6641] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6871] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6871] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [7159] r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [7159] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [7685] (q(skolem_X66) <=> q(Y7_136_3))
% 251.95/36.32
% 251.95/36.32 [7685] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_136_3))
% 251.95/36.32 -> [7686] ~q(skolem_X66), ~q(Y7_136_3)
% 251.95/36.32 -> [7687] q(skolem_X66), q(Y7_136_3)
% 251.95/36.32
% 251.95/36.32 [7687] CLOSURE : q(Y7_136_3)
% 251.95/36.32
% 251.95/36.32 [8846] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.32 -> [33851] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.32 -> [33852] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [33852] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.32
% 251.95/36.32 [33851] CLOSURE : ~r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [5544] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6178] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [6178] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [13549] (p(skolem_X22) <=> p(Y3_533_0))
% 251.95/36.32
% 251.95/36.32 [13549] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_533_0))
% 251.95/36.32 -> [13550] ~p(skolem_X22), ~p(Y3_533_0)
% 251.95/36.32 -> [13551] p(skolem_X22), p(Y3_533_0)
% 251.95/36.32
% 251.95/36.32 [13550] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [15330] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [15330] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [16356] r(Y5_650_2)
% 251.95/36.32
% 251.95/36.32 [16356] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [17585] (q(skolem_X66) <=> q(Y7_473_3))
% 251.95/36.32
% 251.95/36.32 [17585] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_473_3))
% 251.95/36.32 -> [17586] ~q(skolem_X66), ~q(Y7_473_3)
% 251.95/36.32 -> [17587] q(skolem_X66), q(Y7_473_3)
% 251.95/36.32
% 251.95/36.32 [17587] CLOSURE : q(Y7_473_3)
% 251.95/36.32
% 251.95/36.32 [17586] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [18450] ~! [Y11_11] : ((r(X10_208_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [18450] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_208_4) <=> r(Y11_11)))
% 251.95/36.32 -> [18451] ~(r(X10_208_4) <=> r(skolem_Y1111(X10_208_4)))
% 251.95/36.32
% 251.95/36.32 [18451] BETA_NOT_EQUIV : ~(r(X10_208_4) <=> r(skolem_Y1111(X10_208_4)))
% 251.95/36.32 -> [18452] ~r(X10_208_4), r(skolem_Y1111(X10_208_4))
% 251.95/36.32 -> [18453] r(X10_208_4), ~r(skolem_Y1111(X10_208_4))
% 251.95/36.32
% 251.95/36.32 [18452] CLOSURE : ~r(X10_208_4)
% 251.95/36.32
% 251.95/36.32 [18453] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [38306] p(Y13_529_5)
% 251.95/36.32
% 251.95/36.32 [38306] CLOSURE : p(Y13_529_5)
% 251.95/36.32
% 251.95/36.32 [13551] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [14899] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [14899] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [16001] r(Y5_642_2)
% 251.95/36.32
% 251.95/36.32 [16001] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [17180] (q(skolem_X66) <=> q(Y7_457_3))
% 251.95/36.32
% 251.95/36.32 [17180] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_457_3))
% 251.95/36.32 -> [17181] ~q(skolem_X66), ~q(Y7_457_3)
% 251.95/36.32 -> [17182] q(skolem_X66), q(Y7_457_3)
% 251.95/36.32
% 251.95/36.32 [17182] CLOSURE : q(Y7_457_3)
% 251.95/36.32
% 251.95/36.32 [17181] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [18282] ~! [Y11_11] : ((r(X10_201_4) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [18282] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_201_4) <=> r(Y11_11)))
% 251.95/36.32 -> [18283] ~(r(X10_201_4) <=> r(skolem_Y1111(X10_201_4)))
% 251.95/36.32
% 251.95/36.32 [18283] BETA_NOT_EQUIV : ~(r(X10_201_4) <=> r(skolem_Y1111(X10_201_4)))
% 251.95/36.32 -> [18284] ~r(X10_201_4), r(skolem_Y1111(X10_201_4))
% 251.95/36.32 -> [18285] r(X10_201_4), ~r(skolem_Y1111(X10_201_4))
% 251.95/36.32
% 251.95/36.32 [18284] CLOSURE : ~r(X10_201_4)
% 251.95/36.32
% 251.95/36.32 [18285] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [38307] p(Y13_530_5)
% 251.95/36.32
% 251.95/36.32 [38307] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [38383] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [38383] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32 -> [38384] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.32 -> [38385] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [38385] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [38384] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [38545] ~p(X16_174_7)
% 251.95/36.32
% 251.95/36.32 [38545] CLOSURE : ~p(X16_174_7)
% 251.95/36.32
% 251.95/36.32 [283] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.32 -> [296] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [296] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.32 -> [297] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [298] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.32
% 251.95/36.32 [297] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.32 -> [4103] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [4104] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32
% 251.95/36.32 [4103] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [4470] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [4471] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [4471] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [4472] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [4472] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [4473] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [4473] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [4477] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4478] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [4477] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5099] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5100] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5099] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6027] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [6027] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [6028] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [6029] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6029] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6028] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [11998] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [11998] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [12000] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [12000] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [13035] (q(skolem_X66) <=> q(Y7_334_3))
% 251.95/36.32
% 251.95/36.32 [13035] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_334_3))
% 251.95/36.32 -> [13036] ~q(skolem_X66), ~q(Y7_334_3)
% 251.95/36.32 -> [13037] q(skolem_X66), q(Y7_334_3)
% 251.95/36.32
% 251.95/36.32 [13037] CLOSURE : q(Y7_334_3)
% 251.95/36.32
% 251.95/36.32 [15055] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_202_4))
% 251.95/36.32 -> [23291] ~r(skolem_X1010), ~r(Y11_202_4)
% 251.95/36.32 -> [23292] r(skolem_X1010), r(Y11_202_4)
% 251.95/36.32
% 251.95/36.32 [23291] CLOSURE : ~r(Y11_202_4)
% 251.95/36.32
% 251.95/36.32 [23292] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [23502] ~r(X8_351_5)
% 251.95/36.32
% 251.95/36.32 [23502] CLOSURE : ~r(X8_351_5)
% 251.95/36.32
% 251.95/36.32 [5100] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5105] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5105] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [12027] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [12027] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [30389] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [30389] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [30390] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [30391] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [30391] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [30390] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [30453] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [30453] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [30473] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [30473] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [30494] (q(skolem_X66) <=> q(Y7_988_3))
% 251.95/36.32
% 251.95/36.32 [30494] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_988_3))
% 251.95/36.32 -> [30495] ~q(skolem_X66), ~q(Y7_988_3)
% 251.95/36.32 -> [30496] q(skolem_X66), q(Y7_988_3)
% 251.95/36.32
% 251.95/36.32 [30496] CLOSURE : q(Y7_988_3)
% 251.95/36.32
% 251.95/36.32 [30503] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_688_4))
% 251.95/36.32 -> [30546] ~r(skolem_X1010), ~r(Y11_688_4)
% 251.95/36.32 -> [30547] r(skolem_X1010), r(Y11_688_4)
% 251.95/36.32
% 251.95/36.32 [30546] CLOSURE : ~r(Y11_688_4)
% 251.95/36.32
% 251.95/36.32 [30547] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [30552] ~r(X8_744_5)
% 251.95/36.32
% 251.95/36.32 [30552] CLOSURE : ~r(X8_744_5)
% 251.95/36.32
% 251.95/36.32 [4478] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [4490] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [4490] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4491] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4492] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [4492] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [4496] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4496] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6053] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [6053] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [6056] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [6057] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6057] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6056] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [15652] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [15652] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [17070] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [17070] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [17699] (q(skolem_X66) <=> q(Y7_475_3))
% 251.95/36.32
% 251.95/36.32 [17699] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_475_3))
% 251.95/36.32 -> [17700] ~q(skolem_X66), ~q(Y7_475_3)
% 251.95/36.32 -> [17701] q(skolem_X66), q(Y7_475_3)
% 251.95/36.32
% 251.95/36.32 [17701] CLOSURE : q(Y7_475_3)
% 251.95/36.32
% 251.95/36.32 [18681] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_295_4))
% 251.95/36.32 -> [20492] ~r(skolem_X1010), ~r(Y11_295_4)
% 251.95/36.32 -> [20493] r(skolem_X1010), r(Y11_295_4)
% 251.95/36.32
% 251.95/36.32 [20492] CLOSURE : ~r(Y11_295_4)
% 251.95/36.32
% 251.95/36.32 [20493] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [20974] ~r(X8_242_5)
% 251.95/36.32
% 251.95/36.32 [20974] CLOSURE : ~r(X8_242_5)
% 251.95/36.32
% 251.95/36.32 [4491] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5108] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [5108] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5109] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [5109] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [5110] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [5111] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5111] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5110] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6043] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6043] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [6044] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [6044] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [13047] (q(skolem_X66) <=> q(Y7_336_3))
% 251.95/36.32
% 251.95/36.32 [13047] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_336_3))
% 251.95/36.32 -> [13048] ~q(skolem_X66), ~q(Y7_336_3)
% 251.95/36.32 -> [13049] q(skolem_X66), q(Y7_336_3)
% 251.95/36.32
% 251.95/36.32 [13049] CLOSURE : q(Y7_336_3)
% 251.95/36.32
% 251.95/36.32 [31640] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_737_4))
% 251.95/36.32 -> [32134] ~r(skolem_X1010), ~r(Y11_737_4)
% 251.95/36.32 -> [32135] r(skolem_X1010), r(Y11_737_4)
% 251.95/36.32
% 251.95/36.32 [32134] CLOSURE : ~r(Y11_737_4)
% 251.95/36.32
% 251.95/36.32 [32135] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [32266] ~r(X8_796_5)
% 251.95/36.32
% 251.95/36.32 [32266] CLOSURE : ~r(X8_796_5)
% 251.95/36.32
% 251.95/36.32 [4470] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [5069] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5070] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [5070] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [5076] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [5076] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5077] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5078] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5077] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6003] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [6003] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6004] (p(skolem_X22) <=> p(Y3_204_0))
% 251.95/36.32
% 251.95/36.32 [6004] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_204_0))
% 251.95/36.32 -> [6005] ~p(skolem_X22), ~p(Y3_204_0)
% 251.95/36.32 -> [6006] p(skolem_X22), p(Y3_204_0)
% 251.95/36.32
% 251.95/36.32 [6005] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [11854] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [11854] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [11855] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [11855] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12237] (q(skolem_X66) <=> q(Y7_301_3))
% 251.95/36.32
% 251.95/36.32 [12237] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_301_3))
% 251.95/36.32 -> [12239] ~q(skolem_X66), ~q(Y7_301_3)
% 251.95/36.32 -> [12240] q(skolem_X66), q(Y7_301_3)
% 251.95/36.32
% 251.95/36.32 [12239] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32 -> [12665] (r(skolem_X1010) <=> r(Y11_138_4))
% 251.95/36.32
% 251.95/36.32 [12665] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_138_4))
% 251.95/36.32 -> [12666] ~r(skolem_X1010), ~r(Y11_138_4)
% 251.95/36.32 -> [12667] r(skolem_X1010), r(Y11_138_4)
% 251.95/36.32
% 251.95/36.32 [12666] CLOSURE : ~r(Y11_138_4)
% 251.95/36.32
% 251.95/36.32 [12667] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [13464] ~r(X8_83_5)
% 251.95/36.32
% 251.95/36.32 [13464] CLOSURE : ~r(X8_83_5)
% 251.95/36.32
% 251.95/36.32 [12240] CLOSURE : q(Y7_301_3)
% 251.95/36.32
% 251.95/36.32 [6006] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6010] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6010] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [6011] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [6011] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12553] (q(skolem_X66) <=> q(Y7_312_3))
% 251.95/36.32
% 251.95/36.32 [12553] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_312_3))
% 251.95/36.32 -> [12554] ~q(skolem_X66), ~q(Y7_312_3)
% 251.95/36.32 -> [12555] q(skolem_X66), q(Y7_312_3)
% 251.95/36.32
% 251.95/36.32 [12555] CLOSURE : q(Y7_312_3)
% 251.95/36.32
% 251.95/36.32 [25631] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_552_4))
% 251.95/36.32 -> [25714] ~r(skolem_X1010), ~r(Y11_552_4)
% 251.95/36.32 -> [25715] r(skolem_X1010), r(Y11_552_4)
% 251.95/36.32
% 251.95/36.32 [25715] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [25743] ~r(X8_502_5)
% 251.95/36.32
% 251.95/36.32 [25743] CLOSURE : ~r(X8_502_5)
% 251.95/36.32
% 251.95/36.32 [25714] CLOSURE : ~r(Y11_552_4)
% 251.95/36.32
% 251.95/36.32 [5078] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5086] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5086] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5087] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [5087] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [5089] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [5090] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5089] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5090] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [5095] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [5095] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [5096] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [5096] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11992] (q(skolem_X66) <=> q(Y7_287_3))
% 251.95/36.32
% 251.95/36.32 [11992] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_287_3))
% 251.95/36.32 -> [11994] ~q(skolem_X66), ~q(Y7_287_3)
% 251.95/36.32 -> [11995] q(skolem_X66), q(Y7_287_3)
% 251.95/36.32
% 251.95/36.32 [11994] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32 -> [13299] (r(skolem_X1010) <=> r(Y11_155_4))
% 251.95/36.32
% 251.95/36.32 [13299] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_155_4))
% 251.95/36.32 -> [13300] ~r(skolem_X1010), ~r(Y11_155_4)
% 251.95/36.32 -> [13301] r(skolem_X1010), r(Y11_155_4)
% 251.95/36.32
% 251.95/36.32 [13301] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [13809] ~r(X8_88_5)
% 251.95/36.32
% 251.95/36.32 [13809] CLOSURE : ~r(X8_88_5)
% 251.95/36.32
% 251.95/36.32 [13300] CLOSURE : ~r(Y11_155_4)
% 251.95/36.32
% 251.95/36.32 [11995] CLOSURE : q(Y7_287_3)
% 251.95/36.32
% 251.95/36.32 [5069] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5971] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5972] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5972] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5974] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5974] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5975] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [5975] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5976] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [5976] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [5977] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [5978] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5977] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5978] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [5988] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [5988] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [5989] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [5989] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12260] (q(skolem_X66) <=> q(Y7_303_3))
% 251.95/36.32
% 251.95/36.32 [12260] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_303_3))
% 251.95/36.32 -> [12261] ~q(skolem_X66), ~q(Y7_303_3)
% 251.95/36.32 -> [12262] q(skolem_X66), q(Y7_303_3)
% 251.95/36.32
% 251.95/36.32 [12262] CLOSURE : q(Y7_303_3)
% 251.95/36.32
% 251.95/36.32 [14480] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_188_4))
% 251.95/36.32 -> [23153] ~r(skolem_X1010), ~r(Y11_188_4)
% 251.95/36.32 -> [23154] r(skolem_X1010), r(Y11_188_4)
% 251.95/36.32
% 251.95/36.32 [23154] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [23406] ~r(X8_342_5)
% 251.95/36.32
% 251.95/36.32 [23406] CLOSURE : ~r(X8_342_5)
% 251.95/36.32
% 251.95/36.32 [23153] CLOSURE : ~r(Y11_188_4)
% 251.95/36.32
% 251.95/36.32 [5971] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [11807] (p(skolem_X22) <=> p(Y3_464_0))
% 251.95/36.32
% 251.95/36.32 [11807] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_464_0))
% 251.95/36.32 -> [11808] ~p(skolem_X22), ~p(Y3_464_0)
% 251.95/36.32 -> [11809] p(skolem_X22), p(Y3_464_0)
% 251.95/36.32
% 251.95/36.32 [11808] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [12228] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [12228] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [12229] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [12229] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12690] (q(skolem_X66) <=> q(Y7_322_3))
% 251.95/36.32
% 251.95/36.32 [12690] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_322_3))
% 251.95/36.32 -> [12691] ~q(skolem_X66), ~q(Y7_322_3)
% 251.95/36.32 -> [12692] q(skolem_X66), q(Y7_322_3)
% 251.95/36.32
% 251.95/36.32 [12692] CLOSURE : q(Y7_322_3)
% 251.95/36.32
% 251.95/36.32 [13158] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_152_4))
% 251.95/36.32 -> [15086] ~r(skolem_X1010), ~r(Y11_152_4)
% 251.95/36.32 -> [15087] r(skolem_X1010), r(Y11_152_4)
% 251.95/36.32
% 251.95/36.32 [15086] CLOSURE : ~r(Y11_152_4)
% 251.95/36.32
% 251.95/36.32 [15087] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [15795] ~r(X8_124_5)
% 251.95/36.32
% 251.95/36.32 [15795] CLOSURE : ~r(X8_124_5)
% 251.95/36.32
% 251.95/36.32 [11809] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [11814] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [11814] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [11815] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [11815] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [13168] (q(skolem_X66) <=> q(Y7_343_3))
% 251.95/36.32
% 251.95/36.32 [13168] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_343_3))
% 251.95/36.32 -> [13169] ~q(skolem_X66), ~q(Y7_343_3)
% 251.95/36.32 -> [13170] q(skolem_X66), q(Y7_343_3)
% 251.95/36.32
% 251.95/36.32 [13170] CLOSURE : q(Y7_343_3)
% 251.95/36.32
% 251.95/36.32 [15097] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_204_4))
% 251.95/36.32 -> [37731] ~r(skolem_X1010), ~r(Y11_204_4)
% 251.95/36.32 -> [37732] r(skolem_X1010), r(Y11_204_4)
% 251.95/36.32
% 251.95/36.32 [37732] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [37743] ~r(X8_1069_5)
% 251.95/36.32
% 251.95/36.32 [37743] CLOSURE : ~r(X8_1069_5)
% 251.95/36.32
% 251.95/36.32 [37731] CLOSURE : ~r(Y11_204_4)
% 251.95/36.32
% 251.95/36.32 [4104] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [4106] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [4107] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [4106] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [4500] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [4500] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [4502] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4503] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [4503] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [4506] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [4506] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4507] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4508] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [4508] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [4509] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4509] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4510] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [4510] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [4511] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [4511] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [4512] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [4513] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4512] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4513] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [13022] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [13022] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [13025] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [13025] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [14162] (q(skolem_X66) <=> q(Y7_368_3))
% 251.95/36.32
% 251.95/36.32 [14162] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_368_3))
% 251.95/36.32 -> [14163] ~q(skolem_X66), ~q(Y7_368_3)
% 251.95/36.32 -> [14164] q(skolem_X66), q(Y7_368_3)
% 251.95/36.32
% 251.95/36.32 [14164] CLOSURE : q(Y7_368_3)
% 251.95/36.32
% 251.95/36.32 [16211] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_230_4))
% 251.95/36.32 -> [19208] ~r(skolem_X1010), ~r(Y11_230_4)
% 251.95/36.32 -> [19209] r(skolem_X1010), r(Y11_230_4)
% 251.95/36.32
% 251.95/36.32 [19208] CLOSURE : ~r(Y11_230_4)
% 251.95/36.32
% 251.95/36.32 [19209] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [19804] ~r(X8_212_5)
% 251.95/36.32
% 251.95/36.32 [19804] CLOSURE : ~r(X8_212_5)
% 251.95/36.32
% 251.95/36.32 [4507] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5138] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [5138] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [5139] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [5140] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5140] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5139] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6086] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6086] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [6087] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [6087] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12130] (q(skolem_X66) <=> q(Y7_295_3))
% 251.95/36.32
% 251.95/36.32 [12130] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_295_3))
% 251.95/36.32 -> [12131] ~q(skolem_X66), ~q(Y7_295_3)
% 251.95/36.32 -> [12132] q(skolem_X66), q(Y7_295_3)
% 251.95/36.32
% 251.95/36.32 [12132] CLOSURE : q(Y7_295_3)
% 251.95/36.32
% 251.95/36.32 [12556] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_134_4))
% 251.95/36.32 -> [22122] ~r(skolem_X1010), ~r(Y11_134_4)
% 251.95/36.32 -> [22123] r(skolem_X1010), r(Y11_134_4)
% 251.95/36.32
% 251.95/36.32 [22122] CLOSURE : ~r(Y11_134_4)
% 251.95/36.32
% 251.95/36.32 [22123] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [22528] ~r(X8_299_5)
% 251.95/36.32
% 251.95/36.32 [22528] CLOSURE : ~r(X8_299_5)
% 251.95/36.32
% 251.95/36.32 [4502] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [5119] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5120] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [5119] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6064] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [6064] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6066] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [6066] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [6067] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [6068] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6068] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6067] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [12110] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [12110] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [12111] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [12111] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12935] (q(skolem_X66) <=> q(Y7_331_3))
% 251.95/36.32
% 251.95/36.32 [12935] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_331_3))
% 251.95/36.32 -> [12938] ~q(skolem_X66), ~q(Y7_331_3)
% 251.95/36.32 -> [12939] q(skolem_X66), q(Y7_331_3)
% 251.95/36.32
% 251.95/36.32 [12939] CLOSURE : q(Y7_331_3)
% 251.95/36.32
% 251.95/36.32 [13146] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_151_4))
% 251.95/36.32 -> [14659] ~r(skolem_X1010), ~r(Y11_151_4)
% 251.95/36.32 -> [14660] r(skolem_X1010), r(Y11_151_4)
% 251.95/36.32
% 251.95/36.32 [14659] CLOSURE : ~r(Y11_151_4)
% 251.95/36.32
% 251.95/36.32 [14660] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [15441] ~r(X8_119_5)
% 251.95/36.32
% 251.95/36.32 [15441] CLOSURE : ~r(X8_119_5)
% 251.95/36.32
% 251.95/36.32 [5120] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [5123] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [5123] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5124] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [5124] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [5125] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [5126] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5126] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [5125] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [12122] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [12122] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [12125] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [12125] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12996] (q(skolem_X66) <=> q(Y7_333_3))
% 251.95/36.32
% 251.95/36.32 [12996] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_333_3))
% 251.95/36.32 -> [12997] ~q(skolem_X66), ~q(Y7_333_3)
% 251.95/36.32 -> [12998] q(skolem_X66), q(Y7_333_3)
% 251.95/36.32
% 251.95/36.32 [12998] CLOSURE : q(Y7_333_3)
% 251.95/36.32
% 251.95/36.32 [14315] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_181_4))
% 251.95/36.32 -> [30548] ~r(skolem_X1010), ~r(Y11_181_4)
% 251.95/36.32 -> [30549] r(skolem_X1010), r(Y11_181_4)
% 251.95/36.32
% 251.95/36.32 [30548] CLOSURE : ~r(Y11_181_4)
% 251.95/36.32
% 251.95/36.32 [30549] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [30601] ~r(X8_746_5)
% 251.95/36.32
% 251.95/36.32 [30601] CLOSURE : ~r(X8_746_5)
% 251.95/36.32
% 251.95/36.32 [4107] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [4109] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [4109] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [4110] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4111] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [4110] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4523] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4524] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [4523] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5149] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [5149] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [5150] (p(skolem_X22) <=> p(Y3_182_0))
% 251.95/36.32
% 251.95/36.32 [5150] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_182_0))
% 251.95/36.32 -> [5151] ~p(skolem_X22), ~p(Y3_182_0)
% 251.95/36.32 -> [5152] p(skolem_X22), p(Y3_182_0)
% 251.95/36.32
% 251.95/36.32 [5152] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [12230] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [12230] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [13282] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [13282] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [14052] (q(skolem_X66) <=> q(Y7_365_3))
% 251.95/36.32
% 251.95/36.32 [14052] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_365_3))
% 251.95/36.32 -> [14055] ~q(skolem_X66), ~q(Y7_365_3)
% 251.95/36.32 -> [14056] q(skolem_X66), q(Y7_365_3)
% 251.95/36.32
% 251.95/36.32 [14055] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32 -> [36088] (r(skolem_X1010) <=> r(Y11_912_4))
% 251.95/36.32
% 251.95/36.32 [36088] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_912_4))
% 251.95/36.32 -> [36089] ~r(skolem_X1010), ~r(Y11_912_4)
% 251.95/36.32 -> [36090] r(skolem_X1010), r(Y11_912_4)
% 251.95/36.32
% 251.95/36.32 [36089] CLOSURE : ~r(Y11_912_4)
% 251.95/36.32
% 251.95/36.32 [36090] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [36101] ~r(X8_987_5)
% 251.95/36.32
% 251.95/36.32 [36101] CLOSURE : ~r(X8_987_5)
% 251.95/36.32
% 251.95/36.32 [14056] CLOSURE : q(Y7_365_3)
% 251.95/36.32
% 251.95/36.32 [5151] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6106] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6106] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [6107] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [6107] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12980] (q(skolem_X66) <=> q(Y7_332_3))
% 251.95/36.32
% 251.95/36.32 [12980] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_332_3))
% 251.95/36.32 -> [12981] ~q(skolem_X66), ~q(Y7_332_3)
% 251.95/36.32 -> [12982] q(skolem_X66), q(Y7_332_3)
% 251.95/36.32
% 251.95/36.32 [12982] CLOSURE : q(Y7_332_3)
% 251.95/36.32
% 251.95/36.32 [15081] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_203_4))
% 251.95/36.32 -> [36887] ~r(skolem_X1010), ~r(Y11_203_4)
% 251.95/36.32 -> [36888] r(skolem_X1010), r(Y11_203_4)
% 251.95/36.32
% 251.95/36.32 [36887] CLOSURE : ~r(Y11_203_4)
% 251.95/36.32
% 251.95/36.32 [36888] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [36890] ~r(X8_1013_5)
% 251.95/36.32
% 251.95/36.32 [36890] CLOSURE : ~r(X8_1013_5)
% 251.95/36.32
% 251.95/36.32 [4524] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [4526] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4526] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6120] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [6120] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [6123] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [6124] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6123] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6124] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [12702] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [12702] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [14195] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [14195] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [14779] (q(skolem_X66) <=> q(Y7_385_3))
% 251.95/36.32
% 251.95/36.32 [14779] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_385_3))
% 251.95/36.32 -> [14781] ~q(skolem_X66), ~q(Y7_385_3)
% 251.95/36.32 -> [14782] q(skolem_X66), q(Y7_385_3)
% 251.95/36.32
% 251.95/36.32 [14782] CLOSURE : q(Y7_385_3)
% 251.95/36.32
% 251.95/36.32 [16705] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_245_4))
% 251.95/36.32 -> [37886] ~r(skolem_X1010), ~r(Y11_245_4)
% 251.95/36.32 -> [37887] r(skolem_X1010), r(Y11_245_4)
% 251.95/36.32
% 251.95/36.32 [37887] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [37932] ~r(X8_1087_5)
% 251.95/36.32
% 251.95/36.32 [37932] CLOSURE : ~r(X8_1087_5)
% 251.95/36.32
% 251.95/36.32 [37886] CLOSURE : ~r(Y11_245_4)
% 251.95/36.32
% 251.95/36.32 [4111] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [4116] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [4116] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [4117] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [4118] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [4117] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [4530] (p(skolem_X22) <=> p(Y3_162_0))
% 251.95/36.32
% 251.95/36.32 [4530] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_162_0))
% 251.95/36.32 -> [4531] ~p(skolem_X22), ~p(Y3_162_0)
% 251.95/36.32 -> [4532] p(skolem_X22), p(Y3_162_0)
% 251.95/36.32
% 251.95/36.32 [4531] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [5161] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [5161] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [5164] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [5164] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [12810] (q(skolem_X66) <=> q(Y7_328_3))
% 251.95/36.32
% 251.95/36.32 [12810] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_328_3))
% 251.95/36.32 -> [12811] ~q(skolem_X66), ~q(Y7_328_3)
% 251.95/36.32 -> [12812] q(skolem_X66), q(Y7_328_3)
% 251.95/36.32
% 251.95/36.32 [12812] CLOSURE : q(Y7_328_3)
% 251.95/36.32
% 251.95/36.32 [14210] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_179_4))
% 251.95/36.32 -> [18109] ~r(skolem_X1010), ~r(Y11_179_4)
% 251.95/36.32 -> [18110] r(skolem_X1010), r(Y11_179_4)
% 251.95/36.32
% 251.95/36.32 [18109] CLOSURE : ~r(Y11_179_4)
% 251.95/36.32
% 251.95/36.32 [18110] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [18759] ~r(X8_187_5)
% 251.95/36.32
% 251.95/36.32 [18759] CLOSURE : ~r(X8_187_5)
% 251.95/36.32
% 251.95/36.32 [4532] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [6134] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [6134] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [13088] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [13088] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [13975] (q(skolem_X66) <=> q(Y7_363_3))
% 251.95/36.32
% 251.95/36.32 [13975] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_363_3))
% 251.95/36.32 -> [13976] ~q(skolem_X66), ~q(Y7_363_3)
% 251.95/36.32 -> [13977] q(skolem_X66), q(Y7_363_3)
% 251.95/36.32
% 251.95/36.32 [13977] CLOSURE : q(Y7_363_3)
% 251.95/36.32
% 251.95/36.32 [22185] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_406_4))
% 251.95/36.32 -> [23195] ~r(skolem_X1010), ~r(Y11_406_4)
% 251.95/36.32 -> [23196] r(skolem_X1010), r(Y11_406_4)
% 251.95/36.32
% 251.95/36.32 [23196] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [23448] ~r(X8_345_5)
% 251.95/36.32
% 251.95/36.32 [23448] CLOSURE : ~r(X8_345_5)
% 251.95/36.32
% 251.95/36.32 [23195] CLOSURE : ~r(Y11_406_4)
% 251.95/36.32
% 251.95/36.32 [4118] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [4119] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [4119] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5168] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [5168] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [12851] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [12851] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [12852] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [12853] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [12852] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [12853] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [13562] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [13562] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [14661] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [14661] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [15313] (q(skolem_X66) <=> q(Y7_401_3))
% 251.95/36.32
% 251.95/36.32 [15313] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_401_3))
% 251.95/36.32 -> [15314] ~q(skolem_X66), ~q(Y7_401_3)
% 251.95/36.32 -> [15315] q(skolem_X66), q(Y7_401_3)
% 251.95/36.32
% 251.95/36.32 [15315] CLOSURE : q(Y7_401_3)
% 251.95/36.32
% 251.95/36.32 [16910] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_252_4))
% 251.95/36.32 -> [38885] ~r(skolem_X1010), ~r(Y11_252_4)
% 251.95/36.32 -> [38886] r(skolem_X1010), r(Y11_252_4)
% 251.95/36.32
% 251.95/36.32 [38886] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [38942] ~r(X8_1147_5)
% 251.95/36.32
% 251.95/36.32 [38942] CLOSURE : ~r(X8_1147_5)
% 251.95/36.32
% 251.95/36.32 [38885] CLOSURE : ~r(Y11_252_4)
% 251.95/36.32
% 251.95/36.32 [298] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.32 -> [305] r(skolem_X88)
% 251.95/36.32
% 251.95/36.32 [305] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.32 -> [306] ~s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [306] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.32 -> [311] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [312] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32
% 251.95/36.32 [312] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [327] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [328] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [327] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [506] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [506] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [507] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [508] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [507] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [6405] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6406] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [6405] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [29080] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [29080] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [29081] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [29081] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [29082] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [29083] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29083] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29082] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [29103] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [29103] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [29104] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [29104] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [29125] (q(skolem_X66) <=> q(Y7_935_3))
% 251.95/36.32
% 251.95/36.32 [29125] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_935_3))
% 251.95/36.32 -> [29126] ~q(skolem_X66), ~q(Y7_935_3)
% 251.95/36.32 -> [29127] q(skolem_X66), q(Y7_935_3)
% 251.95/36.32
% 251.95/36.32 [29127] CLOSURE : q(Y7_935_3)
% 251.95/36.32
% 251.95/36.32 [29144] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_648_4))
% 251.95/36.32 -> [29310] ~r(skolem_X1010), ~r(Y11_648_4)
% 251.95/36.32 -> [29311] r(skolem_X1010), r(Y11_648_4)
% 251.95/36.32
% 251.95/36.32 [29310] CLOSURE : ~r(Y11_648_4)
% 251.95/36.32
% 251.95/36.32 [29311] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [29315] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29315] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [29316] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [29316] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32 -> [29317] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32
% 251.95/36.32 [29317] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32 -> [29318] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.32 -> [29319] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29318] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29319] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [6406] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [6407] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6407] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [29135] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [29135] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [29136] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [29137] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29137] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [29136] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [29345] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [29345] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [29357] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [29357] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [29382] (q(skolem_X66) <=> q(Y7_941_3))
% 251.95/36.32
% 251.95/36.32 [29382] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_941_3))
% 251.95/36.32 -> [29383] ~q(skolem_X66), ~q(Y7_941_3)
% 251.95/36.32 -> [29384] q(skolem_X66), q(Y7_941_3)
% 251.95/36.32
% 251.95/36.32 [29384] CLOSURE : q(Y7_941_3)
% 251.95/36.32
% 251.95/36.32 [29405] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_657_4))
% 251.95/36.32 -> [29543] ~r(skolem_X1010), ~r(Y11_657_4)
% 251.95/36.32 -> [29544] r(skolem_X1010), r(Y11_657_4)
% 251.95/36.32
% 251.95/36.32 [29543] CLOSURE : ~r(Y11_657_4)
% 251.95/36.32
% 251.95/36.32 [29544] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [29552] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29552] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [29557] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [29557] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32 -> [29558] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32
% 251.95/36.32 [29558] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32 -> [29559] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.32 -> [29560] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29559] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [29560] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [508] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [516] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [516] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [520] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [521] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [520] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [15167] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [15167] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [15168] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [15169] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [15169] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [15168] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [15501] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [15501] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [15502] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [15502] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [15833] (q(skolem_X66) <=> q(Y7_414_3))
% 251.95/36.32
% 251.95/36.32 [15833] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_414_3))
% 251.95/36.32 -> [15835] ~q(skolem_X66), ~q(Y7_414_3)
% 251.95/36.32 -> [15836] q(skolem_X66), q(Y7_414_3)
% 251.95/36.32
% 251.95/36.32 [15836] CLOSURE : q(Y7_414_3)
% 251.95/36.32
% 251.95/36.32 [16270] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_233_4))
% 251.95/36.32 -> [18836] ~r(skolem_X1010), ~r(Y11_233_4)
% 251.95/36.32 -> [18837] r(skolem_X1010), r(Y11_233_4)
% 251.95/36.32
% 251.95/36.32 [18836] CLOSURE : ~r(Y11_233_4)
% 251.95/36.32
% 251.95/36.32 [18837] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [19298] ~s(skolem_X1414)
% 251.95/36.32
% 251.95/36.32 [19298] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [19301] (s(skolem_X1414) <=> s(Y15_25_6))
% 251.95/36.32
% 251.95/36.32 [19301] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_25_6))
% 251.95/36.32 -> [19303] ~s(skolem_X1414), ~s(Y15_25_6)
% 251.95/36.32 -> [19304] s(skolem_X1414), s(Y15_25_6)
% 251.95/36.32
% 251.95/36.32 [19303] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [19570] ~p(X16_16_7)
% 251.95/36.32
% 251.95/36.32 [19570] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [19571] q(Y17_14_8)
% 251.95/36.32
% 251.95/36.32 [19571] CLOSURE : q(Y17_14_8)
% 251.95/36.32
% 251.95/36.32 [19304] CLOSURE : s(Y15_25_6)
% 251.95/36.32
% 251.95/36.32 [521] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [530] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [530] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [21176] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [21176] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [36683] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [36683] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [36684] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [36685] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [36684] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [36685] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [36715] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [36715] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [36727] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [36727] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [36730] (q(skolem_X66) <=> q(Y7_1191_3))
% 251.95/36.32
% 251.95/36.32 [36730] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1191_3))
% 251.95/36.32 -> [36731] ~q(skolem_X66), ~q(Y7_1191_3)
% 251.95/36.32 -> [36732] q(skolem_X66), q(Y7_1191_3)
% 251.95/36.32
% 251.95/36.32 [36732] CLOSURE : q(Y7_1191_3)
% 251.95/36.32
% 251.95/36.32 [36739] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_949_4))
% 251.95/36.32 -> [36796] ~r(skolem_X1010), ~r(Y11_949_4)
% 251.95/36.32 -> [36797] r(skolem_X1010), r(Y11_949_4)
% 251.95/36.32
% 251.95/36.32 [36796] CLOSURE : ~r(Y11_949_4)
% 251.95/36.32
% 251.95/36.32 [36797] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [36805] ~s(skolem_X1414)
% 251.95/36.32
% 251.95/36.32 [36805] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [36810] (s(skolem_X1414) <=> s(Y15_252_6))
% 251.95/36.32
% 251.95/36.32 [36810] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_252_6))
% 251.95/36.32 -> [36811] ~s(skolem_X1414), ~s(Y15_252_6)
% 251.95/36.32 -> [36812] s(skolem_X1414), s(Y15_252_6)
% 251.95/36.32
% 251.95/36.32 [36812] CLOSURE : s(Y15_252_6)
% 251.95/36.32
% 251.95/36.32 [36811] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [36814] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32
% 251.95/36.32 [36814] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [36815] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [36815] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [36816] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [36817] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [36816] CLOSURE : ~p(skolem_X22)
% 251.95/36.32
% 251.95/36.32 [36817] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [328] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [334] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [334] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [681] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [682] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [681] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [2364] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2365] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [2364] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [2546] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [2546] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [3035] (p(skolem_X22) <=> p(Y3_110_0))
% 251.95/36.32
% 251.95/36.32 [3035] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_110_0))
% 251.95/36.32 -> [3036] ~p(skolem_X22), ~p(Y3_110_0)
% 251.95/36.32 -> [3037] p(skolem_X22), p(Y3_110_0)
% 251.95/36.32
% 251.95/36.32 [3036] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3906] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3906] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [4219] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [4219] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [4559] (q(skolem_X66) <=> q(Y7_82_3))
% 251.95/36.32
% 251.95/36.32 [4559] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_82_3))
% 251.95/36.32 -> [4560] ~q(skolem_X66), ~q(Y7_82_3)
% 251.95/36.32 -> [4561] q(skolem_X66), q(Y7_82_3)
% 251.95/36.32
% 251.95/36.32 [4561] CLOSURE : q(Y7_82_3)
% 251.95/36.32
% 251.95/36.32 [5047] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_44_4))
% 251.95/36.32 -> [8224] ~r(skolem_X1010), ~r(Y11_44_4)
% 251.95/36.32 -> [8225] r(skolem_X1010), r(Y11_44_4)
% 251.95/36.32
% 251.95/36.32 [8225] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [15489] p(Y13_34_5)
% 251.95/36.32
% 251.95/36.32 [15489] CLOSURE : p(Y13_34_5)
% 251.95/36.32
% 251.95/36.32 [8224] CLOSURE : ~r(Y11_44_4)
% 251.95/36.32
% 251.95/36.32 [3037] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3734] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3734] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [4133] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [4133] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [4439] (q(skolem_X66) <=> q(Y7_75_3))
% 251.95/36.32
% 251.95/36.32 [4439] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_75_3))
% 251.95/36.32 -> [4440] ~q(skolem_X66), ~q(Y7_75_3)
% 251.95/36.32 -> [4441] q(skolem_X66), q(Y7_75_3)
% 251.95/36.32
% 251.95/36.32 [4441] CLOSURE : q(Y7_75_3)
% 251.95/36.32
% 251.95/36.32 [5061] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_45_4))
% 251.95/36.32 -> [24240] ~r(skolem_X1010), ~r(Y11_45_4)
% 251.95/36.32 -> [24241] r(skolem_X1010), r(Y11_45_4)
% 251.95/36.32
% 251.95/36.32 [24240] CLOSURE : ~r(Y11_45_4)
% 251.95/36.32
% 251.95/36.32 [24241] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [24553] p(Y13_157_5)
% 251.95/36.32
% 251.95/36.32 [24553] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [24723] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [24723] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.32 -> [24724] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.32
% 251.95/36.32 [24724] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.32 -> [24725] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.32 -> [24726] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [24725] CLOSURE : ~s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [24726] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [25656] ~p(X16_56_7)
% 251.95/36.32
% 251.95/36.32 [25656] CLOSURE : ~p(X16_56_7)
% 251.95/36.32
% 251.95/36.32 [2365] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [2366] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [2366] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [2744] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [2744] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [2745] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [2746] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [2745] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [2746] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [3052] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [3052] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [3602] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [3602] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [4057] (q(skolem_X66) <=> q(Y7_61_3))
% 251.95/36.32
% 251.95/36.32 [4057] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_61_3))
% 251.95/36.32 -> [4058] ~q(skolem_X66), ~q(Y7_61_3)
% 251.95/36.32 -> [4059] q(skolem_X66), q(Y7_61_3)
% 251.95/36.32
% 251.95/36.32 [4059] CLOSURE : q(Y7_61_3)
% 251.95/36.32
% 251.95/36.32 [4579] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_34_4))
% 251.95/36.32 -> [32339] ~r(skolem_X1010), ~r(Y11_34_4)
% 251.95/36.32 -> [32340] r(skolem_X1010), r(Y11_34_4)
% 251.95/36.32
% 251.95/36.32 [32339] CLOSURE : ~r(Y11_34_4)
% 251.95/36.32
% 251.95/36.32 [32340] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [32383] p(Y13_364_5)
% 251.95/36.32
% 251.95/36.32 [32383] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [32423] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [32423] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32 -> [32424] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32
% 251.95/36.32 [32424] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32 -> [32425] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.32 -> [32426] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [32426] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [32425] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [32689] q(Y17_85_7)
% 251.95/36.32
% 251.95/36.32 [32689] CLOSURE : q(Y17_85_7)
% 251.95/36.32
% 251.95/36.32 [682] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [702] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [702] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [705] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [706] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [705] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [965] (p(skolem_X22) <=> p(Y3_7_0))
% 251.95/36.32
% 251.95/36.32 [965] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_7_0))
% 251.95/36.32 -> [968] ~p(skolem_X22), ~p(Y3_7_0)
% 251.95/36.32 -> [969] p(skolem_X22), p(Y3_7_0)
% 251.95/36.32
% 251.95/36.32 [969] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [1727] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [1727] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [4334] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [4334] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [4861] (q(skolem_X66) <=> q(Y7_88_3))
% 251.95/36.32
% 251.95/36.32 [4861] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_88_3))
% 251.95/36.32 -> [4862] ~q(skolem_X66), ~q(Y7_88_3)
% 251.95/36.32 -> [4863] q(skolem_X66), q(Y7_88_3)
% 251.95/36.32
% 251.95/36.32 [4863] CLOSURE : q(Y7_88_3)
% 251.95/36.32
% 251.95/36.32 [5883] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_56_4))
% 251.95/36.32 -> [28434] ~r(skolem_X1010), ~r(Y11_56_4)
% 251.95/36.32 -> [28435] r(skolem_X1010), r(Y11_56_4)
% 251.95/36.32
% 251.95/36.32 [28434] CLOSURE : ~r(Y11_56_4)
% 251.95/36.32
% 251.95/36.32 [28435] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [28526] p(Y13_265_5)
% 251.95/36.32
% 251.95/36.32 [28526] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [28560] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [28560] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32 -> [28561] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.32 -> [28562] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [28562] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [28561] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [28621] ~p(X16_75_7)
% 251.95/36.32
% 251.95/36.32 [28621] CLOSURE : ~p(X16_75_7)
% 251.95/36.32
% 251.95/36.32 [968] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [4184] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [4184] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [4672] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [4672] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [5267] (q(skolem_X66) <=> q(Y7_98_3))
% 251.95/36.32
% 251.95/36.32 [5267] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_98_3))
% 251.95/36.32 -> [5268] ~q(skolem_X66), ~q(Y7_98_3)
% 251.95/36.32 -> [5269] q(skolem_X66), q(Y7_98_3)
% 251.95/36.32
% 251.95/36.32 [5269] CLOSURE : q(Y7_98_3)
% 251.95/36.32
% 251.95/36.32 [6206] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_65_4))
% 251.95/36.32 -> [34157] ~r(skolem_X1010), ~r(Y11_65_4)
% 251.95/36.32 -> [34158] r(skolem_X1010), r(Y11_65_4)
% 251.95/36.32
% 251.95/36.32 [34157] CLOSURE : ~r(Y11_65_4)
% 251.95/36.32
% 251.95/36.32 [34158] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [34210] p(Y13_405_5)
% 251.95/36.32
% 251.95/36.32 [34210] CLOSURE : p(Y13_405_5)
% 251.95/36.32
% 251.95/36.32 [706] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [718] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [718] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [7396] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [7396] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [8542] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [8542] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [8543] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [8544] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [8543] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [8544] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [10212] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [10212] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [16658] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [16658] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [37143] (q(skolem_X66) <=> q(Y7_1202_3))
% 251.95/36.32
% 251.95/36.32 [37143] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1202_3))
% 251.95/36.32 -> [37144] ~q(skolem_X66), ~q(Y7_1202_3)
% 251.95/36.32 -> [37145] q(skolem_X66), q(Y7_1202_3)
% 251.95/36.32
% 251.95/36.32 [37145] CLOSURE : q(Y7_1202_3)
% 251.95/36.32
% 251.95/36.32 [37265] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_980_4))
% 251.95/36.32 -> [37558] ~r(skolem_X1010), ~r(Y11_980_4)
% 251.95/36.32 -> [37559] r(skolem_X1010), r(Y11_980_4)
% 251.95/36.32
% 251.95/36.32 [37558] CLOSURE : ~r(Y11_980_4)
% 251.95/36.32
% 251.95/36.32 [37559] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [37567] p(Y13_501_5)
% 251.95/36.32
% 251.95/36.32 [37567] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [37580] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [37580] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32 -> [37581] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.32 -> [37582] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [37582] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [37581] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [37634] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32
% 251.95/36.32 [37634] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [37635] (p(skolem_X22) <=> p(Y3_1044_0))
% 251.95/36.32
% 251.95/36.32 [37635] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1044_0))
% 251.95/36.32 -> [37636] ~p(skolem_X22), ~p(Y3_1044_0)
% 251.95/36.32 -> [37637] p(skolem_X22), p(Y3_1044_0)
% 251.95/36.32
% 251.95/36.32 [37636] CLOSURE : ~p(skolem_X22)
% 251.95/36.32
% 251.95/36.32 [37637] : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [37657] ~? [X4_4] : (q(X4_4))
% 251.95/36.32
% 251.95/36.32 [37657] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [37658] ~q(X4_1242_1)
% 251.95/36.32
% 251.95/36.32 [37658] GAMMA_NOT_EXISTS : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [37666] ! [Y5_5] : (r(Y5_5))
% 251.95/36.32
% 251.95/36.32 [37666] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [37667] r(Y5_1207_2)
% 251.95/36.32
% 251.95/36.32 [37667] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [37685] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32
% 251.95/36.32 [37685] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [37686] (q(skolem_X66) <=> q(Y7_1213_3))
% 251.95/36.32
% 251.95/36.32 [37686] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1213_3))
% 251.95/36.32 -> [37687] ~q(skolem_X66), ~q(Y7_1213_3)
% 251.95/36.32 -> [37688] q(skolem_X66), q(Y7_1213_3)
% 251.95/36.32
% 251.95/36.32 [37688] CLOSURE : q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [37687] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32 -> [37696] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [37696] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32 -> [37697] (r(skolem_X1010) <=> r(Y11_1008_4))
% 251.95/36.32
% 251.95/36.32 [37697] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1008_4))
% 251.95/36.32 -> [37699] ~r(skolem_X1010), ~r(Y11_1008_4)
% 251.95/36.32 -> [37700] r(skolem_X1010), r(Y11_1008_4)
% 251.95/36.32
% 251.95/36.32 [37699] CLOSURE : ~r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [37700] : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [37705] ! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [37705] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [37706] p(Y13_505_5)
% 251.95/36.32
% 251.95/36.32 [37706] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [37715] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [37715] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [37716] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [37716] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.32 -> [37717] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.32 -> [37718] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [37718] CLOSURE : s(skolem_X1414)
% 251.95/36.32
% 251.95/36.32 [37717] CLOSURE : ~s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [311] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.32 -> [495] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [496] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32
% 251.95/36.32 [496] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [499] s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [499] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [6878] ~p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [6878] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [7197] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [7198] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [7198] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [7208] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [7208] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [7209] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [7210] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [7209] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [7354] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [7354] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [8060] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [8060] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [8061] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [8062] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [8062] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [8061] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [9463] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [9463] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [10353] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [10353] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [11608] (q(skolem_X66) <=> q(Y7_270_3))
% 251.95/36.32
% 251.95/36.32 [11608] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_270_3))
% 251.95/36.32 -> [11609] ~q(skolem_X66), ~q(Y7_270_3)
% 251.95/36.32 -> [11610] q(skolem_X66), q(Y7_270_3)
% 251.95/36.32
% 251.95/36.32 [11610] CLOSURE : q(Y7_270_3)
% 251.95/36.32
% 251.95/36.32 [13669] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_163_4))
% 251.95/36.32 -> [33215] ~r(skolem_X1010), ~r(Y11_163_4)
% 251.95/36.32 -> [33216] r(skolem_X1010), r(Y11_163_4)
% 251.95/36.32
% 251.95/36.32 [33215] CLOSURE : ~r(Y11_163_4)
% 251.95/36.32
% 251.95/36.32 [33216] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [33252] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [33252] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32 -> [33253] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.32 -> [33254] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [33254] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [33253] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [33426] ~p(X16_127_6)
% 251.95/36.32
% 251.95/36.32 [33426] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [33432] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32
% 251.95/36.32 [33432] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [33433] (p(skolem_X22) <=> p(Y3_983_0))
% 251.95/36.32
% 251.95/36.32 [33433] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_983_0))
% 251.95/36.32 -> [33434] ~p(skolem_X22), ~p(Y3_983_0)
% 251.95/36.32 -> [33435] p(skolem_X22), p(Y3_983_0)
% 251.95/36.32
% 251.95/36.32 [33435] CLOSURE : p(skolem_X22)
% 251.95/36.32
% 251.95/36.32 [33434] : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [33453] ~? [X4_4] : (q(X4_4))
% 251.95/36.32
% 251.95/36.32 [33453] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [33454] ~q(X4_1169_1)
% 251.95/36.32
% 251.95/36.32 [33454] GAMMA_NOT_EXISTS : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [33489] ! [Y5_5] : (r(Y5_5))
% 251.95/36.32
% 251.95/36.32 [33489] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [33490] r(Y5_1102_2)
% 251.95/36.32
% 251.95/36.32 [33490] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [33504] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32
% 251.95/36.32 [33504] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [33505] (q(skolem_X66) <=> q(Y7_1086_3))
% 251.95/36.32
% 251.95/36.32 [33505] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1086_3))
% 251.95/36.32 -> [33506] ~q(skolem_X66), ~q(Y7_1086_3)
% 251.95/36.32 -> [33507] q(skolem_X66), q(Y7_1086_3)
% 251.95/36.32
% 251.95/36.32 [33507] CLOSURE : q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [33506] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32 -> [33536] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32
% 251.95/36.32 [33536] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32 -> [33537] (r(skolem_X1010) <=> r(Y11_832_4))
% 251.95/36.32
% 251.95/36.32 [33537] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_832_4))
% 251.95/36.32 -> [33538] ~r(skolem_X1010), ~r(Y11_832_4)
% 251.95/36.32 -> [33539] r(skolem_X1010), r(Y11_832_4)
% 251.95/36.32
% 251.95/36.32 [33538] CLOSURE : ~r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [33539] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [33550] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [33550] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [33551] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.32
% 251.95/36.32 [33551] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.32 -> [33552] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.32 -> [33553] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [33553] CLOSURE : s(skolem_X1414)
% 251.95/36.32
% 251.95/36.32 [33552] CLOSURE : ~s(skolem_X1212)
% 251.95/36.32
% 251.95/36.32 [7210] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [7216] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [7216] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [7838] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [7838] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [7841] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [7842] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [7842] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [7841] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [12859] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [12859] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [14255] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [14255] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [33104] (q(skolem_X66) <=> q(Y7_1078_3))
% 251.95/36.32
% 251.95/36.32 [33104] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1078_3))
% 251.95/36.32 -> [33105] ~q(skolem_X66), ~q(Y7_1078_3)
% 251.95/36.32 -> [33106] q(skolem_X66), q(Y7_1078_3)
% 251.95/36.32
% 251.95/36.32 [33106] CLOSURE : q(Y7_1078_3)
% 251.95/36.32
% 251.95/36.32 [33153] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_823_4))
% 251.95/36.32 -> [33446] ~r(skolem_X1010), ~r(Y11_823_4)
% 251.95/36.32 -> [33447] r(skolem_X1010), r(Y11_823_4)
% 251.95/36.32
% 251.95/36.32 [33446] CLOSURE : ~r(Y11_823_4)
% 251.95/36.32
% 251.95/36.32 [33447] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [33472] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [33472] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.32 -> [33473] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.32 -> [33474] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [33474] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [33473] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [33595] q(Y17_98_6)
% 251.95/36.32
% 251.95/36.32 [33595] CLOSURE : q(Y17_98_6)
% 251.95/36.32
% 251.95/36.32 [7197] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [7344] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [7345] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [7344] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [7575] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [7575] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [7576] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [7577] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [7577] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [7576] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [8768] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [8768] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [9681] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [9681] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [10553] (q(skolem_X66) <=> q(Y7_224_3))
% 251.95/36.32
% 251.95/36.32 [10553] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_224_3))
% 251.95/36.32 -> [10554] ~q(skolem_X66), ~q(Y7_224_3)
% 251.95/36.32 -> [10555] q(skolem_X66), q(Y7_224_3)
% 251.95/36.32
% 251.95/36.32 [10555] CLOSURE : q(Y7_224_3)
% 251.95/36.32
% 251.95/36.32 [12799] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_141_4))
% 251.95/36.32 -> [35582] ~r(skolem_X1010), ~r(Y11_141_4)
% 251.95/36.32 -> [35583] r(skolem_X1010), r(Y11_141_4)
% 251.95/36.32
% 251.95/36.32 [35582] CLOSURE : ~r(Y11_141_4)
% 251.95/36.32
% 251.95/36.32 [35583] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [35592] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [35592] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32 -> [35593] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32
% 251.95/36.32 [35593] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32 -> [35594] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.32 -> [35595] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [35595] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [35594] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [35614] ~p(X16_149_6)
% 251.95/36.32
% 251.95/36.32 [35614] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [35626] q(Y17_112_7)
% 251.95/36.32
% 251.95/36.32 [35626] CLOSURE : q(Y17_112_7)
% 251.95/36.32
% 251.95/36.32 [7345] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [7346] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [7346] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [8272] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [8272] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [9116] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32
% 251.95/36.32 [9116] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.32 -> [9117] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.32 -> [9118] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [9118] CLOSURE : p(skolem_Y1313)
% 251.95/36.32
% 251.95/36.32 [9117] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [14957] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [14957] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [35573] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [35573] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [35606] (q(skolem_X66) <=> q(Y7_1152_3))
% 251.95/36.32
% 251.95/36.32 [35606] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1152_3))
% 251.95/36.32 -> [35607] ~q(skolem_X66), ~q(Y7_1152_3)
% 251.95/36.32 -> [35608] q(skolem_X66), q(Y7_1152_3)
% 251.95/36.32
% 251.95/36.32 [35608] CLOSURE : q(Y7_1152_3)
% 251.95/36.32
% 251.95/36.32 [35623] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_894_4))
% 251.95/36.32 -> [35690] ~r(skolem_X1010), ~r(Y11_894_4)
% 251.95/36.32 -> [35691] r(skolem_X1010), r(Y11_894_4)
% 251.95/36.32
% 251.95/36.32 [35690] CLOSURE : ~r(Y11_894_4)
% 251.95/36.32
% 251.95/36.32 [35691] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [35700] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [35700] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32 -> [35701] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32
% 251.95/36.32 [35701] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32 -> [35702] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.32 -> [35703] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [35703] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [35702] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [35743] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32
% 251.95/36.32 [35743] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [35744] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [35744] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [35745] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [35746] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [35746] CLOSURE : p(skolem_X22)
% 251.95/36.32
% 251.95/36.32 [35745] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [495] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.32 -> [637] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [638] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32
% 251.95/36.32 [638] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [644] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [644] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [647] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [648] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [647] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [6633] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [6633] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [13010] (p(skolem_X22) <=> p(Y3_515_0))
% 251.95/36.32
% 251.95/36.32 [13010] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_515_0))
% 251.95/36.32 -> [13011] ~p(skolem_X22), ~p(Y3_515_0)
% 251.95/36.32 -> [13012] p(skolem_X22), p(Y3_515_0)
% 251.95/36.32
% 251.95/36.32 [13011] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [13345] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [13345] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [13348] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [13348] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [13704] (q(skolem_X66) <=> q(Y7_355_3))
% 251.95/36.32
% 251.95/36.32 [13704] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_355_3))
% 251.95/36.32 -> [13705] ~q(skolem_X66), ~q(Y7_355_3)
% 251.95/36.32 -> [13706] q(skolem_X66), q(Y7_355_3)
% 251.95/36.32
% 251.95/36.32 [13705] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.32 -> [14178] (r(skolem_X1010) <=> r(Y11_178_4))
% 251.95/36.32
% 251.95/36.32 [14178] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_178_4))
% 251.95/36.32 -> [14179] ~r(skolem_X1010), ~r(Y11_178_4)
% 251.95/36.32 -> [14180] r(skolem_X1010), r(Y11_178_4)
% 251.95/36.32
% 251.95/36.32 [14179] CLOSURE : ~r(Y11_178_4)
% 251.95/36.32
% 251.95/36.32 [14180] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [15147] ~s(X12_49_5)
% 251.95/36.32
% 251.95/36.32 [15147] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [15150] p(Y13_32_6)
% 251.95/36.32
% 251.95/36.32 [15150] CLOSURE : p(Y13_32_6)
% 251.95/36.32
% 251.95/36.32 [13706] CLOSURE : q(Y7_355_3)
% 251.95/36.32
% 251.95/36.32 [13012] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [14663] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [14663] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [36964] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [36964] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [37527] (q(skolem_X66) <=> q(Y7_1211_3))
% 251.95/36.32
% 251.95/36.32 [37527] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1211_3))
% 251.95/36.32 -> [37528] ~q(skolem_X66), ~q(Y7_1211_3)
% 251.95/36.32 -> [37529] q(skolem_X66), q(Y7_1211_3)
% 251.95/36.32
% 251.95/36.32 [37529] CLOSURE : q(Y7_1211_3)
% 251.95/36.32
% 251.95/36.32 [37602] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1003_4))
% 251.95/36.32 -> [37745] ~r(skolem_X1010), ~r(Y11_1003_4)
% 251.95/36.32 -> [37746] r(skolem_X1010), r(Y11_1003_4)
% 251.95/36.32
% 251.95/36.32 [37745] CLOSURE : ~r(Y11_1003_4)
% 251.95/36.32
% 251.95/36.32 [37746] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [37761] ~s(skolem_X1414)
% 251.95/36.32
% 251.95/36.32 [37761] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [37781] p(Y13_508_6)
% 251.95/36.32
% 251.95/36.32 [37781] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [37785] (s(skolem_X1414) <=> s(Y15_264_7))
% 251.95/36.32
% 251.95/36.32 [37785] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_264_7))
% 251.95/36.32 -> [37786] ~s(skolem_X1414), ~s(Y15_264_7)
% 251.95/36.32 -> [37787] s(skolem_X1414), s(Y15_264_7)
% 251.95/36.32
% 251.95/36.32 [37787] CLOSURE : s(Y15_264_7)
% 251.95/36.32
% 251.95/36.32 [37786] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [37796] ~p(X16_166_8)
% 251.95/36.32
% 251.95/36.32 [37796] CLOSURE : ~p(X16_166_8)
% 251.95/36.32
% 251.95/36.32 [648] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [655] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [655] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [6793] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [6793] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [6794] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [6795] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6794] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [6795] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [7077] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [7077] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [8045] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [8045] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [9310] (q(skolem_X66) <=> q(Y7_179_3))
% 251.95/36.32
% 251.95/36.32 [9310] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_179_3))
% 251.95/36.32 -> [9311] ~q(skolem_X66), ~q(Y7_179_3)
% 251.95/36.32 -> [9312] q(skolem_X66), q(Y7_179_3)
% 251.95/36.32
% 251.95/36.32 [9312] CLOSURE : q(Y7_179_3)
% 251.95/36.32
% 251.95/36.32 [16610] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_242_4))
% 251.95/36.32 -> [38625] ~r(skolem_X1010), ~r(Y11_242_4)
% 251.95/36.32 -> [38626] r(skolem_X1010), r(Y11_242_4)
% 251.95/36.32
% 251.95/36.32 [38625] CLOSURE : ~r(Y11_242_4)
% 251.95/36.32
% 251.95/36.32 [38626] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [38631] ~s(skolem_X1414)
% 251.95/36.32
% 251.95/36.32 [38631] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [38632] p(Y13_543_6)
% 251.95/36.32
% 251.95/36.32 [38632] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.32 -> [38642] (s(skolem_X1414) <=> s(Y15_280_7))
% 251.95/36.32
% 251.95/36.32 [38642] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_280_7))
% 251.95/36.32 -> [38643] ~s(skolem_X1414), ~s(Y15_280_7)
% 251.95/36.32 -> [38644] s(skolem_X1414), s(Y15_280_7)
% 251.95/36.32
% 251.95/36.32 [38644] CLOSURE : s(Y15_280_7)
% 251.95/36.32
% 251.95/36.32 [38643] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [38645] q(Y17_139_8)
% 251.95/36.32
% 251.95/36.32 [38645] CLOSURE : q(Y17_139_8)
% 251.95/36.32
% 251.95/36.32 [637] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.32 -> [816] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [817] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32
% 251.95/36.32 [817] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.32 -> [823] p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [823] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.32 -> [5204] ~q(skolem_Y1717)
% 251.95/36.32
% 251.95/36.32 [5204] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [12862] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32
% 251.95/36.32 [12862] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.32 -> [12864] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.32 -> [12865] p(skolem_X22), p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [12865] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [22089] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [22089] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [22580] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [22580] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [22998] (q(skolem_X66) <=> q(Y7_735_3))
% 251.95/36.32
% 251.95/36.32 [22998] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_735_3))
% 251.95/36.32 -> [22999] ~q(skolem_X66), ~q(Y7_735_3)
% 251.95/36.32 -> [23000] q(skolem_X66), q(Y7_735_3)
% 251.95/36.32
% 251.95/36.32 [23000] CLOSURE : q(Y7_735_3)
% 251.95/36.32
% 251.95/36.32 [23520] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_461_4))
% 251.95/36.32 -> [26193] ~r(skolem_X1010), ~r(Y11_461_4)
% 251.95/36.32 -> [26194] r(skolem_X1010), r(Y11_461_4)
% 251.95/36.32
% 251.95/36.32 [26193] CLOSURE : ~r(Y11_461_4)
% 251.95/36.32
% 251.95/36.32 [26194] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [26326] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [26326] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [26408] p(Y13_221_6)
% 251.95/36.32
% 251.95/36.32 [26408] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.32 -> [26452] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32
% 251.95/36.32 [26452] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.32 -> [26453] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32
% 251.95/36.32 [26453] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.32 -> [26454] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.32 -> [26455] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [26454] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.32
% 251.95/36.32 [26455] CLOSURE : s(skolem_Y99)
% 251.95/36.32
% 251.95/36.32 [12864] CLOSURE : ~p(skolem_X1616)
% 251.95/36.32
% 251.95/36.32 [816] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.32 -> [904] (p(skolem_X22) <=> p(Y3_6_0))
% 251.95/36.32
% 251.95/36.32 [904] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_6_0))
% 251.95/36.32 -> [908] ~p(skolem_X22), ~p(Y3_6_0)
% 251.95/36.32 -> [909] p(skolem_X22), p(Y3_6_0)
% 251.95/36.32
% 251.95/36.32 [908] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [1091] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [1091] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [1092] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [1092] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [1353] (q(skolem_X66) <=> q(Y7_2_3))
% 251.95/36.32
% 251.95/36.32 [1353] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_2_3))
% 251.95/36.32 -> [1360] ~q(skolem_X66), ~q(Y7_2_3)
% 251.95/36.32 -> [1361] q(skolem_X66), q(Y7_2_3)
% 251.95/36.32
% 251.95/36.32 [1361] CLOSURE : q(Y7_2_3)
% 251.95/36.32
% 251.95/36.32 [1673] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_2_4))
% 251.95/36.32 -> [16350] ~r(skolem_X1010), ~r(Y11_2_4)
% 251.95/36.32 -> [16351] r(skolem_X1010), r(Y11_2_4)
% 251.95/36.32
% 251.95/36.32 [16350] CLOSURE : ~r(Y11_2_4)
% 251.95/36.32
% 251.95/36.32 [16351] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.32 -> [17104] ~s(X12_68_5)
% 251.95/36.32
% 251.95/36.32 [17104] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.32 -> [17111] p(Y13_47_6)
% 251.95/36.32
% 251.95/36.32 [17111] CLOSURE : p(Y13_47_6)
% 251.95/36.32
% 251.95/36.32 [909] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.32 -> [1391] ~q(skolem_X66)
% 251.95/36.32
% 251.95/36.32 [1391] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.32 -> [2502] r(skolem_X1010)
% 251.95/36.32
% 251.95/36.32 [2502] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.32 -> [9123] (q(skolem_X66) <=> q(Y7_174_3))
% 251.95/36.32
% 251.95/36.32 [9123] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_174_3))
% 251.95/36.32 -> [9125] ~q(skolem_X66), ~q(Y7_174_3)
% 251.95/36.32 -> [9126] q(skolem_X66), q(Y7_174_3)
% 251.95/36.33
% 251.95/36.33 [9126] CLOSURE : q(Y7_174_3)
% 251.95/36.33
% 251.95/36.33 [18363] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_285_4))
% 251.95/36.33 -> [40502] ~r(skolem_X1010), ~r(Y11_285_4)
% 251.95/36.33 -> [40503] r(skolem_X1010), r(Y11_285_4)
% 251.95/36.33
% 251.95/36.33 [40502] CLOSURE : ~r(Y11_285_4)
% 251.95/36.33
% 251.95/36.33 [40503] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [40543] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [40543] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [40590] p(Y13_596_6)
% 251.95/36.33
% 251.95/36.33 [40590] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [40692] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [40692] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33 -> [40693] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33
% 251.95/36.33 [40693] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33 -> [40694] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.33 -> [40695] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [40694] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [40695] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [266] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.33 -> [412] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33 -> [413] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33
% 251.95/36.33 [413] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [419] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [419] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.33 -> [422] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [423] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.33
% 251.95/36.33 [423] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [431] r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [431] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33 -> [434] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [435] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33
% 251.95/36.33 [434] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [445] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [446] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [446] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [450] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [450] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [21021] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [21021] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [29692] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [29693] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [29693] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [29695] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [29695] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [29696] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [29697] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [29696] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [29739] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [29739] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29762] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [29762] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [29763] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [29764] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29764] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29763] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29780] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29780] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [29787] r(Y5_1031_2)
% 251.95/36.33
% 251.95/36.33 [29787] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29796] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29796] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [29797] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [29797] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [29798] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [29799] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29798] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29799] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [29697] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [29698] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [29698] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29746] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [29746] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [29747] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [29748] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29748] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29747] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29789] ~q(X6_903_3)
% 251.95/36.33
% 251.95/36.33 [29789] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [29804] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [29804] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29810] ~! [Y7_7] : ((q(X6_903_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29810] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_903_3) <=> q(Y7_7)))
% 251.95/36.33 -> [29811] ~(q(X6_903_3) <=> q(skolem_Y77(X6_903_3)))
% 251.95/36.33
% 251.95/36.33 [29811] BETA_NOT_EQUIV : ~(q(X6_903_3) <=> q(skolem_Y77(X6_903_3)))
% 251.95/36.33 -> [29812] ~q(X6_903_3), q(skolem_Y77(X6_903_3))
% 251.95/36.33 -> [29813] q(X6_903_3), ~q(skolem_Y77(X6_903_3))
% 251.95/36.33
% 251.95/36.33 [29813] CLOSURE : q(X6_903_3)
% 251.95/36.33
% 251.95/36.33 [29812] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [29836] (r(skolem_X1010) <=> r(Y11_671_4))
% 251.95/36.33
% 251.95/36.33 [29836] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_671_4))
% 251.95/36.33 -> [29837] ~r(skolem_X1010), ~r(Y11_671_4)
% 251.95/36.33 -> [29838] r(skolem_X1010), r(Y11_671_4)
% 251.95/36.33
% 251.95/36.33 [29837] CLOSURE : ~r(Y11_671_4)
% 251.95/36.33
% 251.95/36.33 [29838] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [29842] s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [29842] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [29857] (s(skolem_X1414) <=> s(Y15_133_6))
% 251.95/36.33
% 251.95/36.33 [29857] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_133_6))
% 251.95/36.33 -> [29858] ~s(skolem_X1414), ~s(Y15_133_6)
% 251.95/36.33 -> [29859] s(skolem_X1414), s(Y15_133_6)
% 251.95/36.33
% 251.95/36.33 [29859] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [29865] q(Y17_67_7)
% 251.95/36.33
% 251.95/36.33 [29865] CLOSURE : q(Y17_67_7)
% 251.95/36.33
% 251.95/36.33 [29858] CLOSURE : ~s(Y15_133_6)
% 251.95/36.33
% 251.95/36.33 [29692] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [29728] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [29729] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [29729] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [29734] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [29734] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [29765] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [29765] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29805] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [29805] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [29806] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [29807] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29807] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29806] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29932] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29932] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [29949] r(Y5_1036_2)
% 251.95/36.33
% 251.95/36.33 [29949] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29964] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29964] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [29965] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [29965] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [29966] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [29967] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29966] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29967] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [29728] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29741] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [29741] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [29742] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [29743] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29743] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29742] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29817] ~q(X6_906_3)
% 251.95/36.33
% 251.95/36.33 [29817] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [29861] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [29861] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29878] ~! [Y7_7] : ((q(X6_906_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29878] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_906_3) <=> q(Y7_7)))
% 251.95/36.33 -> [29881] ~(q(X6_906_3) <=> q(skolem_Y77(X6_906_3)))
% 251.95/36.33
% 251.95/36.33 [29881] BETA_NOT_EQUIV : ~(q(X6_906_3) <=> q(skolem_Y77(X6_906_3)))
% 251.95/36.33 -> [29882] ~q(X6_906_3), q(skolem_Y77(X6_906_3))
% 251.95/36.33 -> [29883] q(X6_906_3), ~q(skolem_Y77(X6_906_3))
% 251.95/36.33
% 251.95/36.33 [29883] CLOSURE : q(X6_906_3)
% 251.95/36.33
% 251.95/36.33 [29882] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [29988] (r(skolem_X1010) <=> r(Y11_676_4))
% 251.95/36.33
% 251.95/36.33 [29988] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_676_4))
% 251.95/36.33 -> [29989] ~r(skolem_X1010), ~r(Y11_676_4)
% 251.95/36.33 -> [29990] r(skolem_X1010), r(Y11_676_4)
% 251.95/36.33
% 251.95/36.33 [29989] CLOSURE : ~r(Y11_676_4)
% 251.95/36.33
% 251.95/36.33 [29990] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [30010] s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [30010] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [30021] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [30021] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33 -> [30022] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33
% 251.95/36.33 [30022] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33 -> [30023] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.33 -> [30024] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [30024] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [30023] CLOSURE : ~s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [445] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [16073] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [16074] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [16074] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [16075] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [16075] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [16076] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [16077] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [16077] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [16078] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [16078] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [22050] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [22050] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [22051] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [22052] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [22051] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [22052] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [22338] ~q(skolem_Y77(X6_698_3))
% 251.95/36.33
% 251.95/36.33 [22338] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [22704] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [22704] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [22943] ~! [Y7_7] : ((q(X6_698_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [22943] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_698_3) <=> q(Y7_7)))
% 251.95/36.33 -> [22944] ~(q(X6_698_3) <=> q(skolem_Y77(X6_698_3)))
% 251.95/36.33
% 251.95/36.33 [22944] BETA_NOT_EQUIV : ~(q(X6_698_3) <=> q(skolem_Y77(X6_698_3)))
% 251.95/36.33 -> [22945] ~q(X6_698_3), q(skolem_Y77(X6_698_3))
% 251.95/36.33 -> [22946] q(X6_698_3), ~q(skolem_Y77(X6_698_3))
% 251.95/36.33
% 251.95/36.33 [22945] CLOSURE : q(skolem_Y77(X6_698_3))
% 251.95/36.33
% 251.95/36.33 [22946] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [23542] (r(skolem_X1010) <=> r(Y11_462_4))
% 251.95/36.33
% 251.95/36.33 [23542] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_462_4))
% 251.95/36.33 -> [23544] ~r(skolem_X1010), ~r(Y11_462_4)
% 251.95/36.33 -> [23545] r(skolem_X1010), r(Y11_462_4)
% 251.95/36.33
% 251.95/36.33 [23545] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [23688] s(Y9_185_5)
% 251.95/36.33
% 251.95/36.33 [23688] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [23807] ~s(X12_181_6)
% 251.95/36.33
% 251.95/36.33 [23807] CLOSURE : ~s(X12_181_6)
% 251.95/36.33
% 251.95/36.33 [23544] CLOSURE : ~r(Y11_462_4)
% 251.95/36.33
% 251.95/36.33 [16076] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [16535] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [16535] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [16536] (p(skolem_X22) <=> p(Y3_581_0))
% 251.95/36.33
% 251.95/36.33 [16536] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_581_0))
% 251.95/36.33 -> [16537] ~p(skolem_X22), ~p(Y3_581_0)
% 251.95/36.33 -> [16538] p(skolem_X22), p(Y3_581_0)
% 251.95/36.33
% 251.95/36.33 [16537] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [22036] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [22036] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [22037] r(Y5_893_2)
% 251.95/36.33
% 251.95/36.33 [22037] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [22214] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [22214] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [22217] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [22217] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [22218] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [22219] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [22218] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [22219] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [16538] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [37489] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [37489] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [37560] r(Y5_1204_2)
% 251.95/36.33
% 251.95/36.33 [37560] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [37588] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [37588] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [37589] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [37589] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [37590] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [37591] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [37590] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [37591] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [16073] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [16518] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [16519] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [16519] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [16531] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [16531] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [22210] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [22210] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [22560] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [22560] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [22561] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [22562] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [22561] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [22562] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [22794] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [22794] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [23118] r(Y5_932_2)
% 251.95/36.33
% 251.95/36.33 [23118] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [23310] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [23310] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [23311] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [23311] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [23312] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [23313] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [23312] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [23313] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [16518] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [37352] (p(skolem_X22) <=> p(Y3_1042_0))
% 251.95/36.33
% 251.95/36.33 [37352] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1042_0))
% 251.95/36.33 -> [37353] ~p(skolem_X22), ~p(Y3_1042_0)
% 251.95/36.33 -> [37354] p(skolem_X22), p(Y3_1042_0)
% 251.95/36.33
% 251.95/36.33 [37353] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [37397] ~q(X6_1137_3)
% 251.95/36.33
% 251.95/36.33 [37397] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [37398] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [37398] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [37404] ~! [Y7_7] : ((q(X6_1137_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [37404] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1137_3) <=> q(Y7_7)))
% 251.95/36.33 -> [37405] ~(q(X6_1137_3) <=> q(skolem_Y77(X6_1137_3)))
% 251.95/36.33
% 251.95/36.33 [37405] BETA_NOT_EQUIV : ~(q(X6_1137_3) <=> q(skolem_Y77(X6_1137_3)))
% 251.95/36.33 -> [37406] ~q(X6_1137_3), q(skolem_Y77(X6_1137_3))
% 251.95/36.33 -> [37407] q(X6_1137_3), ~q(skolem_Y77(X6_1137_3))
% 251.95/36.33
% 251.95/36.33 [37407] CLOSURE : q(X6_1137_3)
% 251.95/36.33
% 251.95/36.33 [37406] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [37486] (r(skolem_X1010) <=> r(Y11_995_4))
% 251.95/36.33
% 251.95/36.33 [37486] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_995_4))
% 251.95/36.33 -> [37487] ~r(skolem_X1010), ~r(Y11_995_4)
% 251.95/36.33 -> [37488] r(skolem_X1010), r(Y11_995_4)
% 251.95/36.33
% 251.95/36.33 [37487] CLOSURE : ~r(Y11_995_4)
% 251.95/36.33
% 251.95/36.33 [37488] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [37518] s(Y9_570_5)
% 251.95/36.33
% 251.95/36.33 [37518] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [37569] ~s(X12_578_6)
% 251.95/36.33
% 251.95/36.33 [37569] CLOSURE : ~s(X12_578_6)
% 251.95/36.33
% 251.95/36.33 [37354] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [37430] ~q(skolem_Y77(X6_1145_3))
% 251.95/36.33
% 251.95/36.33 [37430] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [37553] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [37553] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [37628] ~! [Y7_7] : ((q(X6_1145_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [37628] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1145_3) <=> q(Y7_7)))
% 251.95/36.33 -> [37629] ~(q(X6_1145_3) <=> q(skolem_Y77(X6_1145_3)))
% 251.95/36.33
% 251.95/36.33 [37629] BETA_NOT_EQUIV : ~(q(X6_1145_3) <=> q(skolem_Y77(X6_1145_3)))
% 251.95/36.33 -> [37630] ~q(X6_1145_3), q(skolem_Y77(X6_1145_3))
% 251.95/36.33 -> [37631] q(X6_1145_3), ~q(skolem_Y77(X6_1145_3))
% 251.95/36.33
% 251.95/36.33 [37630] CLOSURE : q(skolem_Y77(X6_1145_3))
% 251.95/36.33
% 251.95/36.33 [37631] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [37828] (r(skolem_X1010) <=> r(Y11_1018_4))
% 251.95/36.33
% 251.95/36.33 [37828] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1018_4))
% 251.95/36.33 -> [37829] ~r(skolem_X1010), ~r(Y11_1018_4)
% 251.95/36.33 -> [37830] r(skolem_X1010), r(Y11_1018_4)
% 251.95/36.33
% 251.95/36.33 [37830] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [37860] s(Y9_588_5)
% 251.95/36.33
% 251.95/36.33 [37860] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [37895] ~s(X12_591_6)
% 251.95/36.33
% 251.95/36.33 [37895] CLOSURE : ~s(X12_591_6)
% 251.95/36.33
% 251.95/36.33 [37829] CLOSURE : ~r(Y11_1018_4)
% 251.95/36.33
% 251.95/36.33 [435] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [547] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [548] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [548] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [556] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [556] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [7370] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [7371] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [7371] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [7377] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [7377] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [7380] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [7381] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [7380] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [7702] (p(skolem_X22) <=> p(Y3_275_0))
% 251.95/36.33
% 251.95/36.33 [7702] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_275_0))
% 251.95/36.33 -> [7706] ~p(skolem_X22), ~p(Y3_275_0)
% 251.95/36.33 -> [7707] p(skolem_X22), p(Y3_275_0)
% 251.95/36.33
% 251.95/36.33 [7706] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [9646] ~q(X6_784_3)
% 251.95/36.33
% 251.95/36.33 [9646] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [11124] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [11124] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [25535] ~! [Y7_7] : ((q(X6_784_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [25535] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_784_3) <=> q(Y7_7)))
% 251.95/36.33 -> [25536] ~(q(X6_784_3) <=> q(skolem_Y77(X6_784_3)))
% 251.95/36.33
% 251.95/36.33 [25536] BETA_NOT_EQUIV : ~(q(X6_784_3) <=> q(skolem_Y77(X6_784_3)))
% 251.95/36.33 -> [25537] ~q(X6_784_3), q(skolem_Y77(X6_784_3))
% 251.95/36.33 -> [25538] q(X6_784_3), ~q(skolem_Y77(X6_784_3))
% 251.95/36.33
% 251.95/36.33 [25538] CLOSURE : q(X6_784_3)
% 251.95/36.33
% 251.95/36.33 [25537] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [25859] (r(skolem_X1010) <=> r(Y11_560_4))
% 251.95/36.33
% 251.95/36.33 [25859] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_560_4))
% 251.95/36.33 -> [25860] ~r(skolem_X1010), ~r(Y11_560_4)
% 251.95/36.33 -> [25861] r(skolem_X1010), r(Y11_560_4)
% 251.95/36.33
% 251.95/36.33 [25860] CLOSURE : ~r(Y11_560_4)
% 251.95/36.33
% 251.95/36.33 [25861] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [25928] s(Y9_267_5)
% 251.95/36.33
% 251.95/36.33 [25928] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [25971] p(Y13_205_6)
% 251.95/36.33
% 251.95/36.33 [25971] CLOSURE : p(Y13_205_6)
% 251.95/36.33
% 251.95/36.33 [7707] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [8425] ~q(skolem_Y77(X6_173_3))
% 251.95/36.33
% 251.95/36.33 [8425] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [9651] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [9651] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [10510] ~! [Y7_7] : ((q(X6_173_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [10510] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_173_3) <=> q(Y7_7)))
% 251.95/36.33 -> [10511] ~(q(X6_173_3) <=> q(skolem_Y77(X6_173_3)))
% 251.95/36.33
% 251.95/36.33 [10511] BETA_NOT_EQUIV : ~(q(X6_173_3) <=> q(skolem_Y77(X6_173_3)))
% 251.95/36.33 -> [10512] ~q(X6_173_3), q(skolem_Y77(X6_173_3))
% 251.95/36.33 -> [10513] q(X6_173_3), ~q(skolem_Y77(X6_173_3))
% 251.95/36.33
% 251.95/36.33 [10512] CLOSURE : q(skolem_Y77(X6_173_3))
% 251.95/36.33
% 251.95/36.33 [10513] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [29850] (r(skolem_X1010) <=> r(Y11_672_4))
% 251.95/36.33
% 251.95/36.33 [29850] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_672_4))
% 251.95/36.33 -> [29851] ~r(skolem_X1010), ~r(Y11_672_4)
% 251.95/36.33 -> [29852] r(skolem_X1010), r(Y11_672_4)
% 251.95/36.33
% 251.95/36.33 [29851] CLOSURE : ~r(Y11_672_4)
% 251.95/36.33
% 251.95/36.33 [29852] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [29866] s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [29866] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [29873] p(Y13_302_6)
% 251.95/36.33
% 251.95/36.33 [29873] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [29889] (s(skolem_X1414) <=> s(Y15_134_7))
% 251.95/36.33
% 251.95/36.33 [29889] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_134_7))
% 251.95/36.33 -> [29890] ~s(skolem_X1414), ~s(Y15_134_7)
% 251.95/36.33 -> [29891] s(skolem_X1414), s(Y15_134_7)
% 251.95/36.33
% 251.95/36.33 [29891] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [29903] ~p(X16_89_8)
% 251.95/36.33
% 251.95/36.33 [29903] CLOSURE : ~p(X16_89_8)
% 251.95/36.33
% 251.95/36.33 [29890] CLOSURE : ~s(Y15_134_7)
% 251.95/36.33
% 251.95/36.33 [7381] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [7382] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [7382] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [8066] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [8066] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [9289] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [9289] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [9290] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [9291] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [9290] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [9291] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [10116] ~q(X6_905_3)
% 251.95/36.33
% 251.95/36.33 [10116] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [11725] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [11725] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29843] ~! [Y7_7] : ((q(X6_905_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29843] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_905_3) <=> q(Y7_7)))
% 251.95/36.33 -> [29844] ~(q(X6_905_3) <=> q(skolem_Y77(X6_905_3)))
% 251.95/36.33
% 251.95/36.33 [29844] BETA_NOT_EQUIV : ~(q(X6_905_3) <=> q(skolem_Y77(X6_905_3)))
% 251.95/36.33 -> [29846] ~q(X6_905_3), q(skolem_Y77(X6_905_3))
% 251.95/36.33 -> [29847] q(X6_905_3), ~q(skolem_Y77(X6_905_3))
% 251.95/36.33
% 251.95/36.33 [29847] CLOSURE : q(X6_905_3)
% 251.95/36.33
% 251.95/36.33 [29846] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [29907] (r(skolem_X1010) <=> r(Y11_674_4))
% 251.95/36.33
% 251.95/36.33 [29907] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_674_4))
% 251.95/36.33 -> [29908] ~r(skolem_X1010), ~r(Y11_674_4)
% 251.95/36.33 -> [29909] r(skolem_X1010), r(Y11_674_4)
% 251.95/36.33
% 251.95/36.33 [29908] CLOSURE : ~r(Y11_674_4)
% 251.95/36.33
% 251.95/36.33 [29909] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [29922] s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [29922] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [29929] p(Y13_305_6)
% 251.95/36.33
% 251.95/36.33 [29929] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [29933] (s(skolem_X1414) <=> s(Y15_135_7))
% 251.95/36.33
% 251.95/36.33 [29933] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_135_7))
% 251.95/36.33 -> [29934] ~s(skolem_X1414), ~s(Y15_135_7)
% 251.95/36.33 -> [29935] s(skolem_X1414), s(Y15_135_7)
% 251.95/36.33
% 251.95/36.33 [29935] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29950] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33
% 251.95/36.33 [29950] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29951] (p(skolem_X22) <=> p(Y3_897_0))
% 251.95/36.33
% 251.95/36.33 [29951] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_897_0))
% 251.95/36.33 -> [29952] ~p(skolem_X22), ~p(Y3_897_0)
% 251.95/36.33 -> [29953] p(skolem_X22), p(Y3_897_0)
% 251.95/36.33
% 251.95/36.33 [29953] : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29982] ~? [X4_4] : (q(X4_4))
% 251.95/36.33
% 251.95/36.33 [29982] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29983] ~q(X4_1109_1)
% 251.95/36.33
% 251.95/36.33 [29983] CLOSURE : ~q(X4_1109_1)
% 251.95/36.33
% 251.95/36.33 [29952] CLOSURE : ~p(skolem_X22)
% 251.95/36.33
% 251.95/36.33 [29934] CLOSURE : ~s(Y15_135_7)
% 251.95/36.33
% 251.95/36.33 [7370] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [7694] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [7695] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [7694] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [8051] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [8051] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [9251] (p(skolem_X22) <=> p(Y3_365_0))
% 251.95/36.33
% 251.95/36.33 [9251] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_365_0))
% 251.95/36.33 -> [9252] ~p(skolem_X22), ~p(Y3_365_0)
% 251.95/36.33 -> [9253] p(skolem_X22), p(Y3_365_0)
% 251.95/36.33
% 251.95/36.33 [9253] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [10088] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [10088] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [11701] r(Y5_434_2)
% 251.95/36.33
% 251.95/36.33 [11701] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [12839] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [12839] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [12840] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [12840] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [12841] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [12842] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12841] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12842] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [9252] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [11692] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [11692] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [13067] r(Y5_509_2)
% 251.95/36.33
% 251.95/36.33 [13067] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13848] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13848] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [13849] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [13849] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [13850] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [13851] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13850] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13851] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [7695] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [7698] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [7698] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [8416] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [8416] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [8417] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [8418] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [8417] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [8418] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [9637] ~q(skolem_Y77(X6_237_3))
% 251.95/36.33
% 251.95/36.33 [9637] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [11109] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [11109] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [12256] ~! [Y7_7] : ((q(X6_237_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [12256] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_237_3) <=> q(Y7_7)))
% 251.95/36.33 -> [12257] ~(q(X6_237_3) <=> q(skolem_Y77(X6_237_3)))
% 251.95/36.33
% 251.95/36.33 [12257] BETA_NOT_EQUIV : ~(q(X6_237_3) <=> q(skolem_Y77(X6_237_3)))
% 251.95/36.33 -> [12258] ~q(X6_237_3), q(skolem_Y77(X6_237_3))
% 251.95/36.33 -> [12259] q(X6_237_3), ~q(skolem_Y77(X6_237_3))
% 251.95/36.33
% 251.95/36.33 [12258] CLOSURE : q(skolem_Y77(X6_237_3))
% 251.95/36.33
% 251.95/36.33 [12259] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [30870] (r(skolem_X1010) <=> r(Y11_697_4))
% 251.95/36.33
% 251.95/36.33 [30870] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_697_4))
% 251.95/36.33 -> [30872] ~r(skolem_X1010), ~r(Y11_697_4)
% 251.95/36.33 -> [30873] r(skolem_X1010), r(Y11_697_4)
% 251.95/36.33
% 251.95/36.33 [30872] CLOSURE : ~r(Y11_697_4)
% 251.95/36.33
% 251.95/36.33 [30873] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [30923] s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [30923] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [30973] p(Y13_328_6)
% 251.95/36.33
% 251.95/36.33 [30973] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [31009] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [31009] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33 -> [31010] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33
% 251.95/36.33 [31010] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33 -> [31011] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.33 -> [31012] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [31012] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [31011] CLOSURE : ~s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [547] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [774] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [774] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [776] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [777] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [776] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [868] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [869] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [868] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [1060] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [1060] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [1061] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [1061] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [1062] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [1063] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [1063] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [1062] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [1339] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [1339] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [1340] r(Y5_10_2)
% 251.95/36.33
% 251.95/36.33 [1340] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [1591] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [1591] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [1592] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [1592] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [1593] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [1594] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [1593] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [1594] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [869] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [872] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [872] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [1347] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [1347] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [1348] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [1349] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [1349] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [1348] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [11028] ~q(X6_290_3)
% 251.95/36.33
% 251.95/36.33 [11028] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12748] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [12748] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13494] ~! [Y7_7] : ((q(X6_290_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13494] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_290_3) <=> q(Y7_7)))
% 251.95/36.33 -> [13495] ~(q(X6_290_3) <=> q(skolem_Y77(X6_290_3)))
% 251.95/36.33
% 251.95/36.33 [13495] BETA_NOT_EQUIV : ~(q(X6_290_3) <=> q(skolem_Y77(X6_290_3)))
% 251.95/36.33 -> [13496] ~q(X6_290_3), q(skolem_Y77(X6_290_3))
% 251.95/36.33 -> [13497] q(X6_290_3), ~q(skolem_Y77(X6_290_3))
% 251.95/36.33
% 251.95/36.33 [13497] CLOSURE : q(X6_290_3)
% 251.95/36.33
% 251.95/36.33 [13496] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [22547] (r(skolem_X1010) <=> r(Y11_419_4))
% 251.95/36.33
% 251.95/36.33 [22547] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_419_4))
% 251.95/36.33 -> [22548] ~r(skolem_X1010), ~r(Y11_419_4)
% 251.95/36.33 -> [22549] r(skolem_X1010), r(Y11_419_4)
% 251.95/36.33
% 251.95/36.33 [22548] CLOSURE : ~r(Y11_419_4)
% 251.95/36.33
% 251.95/36.33 [22549] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [22942] s(Y9_165_5)
% 251.95/36.33
% 251.95/36.33 [22942] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [23144] ~s(X12_156_6)
% 251.95/36.33
% 251.95/36.33 [23144] CLOSURE : ~s(X12_156_6)
% 251.95/36.33
% 251.95/36.33 [777] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [785] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [785] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [786] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [787] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [786] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [880] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [880] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [883] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [884] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [884] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [883] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [1100] ~q(X6_0_3)
% 251.95/36.33
% 251.95/36.33 [1100] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [1104] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [1104] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [1374] ~! [Y7_7] : ((q(X6_0_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [1374] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_0_3) <=> q(Y7_7)))
% 251.95/36.33 -> [1377] ~(q(X6_0_3) <=> q(skolem_Y77(X6_0_3)))
% 251.95/36.33
% 251.95/36.33 [1377] BETA_NOT_EQUIV : ~(q(X6_0_3) <=> q(skolem_Y77(X6_0_3)))
% 251.95/36.33 -> [1381] ~q(X6_0_3), q(skolem_Y77(X6_0_3))
% 251.95/36.33 -> [1382] q(X6_0_3), ~q(skolem_Y77(X6_0_3))
% 251.95/36.33
% 251.95/36.33 [1382] CLOSURE : q(X6_0_3)
% 251.95/36.33
% 251.95/36.33 [1381] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [20131] (r(skolem_X1010) <=> r(Y11_344_4))
% 251.95/36.33
% 251.95/36.33 [20131] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_344_4))
% 251.95/36.33 -> [20132] ~r(skolem_X1010), ~r(Y11_344_4)
% 251.95/36.33 -> [20133] r(skolem_X1010), r(Y11_344_4)
% 251.95/36.33
% 251.95/36.33 [20132] CLOSURE : ~r(Y11_344_4)
% 251.95/36.33
% 251.95/36.33 [20133] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [20726] s(Y9_136_5)
% 251.95/36.33
% 251.95/36.33 [20726] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [21268] ~s(X12_137_6)
% 251.95/36.33
% 251.95/36.33 [21268] CLOSURE : ~s(X12_137_6)
% 251.95/36.33
% 251.95/36.33 [787] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [789] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [789] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [1116] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [1116] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [5424] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [5424] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [5425] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [5426] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [5426] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [5425] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [38663] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [38663] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [38679] r(Y5_1240_2)
% 251.95/36.33
% 251.95/36.33 [38679] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [38696] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [38696] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [38697] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [38697] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [38698] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [38699] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [38698] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [38699] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [422] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [4840] ~s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [4840] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33 -> [4841] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [4842] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33
% 251.95/36.33 [4842] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [4843] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [4844] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [4843] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [5662] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [5662] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [5663] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [5664] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [5663] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [6602] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [6603] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [6602] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [7065] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [7065] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [7066] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [7066] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [7067] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [7068] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [7068] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [7067] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [7798] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [7798] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [7799] r(Y5_216_2)
% 251.95/36.33
% 251.95/36.33 [7799] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [8571] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [8571] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [8576] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [8576] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [8579] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [8580] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [8579] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [8580] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [6603] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [6606] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6606] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [7080] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [7080] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [7081] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [7082] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [7081] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [7082] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [10560] ~q(X6_219_3)
% 251.95/36.33
% 251.95/36.33 [10560] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [10561] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [10561] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [11956] ~! [Y7_7] : ((q(X6_219_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [11956] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_219_3) <=> q(Y7_7)))
% 251.95/36.33 -> [11957] ~(q(X6_219_3) <=> q(skolem_Y77(X6_219_3)))
% 251.95/36.33
% 251.95/36.33 [11957] BETA_NOT_EQUIV : ~(q(X6_219_3) <=> q(skolem_Y77(X6_219_3)))
% 251.95/36.33 -> [11960] ~q(X6_219_3), q(skolem_Y77(X6_219_3))
% 251.95/36.33 -> [11961] q(X6_219_3), ~q(skolem_Y77(X6_219_3))
% 251.95/36.33
% 251.95/36.33 [11961] CLOSURE : q(X6_219_3)
% 251.95/36.33
% 251.95/36.33 [11960] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [38366] (r(skolem_X1010) <=> r(Y11_1046_4))
% 251.95/36.33
% 251.95/36.33 [38366] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1046_4))
% 251.95/36.33 -> [38367] ~r(skolem_X1010), ~r(Y11_1046_4)
% 251.95/36.33 -> [38368] r(skolem_X1010), r(Y11_1046_4)
% 251.95/36.33
% 251.95/36.33 [38367] CLOSURE : ~r(Y11_1046_4)
% 251.95/36.33
% 251.95/36.33 [38368] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [38426] ~r(X8_1123_5)
% 251.95/36.33
% 251.95/36.33 [38426] CLOSURE : ~r(X8_1123_5)
% 251.95/36.33
% 251.95/36.33 [5664] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [5668] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [5668] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [5669] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [5670] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [5669] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [6607] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [6607] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [6608] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [6609] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [6609] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [6608] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [7086] ~q(X6_105_3)
% 251.95/36.33
% 251.95/36.33 [7086] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [7087] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [7087] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [7822] ~! [Y7_7] : ((q(X6_105_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [7822] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_105_3) <=> q(Y7_7)))
% 251.95/36.33 -> [7824] ~(q(X6_105_3) <=> q(skolem_Y77(X6_105_3)))
% 251.95/36.33
% 251.95/36.33 [7824] BETA_NOT_EQUIV : ~(q(X6_105_3) <=> q(skolem_Y77(X6_105_3)))
% 251.95/36.33 -> [7827] ~q(X6_105_3), q(skolem_Y77(X6_105_3))
% 251.95/36.33 -> [7828] q(X6_105_3), ~q(skolem_Y77(X6_105_3))
% 251.95/36.33
% 251.95/36.33 [7828] CLOSURE : q(X6_105_3)
% 251.95/36.33
% 251.95/36.33 [7827] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [12763] (r(skolem_X1010) <=> r(Y11_140_4))
% 251.95/36.33
% 251.95/36.33 [12763] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_140_4))
% 251.95/36.33 -> [12764] ~r(skolem_X1010), ~r(Y11_140_4)
% 251.95/36.33 -> [12765] r(skolem_X1010), r(Y11_140_4)
% 251.95/36.33
% 251.95/36.33 [12764] CLOSURE : ~r(Y11_140_4)
% 251.95/36.33
% 251.95/36.33 [12765] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [14321] ~r(X8_97_5)
% 251.95/36.33
% 251.95/36.33 [14321] CLOSURE : ~r(X8_97_5)
% 251.95/36.33
% 251.95/36.33 [5670] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [5674] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [5674] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [6611] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [6611] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [6615] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [6615] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [6616] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [6617] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6616] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6617] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [9968] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [9968] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [9969] r(Y5_334_2)
% 251.95/36.33
% 251.95/36.33 [9969] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [16541] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [16541] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [16544] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [16544] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [16545] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [16546] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [16545] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [16546] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [4844] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [4846] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [4846] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [4847] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [4848] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [4847] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [5678] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [5679] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [5679] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [5686] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [5686] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11331] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [11331] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [11332] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [11333] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11332] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11333] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12202] ~q(X6_686_3)
% 251.95/36.33
% 251.95/36.33 [12202] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [22090] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [22090] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [22687] ~! [Y7_7] : ((q(X6_686_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [22687] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_686_3) <=> q(Y7_7)))
% 251.95/36.33 -> [22688] ~(q(X6_686_3) <=> q(skolem_Y77(X6_686_3)))
% 251.95/36.33
% 251.95/36.33 [22688] BETA_NOT_EQUIV : ~(q(X6_686_3) <=> q(skolem_Y77(X6_686_3)))
% 251.95/36.33 -> [22689] ~q(X6_686_3), q(skolem_Y77(X6_686_3))
% 251.95/36.33 -> [22690] q(X6_686_3), ~q(skolem_Y77(X6_686_3))
% 251.95/36.33
% 251.95/36.33 [22690] CLOSURE : q(X6_686_3)
% 251.95/36.33
% 251.95/36.33 [22689] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [24372] (r(skolem_X1010) <=> r(Y11_511_4))
% 251.95/36.33
% 251.95/36.33 [24372] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_511_4))
% 251.95/36.33 -> [24373] ~r(skolem_X1010), ~r(Y11_511_4)
% 251.95/36.33 -> [24374] r(skolem_X1010), r(Y11_511_4)
% 251.95/36.33
% 251.95/36.33 [24373] CLOSURE : ~r(Y11_511_4)
% 251.95/36.33
% 251.95/36.33 [24374] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [24740] ~r(X8_440_5)
% 251.95/36.33
% 251.95/36.33 [24740] CLOSURE : ~r(X8_440_5)
% 251.95/36.33
% 251.95/36.33 [5678] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [10885] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [10885] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [10886] (p(skolem_X22) <=> p(Y3_429_0))
% 251.95/36.33
% 251.95/36.33 [10886] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_429_0))
% 251.95/36.33 -> [10887] ~p(skolem_X22), ~p(Y3_429_0)
% 251.95/36.33 -> [10888] p(skolem_X22), p(Y3_429_0)
% 251.95/36.33
% 251.95/36.33 [10887] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [11323] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [11323] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [11324] r(Y5_416_2)
% 251.95/36.33
% 251.95/36.33 [11324] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [12695] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [12695] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [12696] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [12696] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [12697] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [12698] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12697] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12698] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [10888] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12712] ~q(X6_1027_3)
% 251.95/36.33
% 251.95/36.33 [12712] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [33952] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [33952] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [34081] ~! [Y7_7] : ((q(X6_1027_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [34081] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1027_3) <=> q(Y7_7)))
% 251.95/36.33 -> [34082] ~(q(X6_1027_3) <=> q(skolem_Y77(X6_1027_3)))
% 251.95/36.33
% 251.95/36.33 [34082] BETA_NOT_EQUIV : ~(q(X6_1027_3) <=> q(skolem_Y77(X6_1027_3)))
% 251.95/36.33 -> [34083] ~q(X6_1027_3), q(skolem_Y77(X6_1027_3))
% 251.95/36.33 -> [34084] q(X6_1027_3), ~q(skolem_Y77(X6_1027_3))
% 251.95/36.33
% 251.95/36.33 [34084] CLOSURE : q(X6_1027_3)
% 251.95/36.33
% 251.95/36.33 [34083] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [34331] (r(skolem_X1010) <=> r(Y11_849_4))
% 251.95/36.33
% 251.95/36.33 [34331] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_849_4))
% 251.95/36.33 -> [34332] ~r(skolem_X1010), ~r(Y11_849_4)
% 251.95/36.33 -> [34333] r(skolem_X1010), r(Y11_849_4)
% 251.95/36.33
% 251.95/36.33 [34332] CLOSURE : ~r(Y11_849_4)
% 251.95/36.33
% 251.95/36.33 [34333] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [34385] ~r(X8_894_5)
% 251.95/36.33
% 251.95/36.33 [34385] CLOSURE : ~r(X8_894_5)
% 251.95/36.33
% 251.95/36.33 [4848] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [4849] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [4849] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [4850] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [4851] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [4850] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [5687] (p(skolem_X22) <=> p(Y3_195_0))
% 251.95/36.33
% 251.95/36.33 [5687] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_195_0))
% 251.95/36.33 -> [5688] ~p(skolem_X22), ~p(Y3_195_0)
% 251.95/36.33 -> [5689] p(skolem_X22), p(Y3_195_0)
% 251.95/36.33
% 251.95/36.33 [5689] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [11356] ~q(X6_333_3)
% 251.95/36.33
% 251.95/36.33 [11356] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12723] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [12723] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [14110] ~! [Y7_7] : ((q(X6_333_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [14110] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_333_3) <=> q(Y7_7)))
% 251.95/36.33 -> [14112] ~(q(X6_333_3) <=> q(skolem_Y77(X6_333_3)))
% 251.95/36.33
% 251.95/36.33 [14112] BETA_NOT_EQUIV : ~(q(X6_333_3) <=> q(skolem_Y77(X6_333_3)))
% 251.95/36.33 -> [14113] ~q(X6_333_3), q(skolem_Y77(X6_333_3))
% 251.95/36.33 -> [14114] q(X6_333_3), ~q(skolem_Y77(X6_333_3))
% 251.95/36.33
% 251.95/36.33 [14114] CLOSURE : q(X6_333_3)
% 251.95/36.33
% 251.95/36.33 [14113] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [23847] (r(skolem_X1010) <=> r(Y11_479_4))
% 251.95/36.33
% 251.95/36.33 [23847] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_479_4))
% 251.95/36.33 -> [23848] ~r(skolem_X1010), ~r(Y11_479_4)
% 251.95/36.33 -> [23849] r(skolem_X1010), r(Y11_479_4)
% 251.95/36.33
% 251.95/36.33 [23848] CLOSURE : ~r(Y11_479_4)
% 251.95/36.33
% 251.95/36.33 [23849] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [24254] ~r(X8_411_5)
% 251.95/36.33
% 251.95/36.33 [24254] CLOSURE : ~r(X8_411_5)
% 251.95/36.33
% 251.95/36.33 [5688] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [10891] ~q(X6_233_3)
% 251.95/36.33
% 251.95/36.33 [10891] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [10894] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [10894] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [12208] ~! [Y7_7] : ((q(X6_233_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [12208] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_233_3) <=> q(Y7_7)))
% 251.95/36.33 -> [12209] ~(q(X6_233_3) <=> q(skolem_Y77(X6_233_3)))
% 251.95/36.33
% 251.95/36.33 [12209] BETA_NOT_EQUIV : ~(q(X6_233_3) <=> q(skolem_Y77(X6_233_3)))
% 251.95/36.33 -> [12210] ~q(X6_233_3), q(skolem_Y77(X6_233_3))
% 251.95/36.33 -> [12211] q(X6_233_3), ~q(skolem_Y77(X6_233_3))
% 251.95/36.33
% 251.95/36.33 [12211] CLOSURE : q(X6_233_3)
% 251.95/36.33
% 251.95/36.33 [12210] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [35398] (r(skolem_X1010) <=> r(Y11_888_4))
% 251.95/36.33
% 251.95/36.33 [35398] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_888_4))
% 251.95/36.33 -> [35399] ~r(skolem_X1010), ~r(Y11_888_4)
% 251.95/36.33 -> [35400] r(skolem_X1010), r(Y11_888_4)
% 251.95/36.33
% 251.95/36.33 [35399] CLOSURE : ~r(Y11_888_4)
% 251.95/36.33
% 251.95/36.33 [35400] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [35411] ~r(X8_936_5)
% 251.95/36.33
% 251.95/36.33 [35411] CLOSURE : ~r(X8_936_5)
% 251.95/36.33
% 251.95/36.33 [4851] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [4853] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [4853] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [10920] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [10920] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [12220] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [12220] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [12221] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [12222] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [12221] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [12222] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [13732] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13732] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [14943] r(Y5_589_2)
% 251.95/36.33
% 251.95/36.33 [14943] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [15604] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [15604] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [15605] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [15605] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [15606] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [15607] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [15606] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [15607] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [4841] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [5633] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [5634] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [5634] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [5637] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [5637] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [5638] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [5638] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [5639] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [5640] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [5639] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [6573] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [6574] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [6574] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [6578] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6578] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [8549] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [8549] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [10325] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [10325] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [10327] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [10328] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [10328] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [10327] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [15934] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [15934] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [22141] r(Y5_899_2)
% 251.95/36.33
% 251.95/36.33 [22141] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [22463] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [22463] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [22464] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [22464] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [22466] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [22467] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [22466] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [22467] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [6573] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [7041] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [7041] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [7042] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [7043] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [7043] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [7042] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [7756] ~q(X6_153_3)
% 251.95/36.33
% 251.95/36.33 [7756] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [7757] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [7757] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [9926] ~! [Y7_7] : ((q(X6_153_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [9926] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_153_3) <=> q(Y7_7)))
% 251.95/36.33 -> [9927] ~(q(X6_153_3) <=> q(skolem_Y77(X6_153_3)))
% 251.95/36.33
% 251.95/36.33 [9927] BETA_NOT_EQUIV : ~(q(X6_153_3) <=> q(skolem_Y77(X6_153_3)))
% 251.95/36.33 -> [9928] ~q(X6_153_3), q(skolem_Y77(X6_153_3))
% 251.95/36.33 -> [9929] q(X6_153_3), ~q(skolem_Y77(X6_153_3))
% 251.95/36.33
% 251.95/36.33 [9929] CLOSURE : q(X6_153_3)
% 251.95/36.33
% 251.95/36.33 [9928] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [36976] (r(skolem_X1010) <=> r(Y11_958_4))
% 251.95/36.33
% 251.95/36.33 [36976] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_958_4))
% 251.95/36.33 -> [36977] ~r(skolem_X1010), ~r(Y11_958_4)
% 251.95/36.33 -> [36978] r(skolem_X1010), r(Y11_958_4)
% 251.95/36.33
% 251.95/36.33 [36977] CLOSURE : ~r(Y11_958_4)
% 251.95/36.33
% 251.95/36.33 [36978] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [37050] ~r(X8_1017_5)
% 251.95/36.33
% 251.95/36.33 [37050] CLOSURE : ~r(X8_1017_5)
% 251.95/36.33
% 251.95/36.33 [5640] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [5650] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [5650] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [5652] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [5653] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [5652] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [6581] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [6581] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [6587] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [6587] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [6590] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [6591] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [6591] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [6590] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [7054] ~q(X6_137_3)
% 251.95/36.33
% 251.95/36.33 [7054] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [7056] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [7056] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [9302] ~! [Y7_7] : ((q(X6_137_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [9302] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_137_3) <=> q(Y7_7)))
% 251.95/36.33 -> [9303] ~(q(X6_137_3) <=> q(skolem_Y77(X6_137_3)))
% 251.95/36.33
% 251.95/36.33 [9303] BETA_NOT_EQUIV : ~(q(X6_137_3) <=> q(skolem_Y77(X6_137_3)))
% 251.95/36.33 -> [9304] ~q(X6_137_3), q(skolem_Y77(X6_137_3))
% 251.95/36.33 -> [9305] q(X6_137_3), ~q(skolem_Y77(X6_137_3))
% 251.95/36.33
% 251.95/36.33 [9305] CLOSURE : q(X6_137_3)
% 251.95/36.33
% 251.95/36.33 [9304] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [22286] (r(skolem_X1010) <=> r(Y11_409_4))
% 251.95/36.33
% 251.95/36.33 [22286] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_409_4))
% 251.95/36.33 -> [22287] ~r(skolem_X1010), ~r(Y11_409_4)
% 251.95/36.33 -> [22288] r(skolem_X1010), r(Y11_409_4)
% 251.95/36.33
% 251.95/36.33 [22287] CLOSURE : ~r(Y11_409_4)
% 251.95/36.33
% 251.95/36.33 [22288] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [22703] ~r(X8_305_5)
% 251.95/36.33
% 251.95/36.33 [22703] CLOSURE : ~r(X8_305_5)
% 251.95/36.33
% 251.95/36.33 [5653] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [5658] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [5658] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [7786] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [7786] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [7792] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [7793] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [7793] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [7792] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [13888] ~q(skolem_Y77(X6_444_3))
% 251.95/36.33
% 251.95/36.33 [13888] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [15197] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [15197] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [16371] ~! [Y7_7] : ((q(X6_444_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [16371] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_444_3) <=> q(Y7_7)))
% 251.95/36.33 -> [16372] ~(q(X6_444_3) <=> q(skolem_Y77(X6_444_3)))
% 251.95/36.33
% 251.95/36.33 [16372] BETA_NOT_EQUIV : ~(q(X6_444_3) <=> q(skolem_Y77(X6_444_3)))
% 251.95/36.33 -> [16373] ~q(X6_444_3), q(skolem_Y77(X6_444_3))
% 251.95/36.33 -> [16374] q(X6_444_3), ~q(skolem_Y77(X6_444_3))
% 251.95/36.33
% 251.95/36.33 [16373] CLOSURE : q(skolem_Y77(X6_444_3))
% 251.95/36.33
% 251.95/36.33 [16374] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [38353] (r(skolem_X1010) <=> r(Y11_1045_4))
% 251.95/36.33
% 251.95/36.33 [38353] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1045_4))
% 251.95/36.33 -> [38354] ~r(skolem_X1010), ~r(Y11_1045_4)
% 251.95/36.33 -> [38355] r(skolem_X1010), r(Y11_1045_4)
% 251.95/36.33
% 251.95/36.33 [38354] CLOSURE : ~r(Y11_1045_4)
% 251.95/36.33
% 251.95/36.33 [38355] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [38386] ~r(X8_1121_5)
% 251.95/36.33
% 251.95/36.33 [38386] CLOSURE : ~r(X8_1121_5)
% 251.95/36.33
% 251.95/36.33 [5633] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [6546] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [6547] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [6546] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [6991] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [6992] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [6991] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [7691] (p(skolem_X22) <=> p(Y3_274_0))
% 251.95/36.33
% 251.95/36.33 [7691] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_274_0))
% 251.95/36.33 -> [7692] ~p(skolem_X22), ~p(Y3_274_0)
% 251.95/36.33 -> [7693] p(skolem_X22), p(Y3_274_0)
% 251.95/36.33
% 251.95/36.33 [7692] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [8470] ~q(X6_134_3)
% 251.95/36.33
% 251.95/36.33 [8470] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [8471] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [8471] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [9237] ~! [Y7_7] : ((q(X6_134_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [9237] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_134_3) <=> q(Y7_7)))
% 251.95/36.33 -> [9238] ~(q(X6_134_3) <=> q(skolem_Y77(X6_134_3)))
% 251.95/36.33
% 251.95/36.33 [9238] BETA_NOT_EQUIV : ~(q(X6_134_3) <=> q(skolem_Y77(X6_134_3)))
% 251.95/36.33 -> [9242] ~q(X6_134_3), q(skolem_Y77(X6_134_3))
% 251.95/36.33 -> [9243] q(X6_134_3), ~q(skolem_Y77(X6_134_3))
% 251.95/36.33
% 251.95/36.33 [9243] CLOSURE : q(X6_134_3)
% 251.95/36.33
% 251.95/36.33 [9242] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [13487] (r(skolem_X1010) <=> r(Y11_161_4))
% 251.95/36.33
% 251.95/36.33 [13487] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_161_4))
% 251.95/36.33 -> [13488] ~r(skolem_X1010), ~r(Y11_161_4)
% 251.95/36.33 -> [13489] r(skolem_X1010), r(Y11_161_4)
% 251.95/36.33
% 251.95/36.33 [13488] CLOSURE : ~r(Y11_161_4)
% 251.95/36.33
% 251.95/36.33 [13489] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [15174] ~r(X8_112_5)
% 251.95/36.33
% 251.95/36.33 [15174] CLOSURE : ~r(X8_112_5)
% 251.95/36.33
% 251.95/36.33 [7693] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [7699] ~q(X6_152_3)
% 251.95/36.33
% 251.95/36.33 [7699] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [7700] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [7700] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [9893] ~! [Y7_7] : ((q(X6_152_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [9893] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_152_3) <=> q(Y7_7)))
% 251.95/36.33 -> [9895] ~(q(X6_152_3) <=> q(skolem_Y77(X6_152_3)))
% 251.95/36.33
% 251.95/36.33 [9895] BETA_NOT_EQUIV : ~(q(X6_152_3) <=> q(skolem_Y77(X6_152_3)))
% 251.95/36.33 -> [9899] ~q(X6_152_3), q(skolem_Y77(X6_152_3))
% 251.95/36.33 -> [9900] q(X6_152_3), ~q(skolem_Y77(X6_152_3))
% 251.95/36.33
% 251.95/36.33 [9900] CLOSURE : q(X6_152_3)
% 251.95/36.33
% 251.95/36.33 [9899] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [15515] (r(skolem_X1010) <=> r(Y11_211_4))
% 251.95/36.33
% 251.95/36.33 [15515] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_211_4))
% 251.95/36.33 -> [15516] ~r(skolem_X1010), ~r(Y11_211_4)
% 251.95/36.33 -> [15517] r(skolem_X1010), r(Y11_211_4)
% 251.95/36.33
% 251.95/36.33 [15516] CLOSURE : ~r(Y11_211_4)
% 251.95/36.33
% 251.95/36.33 [15517] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [22084] ~r(X8_281_5)
% 251.95/36.33
% 251.95/36.33 [22084] CLOSURE : ~r(X8_281_5)
% 251.95/36.33
% 251.95/36.33 [6992] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [6993] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6993] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [6994] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [6994] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [6995] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [6995] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [6996] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [6997] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6996] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6997] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [8482] ~q(X6_165_3)
% 251.95/36.33
% 251.95/36.33 [8482] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [8483] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [8483] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [10269] ~! [Y7_7] : ((q(X6_165_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [10269] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_165_3) <=> q(Y7_7)))
% 251.95/36.33 -> [10270] ~(q(X6_165_3) <=> q(skolem_Y77(X6_165_3)))
% 251.95/36.33
% 251.95/36.33 [10270] BETA_NOT_EQUIV : ~(q(X6_165_3) <=> q(skolem_Y77(X6_165_3)))
% 251.95/36.33 -> [10271] ~q(X6_165_3), q(skolem_Y77(X6_165_3))
% 251.95/36.33 -> [10272] q(X6_165_3), ~q(skolem_Y77(X6_165_3))
% 251.95/36.33
% 251.95/36.33 [10272] CLOSURE : q(X6_165_3)
% 251.95/36.33
% 251.95/36.33 [10271] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [38089] (r(skolem_X1010) <=> r(Y11_1033_4))
% 251.95/36.33
% 251.95/36.33 [38089] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1033_4))
% 251.95/36.33 -> [38090] ~r(skolem_X1010), ~r(Y11_1033_4)
% 251.95/36.33 -> [38091] r(skolem_X1010), r(Y11_1033_4)
% 251.95/36.33
% 251.95/36.33 [38090] CLOSURE : ~r(Y11_1033_4)
% 251.95/36.33
% 251.95/36.33 [38091] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [38161] ~r(X8_1104_5)
% 251.95/36.33
% 251.95/36.33 [38161] CLOSURE : ~r(X8_1104_5)
% 251.95/36.33
% 251.95/36.33 [6547] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [6550] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [6550] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [6551] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [6552] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [6552] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [6553] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6553] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [6558] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [6558] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [6559] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [6560] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6559] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [6560] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [6565] ~q(X6_110_3)
% 251.95/36.33
% 251.95/36.33 [6565] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [6566] r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [6566] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [8517] ~! [Y7_7] : ((q(X6_110_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [8517] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_110_3) <=> q(Y7_7)))
% 251.95/36.33 -> [8518] ~(q(X6_110_3) <=> q(skolem_Y77(X6_110_3)))
% 251.95/36.33
% 251.95/36.33 [8518] BETA_NOT_EQUIV : ~(q(X6_110_3) <=> q(skolem_Y77(X6_110_3)))
% 251.95/36.33 -> [8519] ~q(X6_110_3), q(skolem_Y77(X6_110_3))
% 251.95/36.33 -> [8520] q(X6_110_3), ~q(skolem_Y77(X6_110_3))
% 251.95/36.33
% 251.95/36.33 [8520] CLOSURE : q(X6_110_3)
% 251.95/36.33
% 251.95/36.33 [8519] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [20908] (r(skolem_X1010) <=> r(Y11_377_4))
% 251.95/36.33
% 251.95/36.33 [20908] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_377_4))
% 251.95/36.33 -> [20909] ~r(skolem_X1010), ~r(Y11_377_4)
% 251.95/36.33 -> [20910] r(skolem_X1010), r(Y11_377_4)
% 251.95/36.33
% 251.95/36.33 [20909] CLOSURE : ~r(Y11_377_4)
% 251.95/36.33
% 251.95/36.33 [20910] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [21375] ~r(X8_261_5)
% 251.95/36.33
% 251.95/36.33 [21375] CLOSURE : ~r(X8_261_5)
% 251.95/36.33
% 251.95/36.33 [6551] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [7010] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [7010] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [7011] (p(skolem_X22) <=> p(Y3_248_0))
% 251.95/36.33
% 251.95/36.33 [7011] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_248_0))
% 251.95/36.33 -> [7012] ~p(skolem_X22), ~p(Y3_248_0)
% 251.95/36.33 -> [7013] p(skolem_X22), p(Y3_248_0)
% 251.95/36.33
% 251.95/36.33 [7012] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [7724] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [7724] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [7725] r(Y5_213_2)
% 251.95/36.33
% 251.95/36.33 [7725] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [8495] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [8495] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [8496] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [8496] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [8497] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [8498] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [8497] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [8498] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [7013] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [8507] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [8507] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [8508] r(Y5_249_2)
% 251.95/36.33
% 251.95/36.33 [8508] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [10292] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [10292] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [10293] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [10293] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [10295] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [10296] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [10295] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [10296] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [412] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.33 -> [570] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [571] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.33
% 251.95/36.33 [570] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [11037] ~s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [11037] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33 -> [11041] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [11042] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33
% 251.95/36.33 [11041] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [11475] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [11476] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [11475] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [11856] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11857] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [11857] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [11860] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [11860] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11861] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11862] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11862] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11864] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11864] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11865] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11865] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11866] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [11866] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [11867] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [11868] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11867] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11868] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12766] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12766] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12767] r(Y5_498_2)
% 251.95/36.33
% 251.95/36.33 [12767] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [14277] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [14277] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [14278] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [14278] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [14279] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [14280] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [14279] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [14280] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11861] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [12288] (p(skolem_X22) <=> p(Y3_486_0))
% 251.95/36.33
% 251.95/36.33 [12288] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_486_0))
% 251.95/36.33 -> [12289] ~p(skolem_X22), ~p(Y3_486_0)
% 251.95/36.33 -> [12290] p(skolem_X22), p(Y3_486_0)
% 251.95/36.33
% 251.95/36.33 [12289] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12749] ~q(X6_278_3)
% 251.95/36.33
% 251.95/36.33 [12749] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12750] r(Y5_497_2)
% 251.95/36.33
% 251.95/36.33 [12750] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13233] ~! [Y7_7] : ((q(X6_278_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13233] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_278_3) <=> q(Y7_7)))
% 251.95/36.33 -> [13234] ~(q(X6_278_3) <=> q(skolem_Y77(X6_278_3)))
% 251.95/36.33
% 251.95/36.33 [13234] BETA_NOT_EQUIV : ~(q(X6_278_3) <=> q(skolem_Y77(X6_278_3)))
% 251.95/36.33 -> [13235] ~q(X6_278_3), q(skolem_Y77(X6_278_3))
% 251.95/36.33 -> [13236] q(X6_278_3), ~q(skolem_Y77(X6_278_3))
% 251.95/36.33
% 251.95/36.33 [13236] CLOSURE : q(X6_278_3)
% 251.95/36.33
% 251.95/36.33 [13235] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [17120] ~! [Y11_11] : ((r(X10_167_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [17120] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_167_4) <=> r(Y11_11)))
% 251.95/36.33 -> [17121] ~(r(X10_167_4) <=> r(skolem_Y1111(X10_167_4)))
% 251.95/36.33
% 251.95/36.33 [17121] BETA_NOT_EQUIV : ~(r(X10_167_4) <=> r(skolem_Y1111(X10_167_4)))
% 251.95/36.33 -> [17122] ~r(X10_167_4), r(skolem_Y1111(X10_167_4))
% 251.95/36.33 -> [17123] r(X10_167_4), ~r(skolem_Y1111(X10_167_4))
% 251.95/36.33
% 251.95/36.33 [17122] CLOSURE : ~r(X10_167_4)
% 251.95/36.33
% 251.95/36.33 [17123] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [23838] ~r(X8_371_5)
% 251.95/36.33
% 251.95/36.33 [23838] CLOSURE : ~r(X8_371_5)
% 251.95/36.33
% 251.95/36.33 [12290] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12291] ~q(X6_304_3)
% 251.95/36.33
% 251.95/36.33 [12291] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12296] r(Y5_465_2)
% 251.95/36.33
% 251.95/36.33 [12296] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13685] ~! [Y7_7] : ((q(X6_304_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13685] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_304_3) <=> q(Y7_7)))
% 251.95/36.33 -> [13686] ~(q(X6_304_3) <=> q(skolem_Y77(X6_304_3)))
% 251.95/36.33
% 251.95/36.33 [13686] BETA_NOT_EQUIV : ~(q(X6_304_3) <=> q(skolem_Y77(X6_304_3)))
% 251.95/36.33 -> [13687] ~q(X6_304_3), q(skolem_Y77(X6_304_3))
% 251.95/36.33 -> [13688] q(X6_304_3), ~q(skolem_Y77(X6_304_3))
% 251.95/36.33
% 251.95/36.33 [13688] CLOSURE : q(X6_304_3)
% 251.95/36.33
% 251.95/36.33 [13687] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [18571] ~! [Y11_11] : ((r(X10_214_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [18571] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_214_4) <=> r(Y11_11)))
% 251.95/36.33 -> [18572] ~(r(X10_214_4) <=> r(skolem_Y1111(X10_214_4)))
% 251.95/36.33
% 251.95/36.33 [18572] BETA_NOT_EQUIV : ~(r(X10_214_4) <=> r(skolem_Y1111(X10_214_4)))
% 251.95/36.33 -> [18573] ~r(X10_214_4), r(skolem_Y1111(X10_214_4))
% 251.95/36.33 -> [18574] r(X10_214_4), ~r(skolem_Y1111(X10_214_4))
% 251.95/36.33
% 251.95/36.33 [18573] CLOSURE : ~r(X10_214_4)
% 251.95/36.33
% 251.95/36.33 [18574] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [24142] ~r(X8_394_5)
% 251.95/36.33
% 251.95/36.33 [24142] CLOSURE : ~r(X8_394_5)
% 251.95/36.33
% 251.95/36.33 [11856] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [12269] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [12270] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [12269] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [12730] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [12730] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [12731] (p(skolem_X22) <=> p(Y3_505_0))
% 251.95/36.33
% 251.95/36.33 [12731] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_505_0))
% 251.95/36.33 -> [12732] ~p(skolem_X22), ~p(Y3_505_0)
% 251.95/36.33 -> [12733] p(skolem_X22), p(Y3_505_0)
% 251.95/36.33
% 251.95/36.33 [12732] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [13222] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13222] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [13224] r(Y5_514_2)
% 251.95/36.33
% 251.95/36.33 [13224] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13661] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13661] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [13662] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [13662] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [13663] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [13664] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13663] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13664] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [12733] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [13667] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13667] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [13668] r(Y5_540_2)
% 251.95/36.33
% 251.95/36.33 [13668] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [14857] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [14857] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [14858] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [14858] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [14859] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [14860] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [14859] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [14860] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [12270] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [12271] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [12271] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [12272] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [12272] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [12273] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [12274] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [12273] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [12274] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12281] ~q(X6_303_3)
% 251.95/36.33
% 251.95/36.33 [12281] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12282] r(Y5_464_2)
% 251.95/36.33
% 251.95/36.33 [12282] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13672] ~! [Y7_7] : ((q(X6_303_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13672] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_303_3) <=> q(Y7_7)))
% 251.95/36.33 -> [13673] ~(q(X6_303_3) <=> q(skolem_Y77(X6_303_3)))
% 251.95/36.33
% 251.95/36.33 [13673] BETA_NOT_EQUIV : ~(q(X6_303_3) <=> q(skolem_Y77(X6_303_3)))
% 251.95/36.33 -> [13674] ~q(X6_303_3), q(skolem_Y77(X6_303_3))
% 251.95/36.33 -> [13675] q(X6_303_3), ~q(skolem_Y77(X6_303_3))
% 251.95/36.33
% 251.95/36.33 [13675] CLOSURE : q(X6_303_3)
% 251.95/36.33
% 251.95/36.33 [13674] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [18561] ~! [Y11_11] : ((r(X10_213_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [18561] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_213_4) <=> r(Y11_11)))
% 251.95/36.33 -> [18562] ~(r(X10_213_4) <=> r(skolem_Y1111(X10_213_4)))
% 251.95/36.33
% 251.95/36.33 [18562] BETA_NOT_EQUIV : ~(r(X10_213_4) <=> r(skolem_Y1111(X10_213_4)))
% 251.95/36.33 -> [18563] ~r(X10_213_4), r(skolem_Y1111(X10_213_4))
% 251.95/36.33 -> [18564] r(X10_213_4), ~r(skolem_Y1111(X10_213_4))
% 251.95/36.33
% 251.95/36.33 [18563] CLOSURE : ~r(X10_213_4)
% 251.95/36.33
% 251.95/36.33 [18564] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [24135] ~r(X8_393_5)
% 251.95/36.33
% 251.95/36.33 [24135] CLOSURE : ~r(X8_393_5)
% 251.95/36.33
% 251.95/36.33 [11476] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [11477] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [11477] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [11480] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11480] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [11481] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11482] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [11481] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11880] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11881] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11880] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [12299] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [12299] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [12300] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [12300] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [12301] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [12302] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [12302] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [12301] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12774] ~q(X6_347_3)
% 251.95/36.33
% 251.95/36.33 [12774] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12778] r(skolem_Y1111(X10_261_4))
% 251.95/36.33
% 251.95/36.33 [12778] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [14290] ~! [Y7_7] : ((q(X6_347_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [14290] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_347_3) <=> q(Y7_7)))
% 251.95/36.33 -> [14291] ~(q(X6_347_3) <=> q(skolem_Y77(X6_347_3)))
% 251.95/36.33
% 251.95/36.33 [14291] BETA_NOT_EQUIV : ~(q(X6_347_3) <=> q(skolem_Y77(X6_347_3)))
% 251.95/36.33 -> [14292] ~q(X6_347_3), q(skolem_Y77(X6_347_3))
% 251.95/36.33 -> [14293] q(X6_347_3), ~q(skolem_Y77(X6_347_3))
% 251.95/36.33
% 251.95/36.33 [14293] CLOSURE : q(X6_347_3)
% 251.95/36.33
% 251.95/36.33 [14292] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [20047] ~! [Y11_11] : ((r(X10_261_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [20047] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_261_4) <=> r(Y11_11)))
% 251.95/36.33 -> [20048] ~(r(X10_261_4) <=> r(skolem_Y1111(X10_261_4)))
% 251.95/36.33
% 251.95/36.33 [20048] BETA_NOT_EQUIV : ~(r(X10_261_4) <=> r(skolem_Y1111(X10_261_4)))
% 251.95/36.33 -> [20049] ~r(X10_261_4), r(skolem_Y1111(X10_261_4))
% 251.95/36.33 -> [20050] r(X10_261_4), ~r(skolem_Y1111(X10_261_4))
% 251.95/36.33
% 251.95/36.33 [20050] CLOSURE : ~r(skolem_Y1111(X10_261_4))
% 251.95/36.33
% 251.95/36.33 [20049] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [25035] ~r(X8_463_5)
% 251.95/36.33
% 251.95/36.33 [25035] CLOSURE : ~r(X8_463_5)
% 251.95/36.33
% 251.95/36.33 [11881] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11885] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11885] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [13258] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [13258] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [13259] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [13260] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [13260] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [13259] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [17921] ~q(X6_745_3)
% 251.95/36.33
% 251.95/36.33 [17921] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [18581] r(skolem_Y1111(X10_440_4))
% 251.95/36.33
% 251.95/36.33 [18581] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [24118] ~! [Y7_7] : ((q(X6_745_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [24118] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_745_3) <=> q(Y7_7)))
% 251.95/36.33 -> [24119] ~(q(X6_745_3) <=> q(skolem_Y77(X6_745_3)))
% 251.95/36.33
% 251.95/36.33 [24119] BETA_NOT_EQUIV : ~(q(X6_745_3) <=> q(skolem_Y77(X6_745_3)))
% 251.95/36.33 -> [24120] ~q(X6_745_3), q(skolem_Y77(X6_745_3))
% 251.95/36.33 -> [24121] q(X6_745_3), ~q(skolem_Y77(X6_745_3))
% 251.95/36.33
% 251.95/36.33 [24121] CLOSURE : q(X6_745_3)
% 251.95/36.33
% 251.95/36.33 [24120] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [24769] ~! [Y11_11] : ((r(X10_440_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [24769] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_440_4) <=> r(Y11_11)))
% 251.95/36.33 -> [24770] ~(r(X10_440_4) <=> r(skolem_Y1111(X10_440_4)))
% 251.95/36.33
% 251.95/36.33 [24770] BETA_NOT_EQUIV : ~(r(X10_440_4) <=> r(skolem_Y1111(X10_440_4)))
% 251.95/36.33 -> [24771] ~r(X10_440_4), r(skolem_Y1111(X10_440_4))
% 251.95/36.33 -> [24772] r(X10_440_4), ~r(skolem_Y1111(X10_440_4))
% 251.95/36.33
% 251.95/36.33 [24772] CLOSURE : ~r(skolem_Y1111(X10_440_4))
% 251.95/36.33
% 251.95/36.33 [24771] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [25376] ~r(X8_485_5)
% 251.95/36.33
% 251.95/36.33 [25376] CLOSURE : ~r(X8_485_5)
% 251.95/36.33
% 251.95/36.33 [11482] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [11485] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [11485] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11486] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11487] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11486] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11889] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [11889] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [11890] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [11891] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11891] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11890] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12318] ~q(X6_305_3)
% 251.95/36.33
% 251.95/36.33 [12318] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12319] r(skolem_Y1111(X10_231_4))
% 251.95/36.33
% 251.95/36.33 [12319] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13720] ~! [Y7_7] : ((q(X6_305_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13720] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_305_3) <=> q(Y7_7)))
% 251.95/36.33 -> [13721] ~(q(X6_305_3) <=> q(skolem_Y77(X6_305_3)))
% 251.95/36.33
% 251.95/36.33 [13721] BETA_NOT_EQUIV : ~(q(X6_305_3) <=> q(skolem_Y77(X6_305_3)))
% 251.95/36.33 -> [13722] ~q(X6_305_3), q(skolem_Y77(X6_305_3))
% 251.95/36.33 -> [13723] q(X6_305_3), ~q(skolem_Y77(X6_305_3))
% 251.95/36.33
% 251.95/36.33 [13723] CLOSURE : q(X6_305_3)
% 251.95/36.33
% 251.95/36.33 [13722] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [19220] ~! [Y11_11] : ((r(X10_231_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [19220] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_231_4) <=> r(Y11_11)))
% 251.95/36.33 -> [19221] ~(r(X10_231_4) <=> r(skolem_Y1111(X10_231_4)))
% 251.95/36.33
% 251.95/36.33 [19221] BETA_NOT_EQUIV : ~(r(X10_231_4) <=> r(skolem_Y1111(X10_231_4)))
% 251.95/36.33 -> [19222] ~r(X10_231_4), r(skolem_Y1111(X10_231_4))
% 251.95/36.33 -> [19223] r(X10_231_4), ~r(skolem_Y1111(X10_231_4))
% 251.95/36.33
% 251.95/36.33 [19223] CLOSURE : ~r(skolem_Y1111(X10_231_4))
% 251.95/36.33
% 251.95/36.33 [19222] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [40755] ~r(X8_1240_5)
% 251.95/36.33
% 251.95/36.33 [40755] CLOSURE : ~r(X8_1240_5)
% 251.95/36.33
% 251.95/36.33 [11487] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11488] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11488] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [12807] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [12807] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [14300] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [14300] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [14301] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [14302] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [14302] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [14301] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [18634] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [18634] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [19524] r(Y5_803_2)
% 251.95/36.33
% 251.95/36.33 [19524] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [20730] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [20730] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [20731] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [20731] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [20732] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [20733] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [20732] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [20733] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11042] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [11044] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [11045] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [11045] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [11046] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [11046] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [11048] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11049] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [11048] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11503] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11504] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11504] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11505] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11505] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [12386] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [12386] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [13795] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [13795] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [13796] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [13797] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [13796] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [13797] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [15333] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [15333] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [16750] r(Y5_669_2)
% 251.95/36.33
% 251.95/36.33 [16750] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [17879] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [17879] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [17880] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [17880] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [17881] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [17882] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [17881] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [17882] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11503] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11928] (p(skolem_X22) <=> p(Y3_472_0))
% 251.95/36.33
% 251.95/36.33 [11928] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_472_0))
% 251.95/36.33 -> [11929] ~p(skolem_X22), ~p(Y3_472_0)
% 251.95/36.33 -> [11930] p(skolem_X22), p(Y3_472_0)
% 251.95/36.33
% 251.95/36.33 [11930] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12860] ~q(X6_396_3)
% 251.95/36.33
% 251.95/36.33 [12860] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [14338] r(Y5_569_2)
% 251.95/36.33
% 251.95/36.33 [14338] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [15323] ~! [Y7_7] : ((q(X6_396_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [15323] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_396_3) <=> q(Y7_7)))
% 251.95/36.33 -> [15324] ~(q(X6_396_3) <=> q(skolem_Y77(X6_396_3)))
% 251.95/36.33
% 251.95/36.33 [15324] BETA_NOT_EQUIV : ~(q(X6_396_3) <=> q(skolem_Y77(X6_396_3)))
% 251.95/36.33 -> [15325] ~q(X6_396_3), q(skolem_Y77(X6_396_3))
% 251.95/36.33 -> [15326] q(X6_396_3), ~q(skolem_Y77(X6_396_3))
% 251.95/36.33
% 251.95/36.33 [15326] CLOSURE : q(X6_396_3)
% 251.95/36.33
% 251.95/36.33 [15325] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [20108] ~! [Y11_11] : ((r(X10_263_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [20108] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_263_4) <=> r(Y11_11)))
% 251.95/36.33 -> [20109] ~(r(X10_263_4) <=> r(skolem_Y1111(X10_263_4)))
% 251.95/36.33
% 251.95/36.33 [20109] BETA_NOT_EQUIV : ~(r(X10_263_4) <=> r(skolem_Y1111(X10_263_4)))
% 251.95/36.33 -> [20110] ~r(X10_263_4), r(skolem_Y1111(X10_263_4))
% 251.95/36.33 -> [20111] r(X10_263_4), ~r(skolem_Y1111(X10_263_4))
% 251.95/36.33
% 251.95/36.33 [20110] CLOSURE : ~r(X10_263_4)
% 251.95/36.33
% 251.95/36.33 [20111] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [21923] ~r(X8_275_5)
% 251.95/36.33
% 251.95/36.33 [21923] CLOSURE : ~r(X8_275_5)
% 251.95/36.33
% 251.95/36.33 [11929] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12366] ~q(X6_307_3)
% 251.95/36.33
% 251.95/36.33 [12366] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12369] r(skolem_Y1111(X10_384_4))
% 251.95/36.33
% 251.95/36.33 [12369] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13772] ~! [Y7_7] : ((q(X6_307_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13772] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_307_3) <=> q(Y7_7)))
% 251.95/36.33 -> [13773] ~(q(X6_307_3) <=> q(skolem_Y77(X6_307_3)))
% 251.95/36.33
% 251.95/36.33 [13773] BETA_NOT_EQUIV : ~(q(X6_307_3) <=> q(skolem_Y77(X6_307_3)))
% 251.95/36.33 -> [13774] ~q(X6_307_3), q(skolem_Y77(X6_307_3))
% 251.95/36.33 -> [13775] q(X6_307_3), ~q(skolem_Y77(X6_307_3))
% 251.95/36.33
% 251.95/36.33 [13775] CLOSURE : q(X6_307_3)
% 251.95/36.33
% 251.95/36.33 [13774] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [23363] ~! [Y11_11] : ((r(X10_384_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [23363] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_384_4) <=> r(Y11_11)))
% 251.95/36.33 -> [23364] ~(r(X10_384_4) <=> r(skolem_Y1111(X10_384_4)))
% 251.95/36.33
% 251.95/36.33 [23364] BETA_NOT_EQUIV : ~(r(X10_384_4) <=> r(skolem_Y1111(X10_384_4)))
% 251.95/36.33 -> [23365] ~r(X10_384_4), r(skolem_Y1111(X10_384_4))
% 251.95/36.33 -> [23366] r(X10_384_4), ~r(skolem_Y1111(X10_384_4))
% 251.95/36.33
% 251.95/36.33 [23366] CLOSURE : ~r(skolem_Y1111(X10_384_4))
% 251.95/36.33
% 251.95/36.33 [23365] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [25004] ~r(X8_462_5)
% 251.95/36.33
% 251.95/36.33 [25004] CLOSURE : ~r(X8_462_5)
% 251.95/36.33
% 251.95/36.33 [11049] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [11055] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [11055] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11057] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11058] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11057] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11507] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11507] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11508] (p(skolem_X22) <=> p(Y3_448_0))
% 251.95/36.33
% 251.95/36.33 [11508] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_448_0))
% 251.95/36.33 -> [11510] ~p(skolem_X22), ~p(Y3_448_0)
% 251.95/36.33 -> [11511] p(skolem_X22), p(Y3_448_0)
% 251.95/36.33
% 251.95/36.33 [11510] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [11941] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [11941] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [11943] r(Y5_446_2)
% 251.95/36.33
% 251.95/36.33 [11943] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13307] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13307] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [13308] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [13308] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [13309] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [13310] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13309] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13310] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11511] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [13321] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13321] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [14669] r(Y5_585_2)
% 251.95/36.33
% 251.95/36.33 [14669] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29479] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29479] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [29480] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [29480] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [29481] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [29482] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29481] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29482] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11058] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11064] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11064] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11950] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [11950] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [11951] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [11952] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11951] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11952] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12877] ~q(skolem_Y77(X6_397_3))
% 251.95/36.33
% 251.95/36.33 [12877] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [14352] r(Y5_572_2)
% 251.95/36.33
% 251.95/36.33 [14352] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [15349] ~! [Y7_7] : ((q(X6_397_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [15349] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_397_3) <=> q(Y7_7)))
% 251.95/36.33 -> [15350] ~(q(X6_397_3) <=> q(skolem_Y77(X6_397_3)))
% 251.95/36.33
% 251.95/36.33 [15350] BETA_NOT_EQUIV : ~(q(X6_397_3) <=> q(skolem_Y77(X6_397_3)))
% 251.95/36.33 -> [15351] ~q(X6_397_3), q(skolem_Y77(X6_397_3))
% 251.95/36.33 -> [15352] q(X6_397_3), ~q(skolem_Y77(X6_397_3))
% 251.95/36.33
% 251.95/36.33 [15351] CLOSURE : q(skolem_Y77(X6_397_3))
% 251.95/36.33
% 251.95/36.33 [15352] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [38403] ~! [Y11_11] : ((r(X10_952_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [38403] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_952_4) <=> r(Y11_11)))
% 251.95/36.33 -> [38404] ~(r(X10_952_4) <=> r(skolem_Y1111(X10_952_4)))
% 251.95/36.33
% 251.95/36.33 [38404] BETA_NOT_EQUIV : ~(r(X10_952_4) <=> r(skolem_Y1111(X10_952_4)))
% 251.95/36.33 -> [38405] ~r(X10_952_4), r(skolem_Y1111(X10_952_4))
% 251.95/36.33 -> [38406] r(X10_952_4), ~r(skolem_Y1111(X10_952_4))
% 251.95/36.33
% 251.95/36.33 [38405] CLOSURE : ~r(X10_952_4)
% 251.95/36.33
% 251.95/36.33 [38406] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [38861] ~r(X8_1142_5)
% 251.95/36.33
% 251.95/36.33 [38861] CLOSURE : ~r(X8_1142_5)
% 251.95/36.33
% 251.95/36.33 [11044] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [11493] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11493] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [11494] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11495] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [11494] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11900] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11901] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11901] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11902] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11902] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [12336] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [12336] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [12337] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [12337] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [12338] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [12339] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [12338] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [12339] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [14591] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [14591] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [14595] r(Y5_580_2)
% 251.95/36.33
% 251.95/36.33 [14595] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [15567] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [15567] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [15568] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [15568] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [15570] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [15571] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [15570] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [15571] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11900] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [12326] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [12326] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [12327] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [12328] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [12328] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [12327] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12808] ~q(X6_279_3)
% 251.95/36.33
% 251.95/36.33 [12808] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12809] r(skolem_Y1111(X10_169_4))
% 251.95/36.33
% 251.95/36.33 [12809] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [13269] ~! [Y7_7] : ((q(X6_279_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [13269] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_279_3) <=> q(Y7_7)))
% 251.95/36.33 -> [13270] ~(q(X6_279_3) <=> q(skolem_Y77(X6_279_3)))
% 251.95/36.33
% 251.95/36.33 [13270] BETA_NOT_EQUIV : ~(q(X6_279_3) <=> q(skolem_Y77(X6_279_3)))
% 251.95/36.33 -> [13272] ~q(X6_279_3), q(skolem_Y77(X6_279_3))
% 251.95/36.33 -> [13273] q(X6_279_3), ~q(skolem_Y77(X6_279_3))
% 251.95/36.33
% 251.95/36.33 [13273] CLOSURE : q(X6_279_3)
% 251.95/36.33
% 251.95/36.33 [13272] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [17149] ~! [Y11_11] : ((r(X10_169_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [17149] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_169_4) <=> r(Y11_11)))
% 251.95/36.33 -> [17150] ~(r(X10_169_4) <=> r(skolem_Y1111(X10_169_4)))
% 251.95/36.33
% 251.95/36.33 [17150] BETA_NOT_EQUIV : ~(r(X10_169_4) <=> r(skolem_Y1111(X10_169_4)))
% 251.95/36.33 -> [17151] ~r(X10_169_4), r(skolem_Y1111(X10_169_4))
% 251.95/36.33 -> [17152] r(X10_169_4), ~r(skolem_Y1111(X10_169_4))
% 251.95/36.33
% 251.95/36.33 [17152] CLOSURE : ~r(skolem_Y1111(X10_169_4))
% 251.95/36.33
% 251.95/36.33 [17151] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [24352] ~r(X8_417_5)
% 251.95/36.33
% 251.95/36.33 [24352] CLOSURE : ~r(X8_417_5)
% 251.95/36.33
% 251.95/36.33 [11495] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [11496] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [11496] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11497] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11498] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11497] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11909] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11909] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11912] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [11912] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [11913] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [11914] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11914] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11913] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12340] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12340] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12341] r(Y5_472_2)
% 251.95/36.33
% 251.95/36.33 [12341] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [12829] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [12829] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [12830] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [12830] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [12831] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [12832] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12831] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12832] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11498] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11502] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11502] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11922] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [11922] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [11923] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [11924] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11923] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11924] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [14608] ~q(X6_414_3)
% 251.95/36.33
% 251.95/36.33 [14608] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [14609] r(Y5_581_2)
% 251.95/36.33
% 251.95/36.33 [14609] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [15591] ~! [Y7_7] : ((q(X6_414_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [15591] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_414_3) <=> q(Y7_7)))
% 251.95/36.33 -> [15594] ~(q(X6_414_3) <=> q(skolem_Y77(X6_414_3)))
% 251.95/36.33
% 251.95/36.33 [15594] BETA_NOT_EQUIV : ~(q(X6_414_3) <=> q(skolem_Y77(X6_414_3)))
% 251.95/36.33 -> [15596] ~q(X6_414_3), q(skolem_Y77(X6_414_3))
% 251.95/36.33 -> [15597] q(X6_414_3), ~q(skolem_Y77(X6_414_3))
% 251.95/36.33
% 251.95/36.33 [15597] CLOSURE : q(X6_414_3)
% 251.95/36.33
% 251.95/36.33 [15596] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [20740] ~! [Y11_11] : ((r(X10_285_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [20740] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_285_4) <=> r(Y11_11)))
% 251.95/36.33 -> [20741] ~(r(X10_285_4) <=> r(skolem_Y1111(X10_285_4)))
% 251.95/36.33
% 251.95/36.33 [20741] BETA_NOT_EQUIV : ~(r(X10_285_4) <=> r(skolem_Y1111(X10_285_4)))
% 251.95/36.33 -> [20742] ~r(X10_285_4), r(skolem_Y1111(X10_285_4))
% 251.95/36.33 -> [20743] r(X10_285_4), ~r(skolem_Y1111(X10_285_4))
% 251.95/36.33
% 251.95/36.33 [20742] CLOSURE : ~r(X10_285_4)
% 251.95/36.33
% 251.95/36.33 [20743] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [42259] ~r(X8_1344_5)
% 251.95/36.33
% 251.95/36.33 [42259] CLOSURE : ~r(X8_1344_5)
% 251.95/36.33
% 251.95/36.33 [571] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [575] r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [575] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33 -> [580] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [581] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33
% 251.95/36.33 [580] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [6567] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [6568] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [6568] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [19931] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [19931] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [20322] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [20322] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [21057] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [21058] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [21057] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [21313] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [21314] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [21313] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [21525] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [21525] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [25880] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [25880] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [25881] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [25882] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [25882] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [25881] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [25904] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [25904] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [25910] r(Y5_976_2)
% 251.95/36.33
% 251.95/36.33 [25910] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [25924] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [25924] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [25925] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [25925] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [25926] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [25927] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [25926] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [25927] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [21314] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [21315] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [21315] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32019] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [32019] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [32020] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [32021] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [32021] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [32020] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [32235] ~q(X6_981_3)
% 251.95/36.33
% 251.95/36.33 [32235] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [32282] r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [32282] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32320] ~! [Y7_7] : ((q(X6_981_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32320] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_981_3) <=> q(Y7_7)))
% 251.95/36.33 -> [32321] ~(q(X6_981_3) <=> q(skolem_Y77(X6_981_3)))
% 251.95/36.33
% 251.95/36.33 [32321] BETA_NOT_EQUIV : ~(q(X6_981_3) <=> q(skolem_Y77(X6_981_3)))
% 251.95/36.33 -> [32322] ~q(X6_981_3), q(skolem_Y77(X6_981_3))
% 251.95/36.33 -> [32323] q(X6_981_3), ~q(skolem_Y77(X6_981_3))
% 251.95/36.33
% 251.95/36.33 [32323] CLOSURE : q(X6_981_3)
% 251.95/36.33
% 251.95/36.33 [32322] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [32478] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [32478] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33 -> [32479] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33
% 251.95/36.33 [32479] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33 -> [32480] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.33 -> [32481] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [32480] CLOSURE : ~r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [32481] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [21058] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [21063] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [21063] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [21064] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [21065] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [21064] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [21322] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [21322] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [21325] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [21326] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [21326] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [21325] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [32132] ~q(X6_977_3)
% 251.95/36.33
% 251.95/36.33 [32132] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [32189] r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [32189] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32222] ~! [Y7_7] : ((q(X6_977_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32222] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_977_3) <=> q(Y7_7)))
% 251.95/36.33 -> [32223] ~(q(X6_977_3) <=> q(skolem_Y77(X6_977_3)))
% 251.95/36.33
% 251.95/36.33 [32223] BETA_NOT_EQUIV : ~(q(X6_977_3) <=> q(skolem_Y77(X6_977_3)))
% 251.95/36.33 -> [32225] ~q(X6_977_3), q(skolem_Y77(X6_977_3))
% 251.95/36.33 -> [32226] q(X6_977_3), ~q(skolem_Y77(X6_977_3))
% 251.95/36.33
% 251.95/36.33 [32226] CLOSURE : q(X6_977_3)
% 251.95/36.33
% 251.95/36.33 [32225] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [32430] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [32430] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33 -> [32431] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33
% 251.95/36.33 [32431] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33 -> [32432] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.33 -> [32433] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [32432] CLOSURE : ~r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [32433] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [21065] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [21066] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [21066] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [21531] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [21531] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32172] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [32172] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [32173] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [32174] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [32174] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [32173] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [32660] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [32660] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [32745] r(Y5_1086_2)
% 251.95/36.33
% 251.95/36.33 [32745] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32830] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32830] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [32832] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [32832] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [32833] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [32834] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [32833] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [32834] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [6567] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [10702] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [10703] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [10703] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [10706] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [10706] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [10707] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [10708] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [10708] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [10716] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [10716] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11726] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11726] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [13107] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [13107] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [13108] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [13109] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [13108] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [13109] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [13913] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [13913] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [15301] r(Y5_612_2)
% 251.95/36.33
% 251.95/36.33 [15301] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [36842] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [36842] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [36843] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [36843] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [36844] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [36845] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [36844] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [36845] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [10707] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11185] (p(skolem_X22) <=> p(Y3_440_0))
% 251.95/36.33
% 251.95/36.33 [11185] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_440_0))
% 251.95/36.33 -> [11186] ~p(skolem_X22), ~p(Y3_440_0)
% 251.95/36.33 -> [11187] p(skolem_X22), p(Y3_440_0)
% 251.95/36.33
% 251.95/36.33 [11186] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [11722] ~q(X6_240_3)
% 251.95/36.33
% 251.95/36.33 [11722] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [11723] r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [11723] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [12373] ~! [Y7_7] : ((q(X6_240_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [12373] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_240_3) <=> q(Y7_7)))
% 251.95/36.33 -> [12374] ~(q(X6_240_3) <=> q(skolem_Y77(X6_240_3)))
% 251.95/36.33
% 251.95/36.33 [12374] BETA_NOT_EQUIV : ~(q(X6_240_3) <=> q(skolem_Y77(X6_240_3)))
% 251.95/36.33 -> [12375] ~q(X6_240_3), q(skolem_Y77(X6_240_3))
% 251.95/36.33 -> [12376] q(X6_240_3), ~q(skolem_Y77(X6_240_3))
% 251.95/36.33
% 251.95/36.33 [12376] CLOSURE : q(X6_240_3)
% 251.95/36.33
% 251.95/36.33 [12375] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [36782] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [36782] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33 -> [36783] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33
% 251.95/36.33 [36783] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33 -> [36784] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.33 -> [36785] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [36784] CLOSURE : ~r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [36785] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [11187] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12387] ~q(skolem_Y77(X6_348_3))
% 251.95/36.33
% 251.95/36.33 [12387] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [13492] r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [13492] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [14329] ~! [Y7_7] : ((q(X6_348_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [14329] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_348_3) <=> q(Y7_7)))
% 251.95/36.33 -> [14330] ~(q(X6_348_3) <=> q(skolem_Y77(X6_348_3)))
% 251.95/36.33
% 251.95/36.33 [14330] BETA_NOT_EQUIV : ~(q(X6_348_3) <=> q(skolem_Y77(X6_348_3)))
% 251.95/36.33 -> [14331] ~q(X6_348_3), q(skolem_Y77(X6_348_3))
% 251.95/36.33 -> [14332] q(X6_348_3), ~q(skolem_Y77(X6_348_3))
% 251.95/36.33
% 251.95/36.33 [14331] CLOSURE : q(skolem_Y77(X6_348_3))
% 251.95/36.33
% 251.95/36.33 [14332] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [36857] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [36857] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33 -> [36858] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33
% 251.95/36.33 [36858] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33 -> [36859] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.33 -> [36860] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [36860] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [36859] CLOSURE : ~r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [10702] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11174] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11175] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11175] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11176] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11176] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [12354] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [12354] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [12355] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [12356] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [12355] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [12356] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [13098] ~q(X6_394_3)
% 251.95/36.33
% 251.95/36.33 [13098] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [14320] r(Y5_566_2)
% 251.95/36.33
% 251.95/36.33 [14320] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [15277] ~! [Y7_7] : ((q(X6_394_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [15277] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_394_3) <=> q(Y7_7)))
% 251.95/36.33 -> [15278] ~(q(X6_394_3) <=> q(skolem_Y77(X6_394_3)))
% 251.95/36.33
% 251.95/36.33 [15278] BETA_NOT_EQUIV : ~(q(X6_394_3) <=> q(skolem_Y77(X6_394_3)))
% 251.95/36.33 -> [15279] ~q(X6_394_3), q(skolem_Y77(X6_394_3))
% 251.95/36.33 -> [15280] q(X6_394_3), ~q(skolem_Y77(X6_394_3))
% 251.95/36.33
% 251.95/36.33 [15280] CLOSURE : q(X6_394_3)
% 251.95/36.33
% 251.95/36.33 [15279] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [22951] ~! [Y11_11] : ((r(X10_356_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [22951] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_356_4) <=> r(Y11_11)))
% 251.95/36.33 -> [22952] ~(r(X10_356_4) <=> r(skolem_Y1111(X10_356_4)))
% 251.95/36.33
% 251.95/36.33 [22952] BETA_NOT_EQUIV : ~(r(X10_356_4) <=> r(skolem_Y1111(X10_356_4)))
% 251.95/36.33 -> [22953] ~r(X10_356_4), r(skolem_Y1111(X10_356_4))
% 251.95/36.33 -> [22954] r(X10_356_4), ~r(skolem_Y1111(X10_356_4))
% 251.95/36.33
% 251.95/36.33 [22953] CLOSURE : ~r(X10_356_4)
% 251.95/36.33
% 251.95/36.33 [22954] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [23739] s(Y9_187_5)
% 251.95/36.33
% 251.95/36.33 [23739] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [23850] ~s(X12_184_6)
% 251.95/36.33
% 251.95/36.33 [23850] CLOSURE : ~s(X12_184_6)
% 251.95/36.33
% 251.95/36.33 [11174] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11711] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11711] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11712] (p(skolem_X22) <=> p(Y3_459_0))
% 251.95/36.33
% 251.95/36.33 [11712] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_459_0))
% 251.95/36.33 -> [11713] ~p(skolem_X22), ~p(Y3_459_0)
% 251.95/36.33 -> [11714] p(skolem_X22), p(Y3_459_0)
% 251.95/36.33
% 251.95/36.33 [11713] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12342] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12342] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [12343] r(Y5_473_2)
% 251.95/36.33
% 251.95/36.33 [12343] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [12700] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [12700] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [12701] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [12701] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [12703] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [12704] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12703] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [12704] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [11714] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [12716] ~q(X6_373_3)
% 251.95/36.33
% 251.95/36.33 [12716] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [13877] r(Y5_548_2)
% 251.95/36.33
% 251.95/36.33 [13877] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [14832] ~! [Y7_7] : ((q(X6_373_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [14832] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_373_3) <=> q(Y7_7)))
% 251.95/36.33 -> [14833] ~(q(X6_373_3) <=> q(skolem_Y77(X6_373_3)))
% 251.95/36.33
% 251.95/36.33 [14833] BETA_NOT_EQUIV : ~(q(X6_373_3) <=> q(skolem_Y77(X6_373_3)))
% 251.95/36.33 -> [14834] ~q(X6_373_3), q(skolem_Y77(X6_373_3))
% 251.95/36.33 -> [14835] q(X6_373_3), ~q(skolem_Y77(X6_373_3))
% 251.95/36.33
% 251.95/36.33 [14835] CLOSURE : q(X6_373_3)
% 251.95/36.33
% 251.95/36.33 [14834] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [38499] ~! [Y11_11] : ((r(X10_957_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [38499] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_957_4) <=> r(Y11_11)))
% 251.95/36.33 -> [38500] ~(r(X10_957_4) <=> r(skolem_Y1111(X10_957_4)))
% 251.95/36.33
% 251.95/36.33 [38500] BETA_NOT_EQUIV : ~(r(X10_957_4) <=> r(skolem_Y1111(X10_957_4)))
% 251.95/36.33 -> [38501] ~r(X10_957_4), r(skolem_Y1111(X10_957_4))
% 251.95/36.33 -> [38502] r(X10_957_4), ~r(skolem_Y1111(X10_957_4))
% 251.95/36.33
% 251.95/36.33 [38501] CLOSURE : ~r(X10_957_4)
% 251.95/36.33
% 251.95/36.33 [38502] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [38941] s(Y9_610_5)
% 251.95/36.33
% 251.95/36.33 [38941] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [39126] ~s(X12_625_6)
% 251.95/36.33
% 251.95/36.33 [39126] CLOSURE : ~s(X12_625_6)
% 251.95/36.33
% 251.95/36.33 [581] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [594] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [595] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [594] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [29011] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29011] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [29014] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [29015] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [29014] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [29024] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [29025] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [29025] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [29027] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [29027] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [29088] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [29088] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29159] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [29159] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [29160] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [29161] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29161] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29160] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29301] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29301] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [29320] r(Y5_1022_2)
% 251.95/36.33
% 251.95/36.33 [29320] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29331] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29331] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [29332] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [29332] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [29333] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [29334] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29333] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29334] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [29024] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29061] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [29061] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [29062] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [29063] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29063] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29062] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29086] ~q(X6_875_3)
% 251.95/36.33
% 251.95/36.33 [29086] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [29087] r(Y5_1012_2)
% 251.95/36.33
% 251.95/36.33 [29087] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29113] ~! [Y7_7] : ((q(X6_875_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29113] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_875_3) <=> q(Y7_7)))
% 251.95/36.33 -> [29114] ~(q(X6_875_3) <=> q(skolem_Y77(X6_875_3)))
% 251.95/36.33
% 251.95/36.33 [29114] BETA_NOT_EQUIV : ~(q(X6_875_3) <=> q(skolem_Y77(X6_875_3)))
% 251.95/36.33 -> [29115] ~q(X6_875_3), q(skolem_Y77(X6_875_3))
% 251.95/36.33 -> [29116] q(X6_875_3), ~q(skolem_Y77(X6_875_3))
% 251.95/36.33
% 251.95/36.33 [29116] CLOSURE : q(X6_875_3)
% 251.95/36.33
% 251.95/36.33 [29115] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [29284] ~! [Y11_11] : ((r(X10_628_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [29284] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_628_4) <=> r(Y11_11)))
% 251.95/36.33 -> [29285] ~(r(X10_628_4) <=> r(skolem_Y1111(X10_628_4)))
% 251.95/36.33
% 251.95/36.33 [29285] BETA_NOT_EQUIV : ~(r(X10_628_4) <=> r(skolem_Y1111(X10_628_4)))
% 251.95/36.33 -> [29286] ~r(X10_628_4), r(skolem_Y1111(X10_628_4))
% 251.95/36.33 -> [29287] r(X10_628_4), ~r(skolem_Y1111(X10_628_4))
% 251.95/36.33
% 251.95/36.33 [29286] CLOSURE : ~r(X10_628_4)
% 251.95/36.33
% 251.95/36.33 [29287] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [29346] s(Y9_350_5)
% 251.95/36.33
% 251.95/36.33 [29346] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [29355] ~s(X12_353_6)
% 251.95/36.33
% 251.95/36.33 [29355] CLOSURE : ~s(X12_353_6)
% 251.95/36.33
% 251.95/36.33 [29015] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [29016] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [29016] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [29017] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [29018] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [29017] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [29038] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [29038] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29039] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [29039] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [29040] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [29041] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29041] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29040] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29070] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29070] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [29071] r(Y5_1010_2)
% 251.95/36.33
% 251.95/36.33 [29071] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29090] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29090] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [29091] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [29091] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [29092] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [29093] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29092] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [29093] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [29018] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [29022] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [29022] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [29075] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [29075] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [29076] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [29077] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29077] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [29076] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [29254] ~q(X6_886_3)
% 251.95/36.33
% 251.95/36.33 [29254] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [29276] r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [29276] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [29289] ~! [Y7_7] : ((q(X6_886_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [29289] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_886_3) <=> q(Y7_7)))
% 251.95/36.33 -> [29290] ~(q(X6_886_3) <=> q(skolem_Y77(X6_886_3)))
% 251.95/36.33
% 251.95/36.33 [29290] BETA_NOT_EQUIV : ~(q(X6_886_3) <=> q(skolem_Y77(X6_886_3)))
% 251.95/36.33 -> [29291] ~q(X6_886_3), q(skolem_Y77(X6_886_3))
% 251.95/36.33 -> [29292] q(X6_886_3), ~q(skolem_Y77(X6_886_3))
% 251.95/36.33
% 251.95/36.33 [29292] CLOSURE : q(X6_886_3)
% 251.95/36.33
% 251.95/36.33 [29291] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [29341] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [29341] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33 -> [29342] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33
% 251.95/36.33 [29342] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33 -> [29343] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.33 -> [29344] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [29344] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [29343] CLOSURE : ~r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [595] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [599] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [599] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [7453] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [7454] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [7453] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [8218] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [8219] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [8218] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [8868] (p(skolem_X22) <=> p(Y3_341_0))
% 251.95/36.33
% 251.95/36.33 [8868] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_341_0))
% 251.95/36.33 -> [8869] ~p(skolem_X22), ~p(Y3_341_0)
% 251.95/36.33 -> [8870] p(skolem_X22), p(Y3_341_0)
% 251.95/36.33
% 251.95/36.33 [8869] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [16761] ~q(X6_741_3)
% 251.95/36.33
% 251.95/36.33 [16761] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [17987] r(Y5_738_2)
% 251.95/36.33
% 251.95/36.33 [17987] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [23968] ~! [Y7_7] : ((q(X6_741_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [23968] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_741_3) <=> q(Y7_7)))
% 251.95/36.33 -> [23969] ~(q(X6_741_3) <=> q(skolem_Y77(X6_741_3)))
% 251.95/36.33
% 251.95/36.33 [23969] BETA_NOT_EQUIV : ~(q(X6_741_3) <=> q(skolem_Y77(X6_741_3)))
% 251.95/36.33 -> [23970] ~q(X6_741_3), q(skolem_Y77(X6_741_3))
% 251.95/36.33 -> [23971] q(X6_741_3), ~q(skolem_Y77(X6_741_3))
% 251.95/36.33
% 251.95/36.33 [23971] CLOSURE : q(X6_741_3)
% 251.95/36.33
% 251.95/36.33 [23970] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [25241] ~! [Y11_11] : ((r(X10_461_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [25241] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_461_4) <=> r(Y11_11)))
% 251.95/36.33 -> [25242] ~(r(X10_461_4) <=> r(skolem_Y1111(X10_461_4)))
% 251.95/36.33
% 251.95/36.33 [25242] BETA_NOT_EQUIV : ~(r(X10_461_4) <=> r(skolem_Y1111(X10_461_4)))
% 251.95/36.33 -> [25243] ~r(X10_461_4), r(skolem_Y1111(X10_461_4))
% 251.95/36.33 -> [25244] r(X10_461_4), ~r(skolem_Y1111(X10_461_4))
% 251.95/36.33
% 251.95/36.33 [25243] CLOSURE : ~r(X10_461_4)
% 251.95/36.33
% 251.95/36.33 [25244] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [26037] s(Y9_271_5)
% 251.95/36.33
% 251.95/36.33 [26037] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [26104] p(Y13_211_6)
% 251.95/36.33
% 251.95/36.33 [26104] CLOSURE : p(Y13_211_6)
% 251.95/36.33
% 251.95/36.33 [8870] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [15743] ~q(skolem_Y77(X6_501_3))
% 251.95/36.33
% 251.95/36.33 [15743] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [16765] r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [16765] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [17548] ~! [Y7_7] : ((q(X6_501_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [17548] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_501_3) <=> q(Y7_7)))
% 251.95/36.33 -> [17549] ~(q(X6_501_3) <=> q(skolem_Y77(X6_501_3)))
% 251.95/36.33
% 251.95/36.33 [17549] BETA_NOT_EQUIV : ~(q(X6_501_3) <=> q(skolem_Y77(X6_501_3)))
% 251.95/36.33 -> [17551] ~q(X6_501_3), q(skolem_Y77(X6_501_3))
% 251.95/36.33 -> [17552] q(X6_501_3), ~q(skolem_Y77(X6_501_3))
% 251.95/36.33
% 251.95/36.33 [17551] CLOSURE : q(skolem_Y77(X6_501_3))
% 251.95/36.33
% 251.95/36.33 [17552] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [40347] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [40347] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33 -> [40348] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33
% 251.95/36.33 [40348] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33 -> [40349] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.33 -> [40350] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [40349] CLOSURE : ~r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [40350] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [8219] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [8222] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [8222] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [9573] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [9573] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [16380] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [16380] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [16381] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [16382] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [16381] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [16382] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [17174] ~q(X6_1238_3)
% 251.95/36.33
% 251.95/36.33 [17174] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [18391] r(Y5_763_2)
% 251.95/36.33
% 251.95/36.33 [18391] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [40342] ~! [Y7_7] : ((q(X6_1238_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [40342] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_1238_3) <=> q(Y7_7)))
% 251.95/36.33 -> [40343] ~(q(X6_1238_3) <=> q(skolem_Y77(X6_1238_3)))
% 251.95/36.33
% 251.95/36.33 [40343] BETA_NOT_EQUIV : ~(q(X6_1238_3) <=> q(skolem_Y77(X6_1238_3)))
% 251.95/36.33 -> [40344] ~q(X6_1238_3), q(skolem_Y77(X6_1238_3))
% 251.95/36.33 -> [40345] q(X6_1238_3), ~q(skolem_Y77(X6_1238_3))
% 251.95/36.33
% 251.95/36.33 [40345] CLOSURE : q(X6_1238_3)
% 251.95/36.33
% 251.95/36.33 [40344] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [41117] ~! [Y11_11] : ((r(X10_1080_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [41117] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1080_4) <=> r(Y11_11)))
% 251.95/36.33 -> [41118] ~(r(X10_1080_4) <=> r(skolem_Y1111(X10_1080_4)))
% 251.95/36.33
% 251.95/36.33 [41118] BETA_NOT_EQUIV : ~(r(X10_1080_4) <=> r(skolem_Y1111(X10_1080_4)))
% 251.95/36.33 -> [41119] ~r(X10_1080_4), r(skolem_Y1111(X10_1080_4))
% 251.95/36.33 -> [41120] r(X10_1080_4), ~r(skolem_Y1111(X10_1080_4))
% 251.95/36.33
% 251.95/36.33 [41119] CLOSURE : ~r(X10_1080_4)
% 251.95/36.33
% 251.95/36.33 [41120] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [41362] s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [41362] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [41433] p(Y13_615_6)
% 251.95/36.33
% 251.95/36.33 [41433] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [41505] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [41505] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33 -> [41506] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33
% 251.95/36.33 [41506] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33 -> [41507] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.33 -> [41508] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [41508] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [41507] CLOSURE : ~s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [7454] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [7460] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [7460] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [7461] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [7462] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [7462] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [7463] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [7463] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [8890] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [8890] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [8891] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [8892] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [8891] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [8892] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [15767] ~q(skolem_Y77(X6_503_3))
% 251.95/36.33
% 251.95/36.33 [15767] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [16796] r(Y5_675_2)
% 251.95/36.33
% 251.95/36.33 [16796] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [17578] ~! [Y7_7] : ((q(X6_503_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [17578] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_503_3) <=> q(Y7_7)))
% 251.95/36.33 -> [17579] ~(q(X6_503_3) <=> q(skolem_Y77(X6_503_3)))
% 251.95/36.33
% 251.95/36.33 [17579] BETA_NOT_EQUIV : ~(q(X6_503_3) <=> q(skolem_Y77(X6_503_3)))
% 251.95/36.33 -> [17580] ~q(X6_503_3), q(skolem_Y77(X6_503_3))
% 251.95/36.33 -> [17581] q(X6_503_3), ~q(skolem_Y77(X6_503_3))
% 251.95/36.33
% 251.95/36.33 [17580] CLOSURE : q(skolem_Y77(X6_503_3))
% 251.95/36.33
% 251.95/36.33 [17581] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [41781] ~! [Y11_11] : ((r(X10_1107_4) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [41781] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(X10_1107_4) <=> r(Y11_11)))
% 251.95/36.33 -> [41782] ~(r(X10_1107_4) <=> r(skolem_Y1111(X10_1107_4)))
% 251.95/36.33
% 251.95/36.33 [41782] BETA_NOT_EQUIV : ~(r(X10_1107_4) <=> r(skolem_Y1111(X10_1107_4)))
% 251.95/36.33 -> [41783] ~r(X10_1107_4), r(skolem_Y1111(X10_1107_4))
% 251.95/36.33 -> [41784] r(X10_1107_4), ~r(skolem_Y1111(X10_1107_4))
% 251.95/36.33
% 251.95/36.33 [41783] CLOSURE : ~r(X10_1107_4)
% 251.95/36.33
% 251.95/36.33 [41784] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [42126] s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [42126] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [42189] p(Y13_633_6)
% 251.95/36.33
% 251.95/36.33 [42189] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [42277] (s(skolem_X1414) <=> s(Y15_333_7))
% 251.95/36.33
% 251.95/36.33 [42277] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_333_7))
% 251.95/36.33 -> [42279] ~s(skolem_X1414), ~s(Y15_333_7)
% 251.95/36.33 -> [42280] s(skolem_X1414), s(Y15_333_7)
% 251.95/36.33
% 251.95/36.33 [42279] CLOSURE : ~s(Y15_333_7)
% 251.95/36.33
% 251.95/36.33 [42280] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [42364] q(Y17_163_8)
% 251.95/36.33
% 251.95/36.33 [42364] CLOSURE : q(Y17_163_8)
% 251.95/36.33
% 251.95/36.33 [7461] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [8232] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [8232] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [15755] (p(skolem_X22) <=> p(Y3_569_0))
% 251.95/36.33
% 251.95/36.33 [15755] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_569_0))
% 251.95/36.33 -> [15758] ~p(skolem_X22), ~p(Y3_569_0)
% 251.95/36.33 -> [15759] p(skolem_X22), p(Y3_569_0)
% 251.95/36.33
% 251.95/36.33 [15758] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [17566] ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [17566] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [25132] r(Y5_961_2)
% 251.95/36.33
% 251.95/36.33 [25132] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [25187] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [25187] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [25188] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [25188] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [25189] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [25190] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [25189] CLOSURE : q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [25190] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [15759] GAMMA_NOT_EXISTS : ~? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [16387] ~q(X6_542_3)
% 251.95/36.33
% 251.95/36.33 [16387] GAMMA_FORALL : ! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [17571] r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [17571] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [18403] ~! [Y7_7] : ((q(X6_542_3) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [18403] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(X6_542_3) <=> q(Y7_7)))
% 251.95/36.33 -> [18404] ~(q(X6_542_3) <=> q(skolem_Y77(X6_542_3)))
% 251.95/36.33
% 251.95/36.33 [18404] BETA_NOT_EQUIV : ~(q(X6_542_3) <=> q(skolem_Y77(X6_542_3)))
% 251.95/36.33 -> [18405] ~q(X6_542_3), q(skolem_Y77(X6_542_3))
% 251.95/36.33 -> [18406] q(X6_542_3), ~q(skolem_Y77(X6_542_3))
% 251.95/36.33
% 251.95/36.33 [18406] CLOSURE : q(X6_542_3)
% 251.95/36.33
% 251.95/36.33 [18405] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [41848] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [41848] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.33 -> [41849] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33
% 251.95/36.33 [41849] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.33 -> [41850] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.33 -> [41851] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [41850] CLOSURE : ~r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [41851] CLOSURE : ~r(skolem_Y1111(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [13] DELTA_EXISTS : ? [X4_4] : (q(X4_4))
% 251.95/36.33 -> [19] q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [19] DELTA_NOT_FORALL : ~! [Y5_5] : (r(Y5_5))
% 251.95/36.33 -> [30] ~r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [30] BETA_EQUIV : ((? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))) <=> (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))))
% 251.95/36.33 -> [55] ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.33 -> [56] (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))), (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.33
% 251.95/36.33 [55] BETA_NOT_EQUIV : ~(? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.95/36.33 -> [4721] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.33 -> [4722] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.33
% 251.95/36.33 [4721] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.33 -> [5435] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33 -> [5436] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33
% 251.95/36.33 [5436] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.33 -> [5437] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [5437] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.33 -> [5439] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [5440] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.33
% 251.95/36.33 [5439] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [10834] ~s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [10834] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33 -> [10835] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [10836] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33
% 251.95/36.33 [10835] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [11313] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [11314] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [11314] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [11317] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [11317] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [31279] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31279] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [31333] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31334] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [31333] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31371] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31372] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31371] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31412] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31412] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31413] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31414] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31414] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31413] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31648] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31648] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31649] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31649] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31650] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31651] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31650] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31651] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31848] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31848] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31849] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31850] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31850] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31849] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [31926] ~r(X8_780_3)
% 251.95/36.33
% 251.95/36.33 [31926] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [31965] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [31965] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33 -> [31966] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33
% 251.95/36.33 [31966] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33 -> [31967] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.33 -> [31968] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [31968] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [31967] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [32121] ~p(X16_112_5)
% 251.95/36.33
% 251.95/36.33 [32121] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [32130] q(Y17_80_6)
% 251.95/36.33
% 251.95/36.33 [32130] CLOSURE : q(Y17_80_6)
% 251.95/36.33
% 251.95/36.33 [31372] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31373] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31373] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31513] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31513] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31656] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31656] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31658] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31659] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31659] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31658] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32002] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32002] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [32003] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [32003] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [32004] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [32005] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [32005] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [32004] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32087] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32087] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32089] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32090] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32090] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32089] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32111] ~r(X8_789_3)
% 251.95/36.33
% 251.95/36.33 [32111] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [32117] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [32117] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33 -> [32118] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33
% 251.95/36.33 [32118] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33 -> [32119] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.33 -> [32120] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32120] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32119] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32197] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33
% 251.95/36.33 [32197] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32198] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [32198] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [32199] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [32200] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [32200] CLOSURE : p(skolem_X22)
% 251.95/36.33
% 251.95/36.33 [32199] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31334] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [31340] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [31340] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31341] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31342] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31342] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31346] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31346] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31475] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31475] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31477] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31478] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31478] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31477] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31941] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31941] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31942] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31942] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31943] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31944] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31943] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31944] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32007] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32007] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32008] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32009] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32009] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32008] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32034] ~r(X8_786_3)
% 251.95/36.33
% 251.95/36.33 [32034] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32053] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32053] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.33 -> [32054] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.33 -> [32055] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32055] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32054] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [32150] q(Y17_81_5)
% 251.95/36.33
% 251.95/36.33 [32150] CLOSURE : q(Y17_81_5)
% 251.95/36.33
% 251.95/36.33 [31341] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31377] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31377] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31518] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31518] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31519] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31520] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31520] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31519] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31773] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31773] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31774] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31774] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31775] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31776] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31776] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31775] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32022] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32022] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32023] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32024] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32024] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32023] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32048] ~r(X8_787_3)
% 251.95/36.33
% 251.95/36.33 [32048] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32059] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32059] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.33 -> [32060] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.33 -> [32061] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32061] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32060] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [32145] ~p(X16_114_5)
% 251.95/36.33
% 251.95/36.33 [32145] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32152] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33
% 251.95/36.33 [32152] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32153] (p(skolem_X22) <=> p(Y3_960_0))
% 251.95/36.33
% 251.95/36.33 [32153] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_960_0))
% 251.95/36.33 -> [32154] ~p(skolem_X22), ~p(Y3_960_0)
% 251.95/36.33 -> [32155] p(skolem_X22), p(Y3_960_0)
% 251.95/36.33
% 251.95/36.33 [32155] CLOSURE : p(skolem_X22)
% 251.95/36.33
% 251.95/36.33 [32154] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32166] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33
% 251.95/36.33 [32166] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32167] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32167] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [32168] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [32168] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [32169] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [32170] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [32169] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [32170] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32236] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [32236] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32237] (r(skolem_X1010) <=> r(Y11_774_2))
% 251.95/36.33
% 251.95/36.33 [32237] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_774_2))
% 251.95/36.33 -> [32238] ~r(skolem_X1010), ~r(Y11_774_2)
% 251.95/36.33 -> [32239] r(skolem_X1010), r(Y11_774_2)
% 251.95/36.33
% 251.95/36.33 [32239] CLOSURE : r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [32238] : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32250] ~? [X8_8] : (r(X8_8))
% 251.95/36.33
% 251.95/36.33 [32250] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32251] ~r(X8_794_3)
% 251.95/36.33
% 251.95/36.33 [32251] GAMMA_NOT_EXISTS : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32256] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [32256] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32257] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [32257] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.33 -> [32258] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.33 -> [32259] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [32259] CLOSURE : s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [32258] CLOSURE : ~s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [11313] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [11910] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11911] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [11910] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [25695] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [25696] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [25696] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [25697] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [25697] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [25891] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [25891] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [26043] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [26043] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [26044] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [26045] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [26044] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [26045] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [26223] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [26223] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [26224] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [26224] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [26226] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [26227] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [26227] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [26226] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [26647] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [26647] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [26648] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [26649] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [26649] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [26648] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [26728] ~r(X8_545_3)
% 251.95/36.33
% 251.95/36.33 [26728] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [26752] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [26752] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [26793] p(Y13_230_5)
% 251.95/36.33
% 251.95/36.33 [26793] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [26829] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [26829] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33 -> [26830] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33
% 251.95/36.33 [26830] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33 -> [26832] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.33 -> [26833] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [26832] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [26833] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [25695] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [25757] (p(skolem_X22) <=> p(Y3_850_0))
% 251.95/36.33
% 251.95/36.33 [25757] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_850_0))
% 251.95/36.33 -> [25758] ~p(skolem_X22), ~p(Y3_850_0)
% 251.95/36.33 -> [25759] p(skolem_X22), p(Y3_850_0)
% 251.95/36.33
% 251.95/36.33 [25758] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [25809] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [25809] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [25810] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [25810] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [25811] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [25812] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [25811] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [25812] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [25929] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [25929] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [25930] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [25931] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [25930] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [25980] ~r(X8_520_3)
% 251.95/36.33
% 251.95/36.33 [25980] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [25981] ~s(X12_257_4)
% 251.95/36.33
% 251.95/36.33 [25981] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [25982] p(Y13_207_5)
% 251.95/36.33
% 251.95/36.33 [25982] CLOSURE : p(Y13_207_5)
% 251.95/36.33
% 251.95/36.33 [25931] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [25759] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [25994] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [25994] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [25995] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [25995] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [25996] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [25997] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [25996] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [25997] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [26214] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [26214] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [26215] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [26216] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [26216] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [26215] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [26368] ~r(X8_534_3)
% 251.95/36.33
% 251.95/36.33 [26368] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [26416] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [26416] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [26469] p(Y13_224_5)
% 251.95/36.33
% 251.95/36.33 [26469] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [27115] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [27115] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33 -> [27116] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33
% 251.95/36.33 [27116] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33 -> [27117] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.33 -> [27118] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [27117] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [27118] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [11911] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [11915] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [11915] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11916] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11917] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11917] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11918] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11918] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31315] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [31315] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [31316] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [31317] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31316] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31317] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31360] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31360] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31361] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31361] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31362] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31363] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31362] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31363] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31446] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31446] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31447] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31448] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31448] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31447] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [31596] ~r(X8_776_3)
% 251.95/36.33
% 251.95/36.33 [31596] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [31741] ~s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [31741] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [31855] p(Y13_351_5)
% 251.95/36.33
% 251.95/36.33 [31855] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [31895] (s(skolem_X1414) <=> s(Y15_162_6))
% 251.95/36.33
% 251.95/36.33 [31895] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_162_6))
% 251.95/36.33 -> [31896] ~s(skolem_X1414), ~s(Y15_162_6)
% 251.95/36.33 -> [31897] s(skolem_X1414), s(Y15_162_6)
% 251.95/36.33
% 251.95/36.33 [31897] CLOSURE : s(Y15_162_6)
% 251.95/36.33
% 251.95/36.33 [31896] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31977] q(Y17_79_7)
% 251.95/36.33
% 251.95/36.33 [31977] CLOSURE : q(Y17_79_7)
% 251.95/36.33
% 251.95/36.33 [11916] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31199] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31199] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31201] (p(skolem_X22) <=> p(Y3_930_0))
% 251.95/36.33
% 251.95/36.33 [31201] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_930_0))
% 251.95/36.33 -> [31202] ~p(skolem_X22), ~p(Y3_930_0)
% 251.95/36.33 -> [31203] p(skolem_X22), p(Y3_930_0)
% 251.95/36.33
% 251.95/36.33 [31202] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31214] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31214] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31215] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31215] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31216] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31217] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31217] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31216] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31386] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31386] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31388] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31389] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31388] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [31422] ~r(X8_766_3)
% 251.95/36.33
% 251.95/36.33 [31422] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [31423] ~s(X12_403_4)
% 251.95/36.33
% 251.95/36.33 [31423] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [31425] p(Y13_339_5)
% 251.95/36.33
% 251.95/36.33 [31425] CLOSURE : p(Y13_339_5)
% 251.95/36.33
% 251.95/36.33 [31389] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31203] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31251] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31251] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31252] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31252] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31253] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31254] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31254] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31253] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31890] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31890] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31893] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31894] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31894] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31893] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32018] ~r(X8_785_3)
% 251.95/36.33
% 251.95/36.33 [32018] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32107] ~s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [32107] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32162] p(Y13_356_5)
% 251.95/36.33
% 251.95/36.33 [32162] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32205] (s(skolem_X1414) <=> s(Y15_168_6))
% 251.95/36.33
% 251.95/36.33 [32205] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_168_6))
% 251.95/36.33 -> [32206] ~s(skolem_X1414), ~s(Y15_168_6)
% 251.95/36.33 -> [32207] s(skolem_X1414), s(Y15_168_6)
% 251.95/36.33
% 251.95/36.33 [32207] CLOSURE : s(Y15_168_6)
% 251.95/36.33
% 251.95/36.33 [32206] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [32308] ~p(X16_116_7)
% 251.95/36.33
% 251.95/36.33 [32308] CLOSURE : ~p(X16_116_7)
% 251.95/36.33
% 251.95/36.33 [10836] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [10837] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [10838] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [10838] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [10840] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [10840] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [31391] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31392] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [31391] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31406] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31407] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31407] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31408] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31408] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31489] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [31489] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [31490] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [31491] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31490] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31491] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31620] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31620] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31621] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31621] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31622] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31623] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31622] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31623] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31858] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31858] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31861] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31862] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31862] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31861] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [31979] ~r(X8_783_3)
% 251.95/36.33
% 251.95/36.33 [31979] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32035] p(Y13_355_4)
% 251.95/36.33
% 251.95/36.33 [32035] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [32099] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [32099] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33 -> [32100] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33
% 251.95/36.33 [32100] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33 -> [32101] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.33 -> [32102] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32102] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32101] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [32416] q(Y17_83_6)
% 251.95/36.33
% 251.95/36.33 [32416] CLOSURE : q(Y17_83_6)
% 251.95/36.33
% 251.95/36.33 [31406] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31424] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31424] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31546] (p(skolem_X22) <=> p(Y3_941_0))
% 251.95/36.33
% 251.95/36.33 [31546] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_941_0))
% 251.95/36.33 -> [31547] ~p(skolem_X22), ~p(Y3_941_0)
% 251.95/36.33 -> [31548] p(skolem_X22), p(Y3_941_0)
% 251.95/36.33
% 251.95/36.33 [31547] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31768] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31768] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31769] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31769] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31770] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31771] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31771] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31770] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32194] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32194] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32195] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32196] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32196] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32195] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32284] ~r(X8_799_3)
% 251.95/36.33
% 251.95/36.33 [32284] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32313] p(Y13_362_4)
% 251.95/36.33
% 251.95/36.33 [32313] CLOSURE : p(Y13_362_4)
% 251.95/36.33
% 251.95/36.33 [31548] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31711] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31711] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31712] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31712] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31713] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31714] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31714] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31713] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32159] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32159] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32160] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32161] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32161] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32160] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32261] ~r(X8_795_3)
% 251.95/36.33
% 251.95/36.33 [32261] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32297] p(Y13_360_4)
% 251.95/36.33
% 251.95/36.33 [32297] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [32334] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [32334] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33 -> [32335] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33
% 251.95/36.33 [32335] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33 -> [32336] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.33 -> [32337] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32337] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32336] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [32473] ~p(X16_119_6)
% 251.95/36.33
% 251.95/36.33 [32473] CLOSURE : ~p(X16_119_6)
% 251.95/36.33
% 251.95/36.33 [31392] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [31393] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [31393] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31394] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31395] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31394] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31409] (p(skolem_X22) <=> p(Y3_934_0))
% 251.95/36.33
% 251.95/36.33 [31409] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_934_0))
% 251.95/36.33 -> [31410] ~p(skolem_X22), ~p(Y3_934_0)
% 251.95/36.33 -> [31411] p(skolem_X22), p(Y3_934_0)
% 251.95/36.33
% 251.95/36.33 [31410] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31549] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31549] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31550] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31550] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31551] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31552] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31551] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31552] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31779] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31779] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31780] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31781] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31781] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31780] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [31940] ~r(X8_782_3)
% 251.95/36.33
% 251.95/36.33 [31940] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32001] p(Y13_354_4)
% 251.95/36.33
% 251.95/36.33 [32001] CLOSURE : p(Y13_354_4)
% 251.95/36.33
% 251.95/36.33 [31411] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31527] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31527] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31528] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31528] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31529] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31530] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31529] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31530] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31725] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31725] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31726] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31727] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31727] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31726] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [31930] ~r(X8_781_3)
% 251.95/36.33
% 251.95/36.33 [31930] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [31983] p(Y13_353_4)
% 251.95/36.33
% 251.95/36.33 [31983] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32045] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32045] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.33 -> [32046] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.33 -> [32047] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32047] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32046] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [32375] ~p(X16_117_6)
% 251.95/36.33
% 251.95/36.33 [32375] CLOSURE : ~p(X16_117_6)
% 251.95/36.33
% 251.95/36.33 [31395] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31396] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31396] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31473] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31473] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31558] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [31558] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [31559] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [31560] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31559] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31560] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31729] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31729] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31730] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31730] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31731] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31732] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31732] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31731] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32163] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32163] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32164] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32165] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32165] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32164] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32270] ~r(X8_797_3)
% 251.95/36.33
% 251.95/36.33 [32270] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32305] p(Y13_361_4)
% 251.95/36.33
% 251.95/36.33 [32305] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32344] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32344] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.33 -> [32345] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.33 -> [32346] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32346] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [32345] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32457] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33
% 251.95/36.33 [32457] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32458] (p(skolem_X22) <=> p(Y3_966_0))
% 251.95/36.33
% 251.95/36.33 [32458] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_966_0))
% 251.95/36.33 -> [32459] ~p(skolem_X22), ~p(Y3_966_0)
% 251.95/36.33 -> [32460] p(skolem_X22), p(Y3_966_0)
% 251.95/36.33
% 251.95/36.33 [32459] CLOSURE : ~p(skolem_X22)
% 251.95/36.33
% 251.95/36.33 [32460] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32491] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33
% 251.95/36.33 [32491] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32492] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32492] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [32493] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [32493] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [32494] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [32495] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [32494] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [32495] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32576] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [32576] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32577] (r(skolem_X1010) <=> r(Y11_791_2))
% 251.95/36.33
% 251.95/36.33 [32577] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_791_2))
% 251.95/36.33 -> [32578] ~r(skolem_X1010), ~r(Y11_791_2)
% 251.95/36.33 -> [32579] r(skolem_X1010), r(Y11_791_2)
% 251.95/36.33
% 251.95/36.33 [32579] CLOSURE : r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [32578] : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32589] ~? [X8_8] : (r(X8_8))
% 251.95/36.33
% 251.95/36.33 [32589] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32590] ~r(X8_816_3)
% 251.95/36.33
% 251.95/36.33 [32590] GAMMA_NOT_EXISTS : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32598] ! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [32598] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32599] p(Y13_375_4)
% 251.95/36.33
% 251.95/36.33 [32599] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32602] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [32602] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32603] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [32603] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.33 -> [32604] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.33 -> [32605] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [32605] CLOSURE : s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [32604] CLOSURE : ~s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [10837] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [11318] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11318] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [11321] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11322] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [11322] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [11325] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [11325] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11326] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11327] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11326] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [11931] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [11931] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [11933] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [11934] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11933] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [25749] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [25749] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [25750] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [25750] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [25752] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [25753] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [25752] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [25753] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [25870] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [25870] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [25871] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [25872] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [25872] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [25871] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [25936] ~r(X8_517_3)
% 251.95/36.33
% 251.95/36.33 [25936] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [25938] ~s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [25938] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [25939] (s(skolem_X1414) <=> s(Y15_92_5))
% 251.95/36.33
% 251.95/36.33 [25939] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_92_5))
% 251.95/36.33 -> [25940] ~s(skolem_X1414), ~s(Y15_92_5)
% 251.95/36.33 -> [25941] s(skolem_X1414), s(Y15_92_5)
% 251.95/36.33
% 251.95/36.33 [25940] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [26016] ~p(X16_58_6)
% 251.95/36.33
% 251.95/36.33 [26016] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [26017] q(Y17_44_7)
% 251.95/36.33
% 251.95/36.33 [26017] CLOSURE : q(Y17_44_7)
% 251.95/36.33
% 251.95/36.33 [25941] CLOSURE : s(Y15_92_5)
% 251.95/36.33
% 251.95/36.33 [11934] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11327] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11328] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11328] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31390] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31390] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31429] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31429] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31431] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31432] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31432] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31431] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31917] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31917] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31918] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31918] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31919] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31920] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31920] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31919] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32103] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32103] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32105] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32106] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32106] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32105] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32129] ~r(X8_791_3)
% 251.95/36.33
% 251.95/36.33 [32129] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32139] ~s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [32139] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32156] (s(skolem_X1414) <=> s(Y15_167_5))
% 251.95/36.33
% 251.95/36.33 [32156] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_167_5))
% 251.95/36.33 -> [32157] ~s(skolem_X1414), ~s(Y15_167_5)
% 251.95/36.33 -> [32158] s(skolem_X1414), s(Y15_167_5)
% 251.95/36.33
% 251.95/36.33 [32158] CLOSURE : s(Y15_167_5)
% 251.95/36.33
% 251.95/36.33 [32157] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32190] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33
% 251.95/36.33 [32190] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32191] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [32191] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [32192] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [32193] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [32193] CLOSURE : p(skolem_X22)
% 251.95/36.33
% 251.95/36.33 [32192] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11321] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [11925] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [11926] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [11925] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31270] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31270] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31271] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31271] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31273] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31274] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31274] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31273] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31293] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31293] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31295] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31295] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31296] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31297] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31297] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31296] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31537] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31537] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31538] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31539] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31539] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31538] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [31572] ~r(X8_775_3)
% 251.95/36.33
% 251.95/36.33 [31572] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [31573] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [31573] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [31574] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [31574] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33 -> [31575] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33
% 251.95/36.33 [31575] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33 -> [31576] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.33 -> [31577] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [31576] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [31577] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [11926] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [11927] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [11927] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31397] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [31397] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [31398] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [31399] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31398] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31399] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32011] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32011] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [32012] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [32012] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [32013] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [32014] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [32013] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [32014] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32180] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32180] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32181] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32182] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32182] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32181] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [32307] ~r(X8_800_3)
% 251.95/36.33
% 251.95/36.33 [32307] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32330] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32330] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [32368] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [32368] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.33 -> [32369] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33
% 251.95/36.33 [32369] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.33 -> [32370] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.33 -> [32371] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32370] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.33
% 251.95/36.33 [32371] CLOSURE : s(skolem_Y99)
% 251.95/36.33
% 251.95/36.33 [5440] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.33 -> [5451] r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [5451] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.33 -> [11335] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [11336] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33
% 251.95/36.33 [11336] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [11337] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [11338] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [11337] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [11949] ~p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [11949] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [31676] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31677] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [31676] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31747] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31748] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31748] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31749] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31749] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31866] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31866] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31867] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31868] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31868] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31867] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32201] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32201] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [32202] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [32202] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [32203] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [32204] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [32203] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [32204] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32267] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32267] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32268] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32269] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32269] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32268] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32444] s(Y9_409_3)
% 251.95/36.33
% 251.95/36.33 [32444] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32451] ~s(X12_432_4)
% 251.95/36.33
% 251.95/36.33 [32451] CLOSURE : ~s(X12_432_4)
% 251.95/36.33
% 251.95/36.33 [31747] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31792] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31792] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31884] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31884] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31886] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31887] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31887] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31886] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32041] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32041] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [32042] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [32042] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [32043] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [32044] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [32044] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [32043] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32331] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32331] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32332] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32333] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32333] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32332] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32461] s(Y9_411_3)
% 251.95/36.33
% 251.95/36.33 [32461] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32489] ~s(X12_434_4)
% 251.95/36.33
% 251.95/36.33 [32489] CLOSURE : ~s(X12_434_4)
% 251.95/36.33
% 251.95/36.33 [31677] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [31679] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [31679] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31680] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31681] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31680] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31751] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31751] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31752] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31753] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31753] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31752] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31936] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31936] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31937] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31937] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31938] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31939] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31938] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31939] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32077] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32077] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32078] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32079] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32079] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32078] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32355] s(Y9_404_3)
% 251.95/36.33
% 251.95/36.33 [32355] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32385] ~s(X12_431_4)
% 251.95/36.33
% 251.95/36.33 [32385] CLOSURE : ~s(X12_431_4)
% 251.95/36.33
% 251.95/36.33 [31681] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31682] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31682] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31847] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31847] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31953] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33
% 251.95/36.33 [31953] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.33 -> [31954] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.33 -> [31955] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31955] CLOSURE : p(skolem_Y1313)
% 251.95/36.33
% 251.95/36.33 [31954] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32243] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32243] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [32245] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [32245] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [32248] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [32249] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [32249] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [32248] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32434] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32434] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32435] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32436] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32436] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32435] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32514] s(Y9_415_3)
% 251.95/36.33
% 251.95/36.33 [32514] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32531] ~s(X12_435_4)
% 251.95/36.33
% 251.95/36.33 [32531] CLOSURE : ~s(X12_435_4)
% 251.95/36.33
% 251.95/36.33 [11338] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [11340] s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [11340] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [31660] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31661] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [31661] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [31662] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [31662] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31663] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31664] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31663] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31697] (p(skolem_X22) <=> p(Y3_946_0))
% 251.95/36.33
% 251.95/36.33 [31697] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_946_0))
% 251.95/36.33 -> [31698] ~p(skolem_X22), ~p(Y3_946_0)
% 251.95/36.33 -> [31699] p(skolem_X22), p(Y3_946_0)
% 251.95/36.33
% 251.95/36.33 [31698] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31949] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31949] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31950] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31950] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31951] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31952] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31951] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31952] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32136] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32136] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32137] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32138] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32138] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32137] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32396] s(Y9_408_3)
% 251.95/36.33
% 251.95/36.33 [32396] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32421] p(Y13_368_4)
% 251.95/36.33
% 251.95/36.33 [32421] CLOSURE : p(Y13_368_4)
% 251.95/36.33
% 251.95/36.33 [31699] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31801] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31801] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31802] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31802] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31803] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31804] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31803] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31804] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32025] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32025] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32026] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32027] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32027] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32026] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32373] s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [32373] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32397] p(Y13_365_4)
% 251.95/36.33
% 251.95/36.33 [32397] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32427] (s(skolem_X1414) <=> s(Y15_173_5))
% 251.95/36.33
% 251.95/36.33 [32427] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_173_5))
% 251.95/36.33 -> [32428] ~s(skolem_X1414), ~s(Y15_173_5)
% 251.95/36.33 -> [32429] s(skolem_X1414), s(Y15_173_5)
% 251.95/36.33
% 251.95/36.33 [32429] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [32456] ~p(X16_118_6)
% 251.95/36.33
% 251.95/36.33 [32456] CLOSURE : ~p(X16_118_6)
% 251.95/36.33
% 251.95/36.33 [32428] CLOSURE : ~s(Y15_173_5)
% 251.95/36.33
% 251.95/36.33 [31664] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31665] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31665] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31762] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31762] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31898] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [31898] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [31899] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [31900] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31899] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31900] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32069] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32069] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [32070] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [32070] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [32071] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [32072] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [32072] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [32071] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32387] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32387] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32391] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32392] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32392] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32391] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32500] s(skolem_X1414)
% 251.95/36.33
% 251.95/36.33 [32500] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32513] p(Y13_372_4)
% 251.95/36.33
% 251.95/36.33 [32513] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33 -> [32537] (s(skolem_X1414) <=> s(Y15_174_5))
% 251.95/36.33
% 251.95/36.33 [32537] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_174_5))
% 251.95/36.33 -> [32538] ~s(skolem_X1414), ~s(Y15_174_5)
% 251.95/36.33 -> [32539] s(skolem_X1414), s(Y15_174_5)
% 251.95/36.33
% 251.95/36.33 [32538] CLOSURE : ~s(Y15_174_5)
% 251.95/36.33
% 251.95/36.33 [32539] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32546] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33
% 251.95/36.33 [32546] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [32547] (p(skolem_X22) <=> p(Y3_969_0))
% 251.95/36.33
% 251.95/36.33 [32547] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_969_0))
% 251.95/36.33 -> [32548] ~p(skolem_X22), ~p(Y3_969_0)
% 251.95/36.33 -> [32549] p(skolem_X22), p(Y3_969_0)
% 251.95/36.33
% 251.95/36.33 [32548] CLOSURE : ~p(skolem_X22)
% 251.95/36.33
% 251.95/36.33 [32549] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32561] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33
% 251.95/36.33 [32561] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [32562] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [32562] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [32563] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [32563] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [32564] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [32565] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [32564] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [32565] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32591] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33
% 251.95/36.33 [32591] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32592] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.33
% 251.95/36.33 [32592] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.33 -> [32593] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.33 -> [32594] r(skolem_X1010), r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [32594] CLOSURE : r(skolem_X1010)
% 251.95/36.33
% 251.95/36.33 [32593] CLOSURE : ~r(skolem_X88)
% 251.95/36.33
% 251.95/36.33 [31660] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31690] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31691] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31690] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31750] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31750] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31835] (p(skolem_X22) <=> p(Y3_953_0))
% 251.95/36.33
% 251.95/36.33 [31835] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_953_0))
% 251.95/36.33 -> [31836] ~p(skolem_X22), ~p(Y3_953_0)
% 251.95/36.33 -> [31837] p(skolem_X22), p(Y3_953_0)
% 251.95/36.33
% 251.95/36.33 [31836] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31984] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31984] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31985] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31985] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31986] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31987] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31987] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31986] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32348] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32348] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32349] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32350] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32350] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32349] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32511] s(Y9_414_3)
% 251.95/36.33
% 251.95/36.33 [32511] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32541] p(Y13_374_4)
% 251.95/36.33
% 251.95/36.33 [32541] CLOSURE : p(Y13_374_4)
% 251.95/36.33
% 251.95/36.33 [31837] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31961] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31961] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31962] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31962] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31963] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31964] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31964] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31963] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32316] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32316] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32317] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32318] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32318] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32317] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32490] s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [32490] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32524] p(Y13_373_4)
% 251.95/36.33
% 251.95/36.33 [32524] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [32566] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [32566] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33 -> [32567] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33
% 251.95/36.33 [32567] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33 -> [32568] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.33 -> [32569] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [32569] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [32568] CLOSURE : ~s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [31691] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31696] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31696] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31785] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [31785] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [31786] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [31787] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31786] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31787] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31839] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31839] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31840] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31840] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31841] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31842] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31841] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31842] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31995] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31995] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31996] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31997] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31997] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31996] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32376] s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [32376] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [32422] p(Y13_369_4)
% 251.95/36.33
% 251.95/36.33 [32422] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [32496] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [32496] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.33 -> [32497] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33
% 251.95/36.33 [32497] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.33 -> [32498] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.33 -> [32499] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [32499] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.33
% 251.95/36.33 [32498] CLOSURE : ~s(skolem_X1212)
% 251.95/36.33
% 251.95/36.33 [11335] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.33 -> [11944] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.33 -> [11945] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.33
% 251.95/36.33 [11944] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.33 -> [31463] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31464] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33
% 251.95/36.33 [31463] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31496] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31497] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31496] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31540] (p(skolem_X22) <=> p(Y3_940_0))
% 251.95/36.33
% 251.95/36.33 [31540] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_940_0))
% 251.95/36.33 -> [31541] ~p(skolem_X22), ~p(Y3_940_0)
% 251.95/36.33 -> [31542] p(skolem_X22), p(Y3_940_0)
% 251.95/36.33
% 251.95/36.33 [31542] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31632] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31632] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31633] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31633] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31634] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31635] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31634] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31635] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31844] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31844] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31845] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31846] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31846] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31845] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32233] s(Y9_402_3)
% 251.95/36.33
% 251.95/36.33 [32233] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32304] ~s(X12_426_4)
% 251.95/36.33
% 251.95/36.33 [32304] CLOSURE : ~s(X12_426_4)
% 251.95/36.33
% 251.95/36.33 [31541] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31797] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31797] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31798] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31798] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31799] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31800] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31799] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31800] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31988] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31988] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31989] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31990] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31990] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31989] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32293] s(Y9_403_3)
% 251.95/36.33
% 251.95/36.33 [32293] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32319] ~s(X12_428_4)
% 251.95/36.33
% 251.95/36.33 [32319] CLOSURE : ~s(X12_428_4)
% 251.95/36.33
% 251.95/36.33 [31497] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31498] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31498] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31585] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31585] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31754] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [31754] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [31755] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [31756] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31755] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31756] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31876] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31876] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31877] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31877] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31878] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31879] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31879] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31878] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32273] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32273] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32275] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32276] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32276] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32275] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32626] s(Y9_420_3)
% 251.95/36.33
% 251.95/36.33 [32626] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32644] ~s(X12_437_4)
% 251.95/36.33
% 251.95/36.33 [32644] CLOSURE : ~s(X12_437_4)
% 251.95/36.33
% 251.95/36.33 [31464] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.33 -> [31503] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.33
% 251.95/36.33 [31503] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.33 -> [31504] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31505] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.33
% 251.95/36.33 [31505] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.33 -> [31506] p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31506] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31589] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33
% 251.95/36.33 [31589] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.33 -> [31590] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.33 -> [31591] p(skolem_X22), p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31590] CLOSURE : ~p(skolem_X1616)
% 251.95/36.33
% 251.95/36.33 [31591] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31718] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31718] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.33 -> [31719] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33
% 251.95/36.33 [31719] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.33 -> [31720] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.33 -> [31721] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.33
% 251.95/36.33 [31720] CLOSURE : ~q(skolem_X44)
% 251.95/36.33
% 251.95/36.33 [31721] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [31863] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [31863] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [31864] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [31865] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31865] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [31864] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32049] s(Y9_396_3)
% 251.95/36.33
% 251.95/36.33 [32049] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32080] ~s(X12_419_4)
% 251.95/36.33
% 251.95/36.33 [32080] CLOSURE : ~s(X12_419_4)
% 251.95/36.33
% 251.95/36.33 [31504] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.33 -> [31545] ~q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31545] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.33 -> [31715] (p(skolem_X22) <=> p(Y3_947_0))
% 251.95/36.33
% 251.95/36.33 [31715] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_947_0))
% 251.95/36.33 -> [31716] ~p(skolem_X22), ~p(Y3_947_0)
% 251.95/36.33 -> [31717] p(skolem_X22), p(Y3_947_0)
% 251.95/36.33
% 251.95/36.33 [31717] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31851] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31851] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31852] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31852] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31853] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31854] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31854] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31853] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.33 -> [32240] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33
% 251.95/36.33 [32240] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.33 -> [32241] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.33 -> [32242] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32242] CLOSURE : r(skolem_Y55)
% 251.95/36.33
% 251.95/36.33 [32241] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.33 -> [32580] s(Y9_418_3)
% 251.95/36.33
% 251.95/36.33 [32580] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.33 -> [32645] ~s(X12_438_4)
% 251.95/36.33
% 251.95/36.33 [32645] CLOSURE : ~s(X12_438_4)
% 251.95/36.33
% 251.95/36.33 [31716] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.33 -> [31880] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33
% 251.95/36.33 [31880] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.33 -> [31881] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33
% 251.95/36.33 [31881] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.33 -> [31882] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.33 -> [31883] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.33
% 251.95/36.33 [31883] CLOSURE : q(skolem_Y1717)
% 251.95/36.33
% 251.95/36.33 [31882] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32279] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32279] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32280] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32281] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32281] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32280] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [32634] s(Y9_421_3)
% 251.95/36.34
% 251.95/36.34 [32634] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [32665] ~s(X12_440_4)
% 251.95/36.34
% 251.95/36.34 [32665] CLOSURE : ~s(X12_440_4)
% 251.95/36.34
% 251.95/36.34 [11945] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [11946] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [11946] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [31511] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [31511] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [31602] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [31603] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [31603] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [31604] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [31604] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [31605] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [31606] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [31606] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [31610] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [31610] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [31763] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [31763] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [31764] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [31765] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [31765] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [31764] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [32028] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [32028] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [32029] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [32029] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [32030] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [32031] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [32030] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [32031] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32066] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32066] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32067] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32068] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32068] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32067] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [32179] s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [32179] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [32208] (s(skolem_X1414) <=> s(Y15_169_4))
% 251.95/36.34
% 251.95/36.34 [32208] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_169_4))
% 251.95/36.34 -> [32209] ~s(skolem_X1414), ~s(Y15_169_4)
% 251.95/36.34 -> [32210] s(skolem_X1414), s(Y15_169_4)
% 251.95/36.34
% 251.95/36.34 [32210] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [32260] q(Y17_82_5)
% 251.95/36.34
% 251.95/36.34 [32260] CLOSURE : q(Y17_82_5)
% 251.95/36.34
% 251.95/36.34 [32209] CLOSURE : ~s(Y15_169_4)
% 251.95/36.34
% 251.95/36.34 [31605] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [31647] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [31647] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [31814] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [31814] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [31815] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [31816] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [31816] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [31815] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [31906] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [31906] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [31907] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [31907] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [31908] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [31909] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [31909] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [31908] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32093] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32093] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32094] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32095] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32095] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32094] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [32216] s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [32216] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [32252] (s(skolem_X1414) <=> s(Y15_170_4))
% 251.95/36.34
% 251.95/36.34 [32252] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_170_4))
% 251.95/36.34 -> [32253] ~s(skolem_X1414), ~s(Y15_170_4)
% 251.95/36.34 -> [32254] s(skolem_X1414), s(Y15_170_4)
% 251.95/36.34
% 251.95/36.34 [32253] CLOSURE : ~s(Y15_170_4)
% 251.95/36.34
% 251.95/36.34 [32254] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [32271] ~p(X16_115_5)
% 251.95/36.34
% 251.95/36.34 [32271] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [32285] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [32285] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [32286] (p(skolem_X22) <=> p(Y3_964_0))
% 251.95/36.34
% 251.95/36.34 [32286] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_964_0))
% 251.95/36.34 -> [32287] ~p(skolem_X22), ~p(Y3_964_0)
% 251.95/36.34 -> [32288] p(skolem_X22), p(Y3_964_0)
% 251.95/36.34
% 251.95/36.34 [32288] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [32287] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [32295] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34
% 251.95/36.34 [32295] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [32296] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [32296] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [32298] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [32298] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [32299] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [32300] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [32299] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [32300] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32324] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [32324] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32325] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34
% 251.95/36.34 [32325] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34 -> [32326] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.34 -> [32327] r(skolem_X1010), r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [32327] CLOSURE : r(skolem_X1010)
% 251.95/36.34
% 251.95/36.34 [32326] CLOSURE : ~r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [31602] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [31644] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [31645] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [31644] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [31671] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [31671] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [31672] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [31673] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [31673] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [31672] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [31902] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [31902] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [31903] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [31903] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [31904] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [31905] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [31904] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [31905] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32050] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32050] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32051] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32052] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32052] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32051] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [32675] s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [32675] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [32763] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [32763] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34 -> [32764] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34
% 251.95/36.34 [32764] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34 -> [32765] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.34 -> [32766] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [32766] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [32765] CLOSURE : ~s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [31645] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [31646] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [31646] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [31812] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [31812] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [31910] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [31910] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [31911] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [31912] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [31912] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [31911] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [32411] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [32411] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [32412] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [32412] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [32413] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [32414] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [32414] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32413] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32899] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32899] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32900] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32901] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32901] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32900] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [33095] s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [33095] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [33109] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [33109] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34 -> [33110] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34
% 251.95/36.34 [33110] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34 -> [33111] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.34 -> [33112] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [33112] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [33111] CLOSURE : ~s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [5435] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.34 -> [20862] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [20863] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.34
% 251.95/36.34 [20863] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [20864] r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [20864] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.34 -> [24319] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [24320] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34
% 251.95/36.34 [24320] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [24323] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [24324] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [24323] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [24363] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24363] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [24501] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24502] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [24502] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [24505] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [24505] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24506] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24507] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [24507] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [24508] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24508] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24680] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [24680] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [24681] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [24682] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24682] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24681] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25585] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25585] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [25586] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [25586] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [25587] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [25588] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [25587] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [25588] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25834] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25834] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25835] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25835] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25836] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25837] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25837] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25836] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26732] s(Y9_294_3)
% 251.95/36.34
% 251.95/36.34 [26732] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [26776] ~s(X12_284_4)
% 251.95/36.34
% 251.95/36.34 [26776] CLOSURE : ~s(X12_284_4)
% 251.95/36.34
% 251.95/36.34 [24506] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24561] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24561] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24750] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [24750] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [24751] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [24752] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24752] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24751] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25111] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25111] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [25112] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [25112] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [25113] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [25114] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [25114] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25113] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26105] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26105] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26106] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26106] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26107] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26108] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26108] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26107] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26762] s(Y9_296_3)
% 251.95/36.34
% 251.95/36.34 [26762] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [26851] ~s(X12_285_4)
% 251.95/36.34
% 251.95/36.34 [26851] CLOSURE : ~s(X12_285_4)
% 251.95/36.34
% 251.95/36.34 [24501] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24555] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24556] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [24555] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24608] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [24608] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [24609] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [24610] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24610] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24609] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [24950] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [24950] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [24951] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [24951] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [24952] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [24953] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [24952] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [24953] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25309] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25309] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25310] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25310] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25311] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25312] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25312] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25311] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26256] s(Y9_284_3)
% 251.95/36.34
% 251.95/36.34 [26256] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [26380] ~s(X12_275_4)
% 251.95/36.34
% 251.95/36.34 [26380] CLOSURE : ~s(X12_275_4)
% 251.95/36.34
% 251.95/36.34 [24556] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [24557] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24557] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24741] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24741] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24954] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [24954] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [24955] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [24956] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24956] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24955] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25777] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25777] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [25779] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [25779] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [25780] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [25781] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [25781] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25780] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26896] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26896] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26897] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26897] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26898] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26899] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26899] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26898] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [27051] s(Y9_303_3)
% 251.95/36.34
% 251.95/36.34 [27051] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [27079] ~s(X12_291_4)
% 251.95/36.34
% 251.95/36.34 [27079] CLOSURE : ~s(X12_291_4)
% 251.95/36.34
% 251.95/36.34 [24324] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [24326] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [24326] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [24395] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24396] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [24396] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [24397] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [24397] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24398] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24399] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [24399] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [24400] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24400] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24581] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [24581] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [24582] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [24583] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24582] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24583] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [24700] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [24700] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [24701] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [24701] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [24702] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [24703] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [24702] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [24703] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25074] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25074] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25075] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25075] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25076] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25077] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25077] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25076] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26202] s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [26202] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [26287] p(Y13_217_4)
% 251.95/36.34
% 251.95/36.34 [26287] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [26336] (s(skolem_X1414) <=> s(Y15_100_5))
% 251.95/36.34
% 251.95/36.34 [26336] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_100_5))
% 251.95/36.34 -> [26337] ~s(skolem_X1414), ~s(Y15_100_5)
% 251.95/36.34 -> [26338] s(skolem_X1414), s(Y15_100_5)
% 251.95/36.34
% 251.95/36.34 [26338] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [26381] q(Y17_47_6)
% 251.95/36.34
% 251.95/36.34 [26381] CLOSURE : q(Y17_47_6)
% 251.95/36.34
% 251.95/36.34 [26337] CLOSURE : ~s(Y15_100_5)
% 251.95/36.34
% 251.95/36.34 [24398] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24447] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24447] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24625] (p(skolem_X22) <=> p(Y3_823_0))
% 251.95/36.34
% 251.95/36.34 [24625] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_823_0))
% 251.95/36.34 -> [24626] ~p(skolem_X22), ~p(Y3_823_0)
% 251.95/36.34 -> [24627] p(skolem_X22), p(Y3_823_0)
% 251.95/36.34
% 251.95/36.34 [24626] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [24979] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [24979] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [24980] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [24980] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [24981] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [24982] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [24982] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24981] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26018] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26018] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26019] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26019] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26020] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26021] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26021] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26020] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26771] s(Y9_297_3)
% 251.95/36.34
% 251.95/36.34 [26771] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [26863] p(Y13_232_4)
% 251.95/36.34
% 251.95/36.34 [26863] CLOSURE : p(Y13_232_4)
% 251.95/36.34
% 251.95/36.34 [24627] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [24903] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [24903] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [24904] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [24904] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [24905] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [24906] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [24906] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24905] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25887] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25887] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25888] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25888] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25889] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25890] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25890] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25889] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26744] s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [26744] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [26788] p(Y13_229_4)
% 251.95/36.34
% 251.95/36.34 [26788] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [26905] (s(skolem_X1414) <=> s(Y15_103_5))
% 251.95/36.34
% 251.95/36.34 [26905] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_103_5))
% 251.95/36.34 -> [26906] ~s(skolem_X1414), ~s(Y15_103_5)
% 251.95/36.34 -> [26907] s(skolem_X1414), s(Y15_103_5)
% 251.95/36.34
% 251.95/36.34 [26907] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [26935] ~p(X16_66_6)
% 251.95/36.34
% 251.95/36.34 [26935] CLOSURE : ~p(X16_66_6)
% 251.95/36.34
% 251.95/36.34 [26906] CLOSURE : ~s(Y15_103_5)
% 251.95/36.34
% 251.95/36.34 [24395] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24440] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24441] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [24440] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24512] (p(skolem_X22) <=> p(Y3_818_0))
% 251.95/36.34
% 251.95/36.34 [24512] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_818_0))
% 251.95/36.34 -> [24513] ~p(skolem_X22), ~p(Y3_818_0)
% 251.95/36.34 -> [24514] p(skolem_X22), p(Y3_818_0)
% 251.95/36.34
% 251.95/36.34 [24513] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [24832] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [24832] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [24833] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [24833] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [24834] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [24835] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [24834] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [24835] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25272] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25272] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25273] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25273] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25274] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25275] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25275] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25274] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26304] s(Y9_287_3)
% 251.95/36.34
% 251.95/36.34 [26304] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [26419] p(Y13_223_4)
% 251.95/36.34
% 251.95/36.34 [26419] CLOSURE : p(Y13_223_4)
% 251.95/36.34
% 251.95/36.34 [24514] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [24616] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [24616] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [24619] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [24619] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [24620] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [24621] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [24620] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [24621] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [24969] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [24969] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [24970] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [24970] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [24971] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [24972] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [24972] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [24971] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26206] s(X14_94_5)
% 251.95/36.34
% 251.95/36.34 [26206] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [26364] p(Y13_218_4)
% 251.95/36.34
% 251.95/36.34 [26364] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [26470] ~! [Y15_15] : ((s(X14_94_5) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [26470] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_94_5) <=> s(Y15_15)))
% 251.95/36.34 -> [26471] ~(s(X14_94_5) <=> s(skolem_Y1515(X14_94_5)))
% 251.95/36.34
% 251.95/36.34 [26471] BETA_NOT_EQUIV : ~(s(X14_94_5) <=> s(skolem_Y1515(X14_94_5)))
% 251.95/36.34 -> [26472] ~s(X14_94_5), s(skolem_Y1515(X14_94_5))
% 251.95/36.34 -> [26473] s(X14_94_5), ~s(skolem_Y1515(X14_94_5))
% 251.95/36.34
% 251.95/36.34 [26472] CLOSURE : ~s(X14_94_5)
% 251.95/36.34
% 251.95/36.34 [26473] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [26878] ~p(X16_65_6)
% 251.95/36.34
% 251.95/36.34 [26878] CLOSURE : ~p(X16_65_6)
% 251.95/36.34
% 251.95/36.34 [24441] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [24443] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24443] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24570] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24570] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24765] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [24765] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [24766] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [24767] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24766] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24767] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25128] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25128] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [25129] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [25129] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [25130] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [25131] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [25131] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25130] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26120] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26120] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26121] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26121] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26122] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26123] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26123] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26122] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26861] s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [26861] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [26921] p(Y13_235_4)
% 251.95/36.34
% 251.95/36.34 [26921] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [27286] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [27286] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34 -> [27287] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34
% 251.95/36.34 [27287] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34 -> [27288] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.34 -> [27289] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [27289] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [27288] CLOSURE : ~s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [24319] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [24358] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [24359] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [24358] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [24377] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24378] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [24378] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [24379] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [24379] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24380] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24381] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [24380] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24429] (p(skolem_X22) <=> p(Y3_816_0))
% 251.95/36.34
% 251.95/36.34 [24429] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_816_0))
% 251.95/36.34 -> [24430] ~p(skolem_X22), ~p(Y3_816_0)
% 251.95/36.34 -> [24431] p(skolem_X22), p(Y3_816_0)
% 251.95/36.34
% 251.95/36.34 [24431] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [24543] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [24543] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [24544] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [24544] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [24545] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [24546] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [24545] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [24546] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [24863] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [24863] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [24864] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [24864] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [24865] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [24866] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [24866] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [24865] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [25973] s(Y9_269_3)
% 251.95/36.34
% 251.95/36.34 [25973] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [26156] ~s(X12_267_4)
% 251.95/36.34
% 251.95/36.34 [26156] CLOSURE : ~s(X12_267_4)
% 251.95/36.34
% 251.95/36.34 [24430] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [24806] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [24806] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [24807] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [24807] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [24808] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [24809] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [24808] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [24809] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25171] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25171] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25172] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25172] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25173] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25174] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25174] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25173] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26086] s(Y9_275_3)
% 251.95/36.34
% 251.95/36.34 [26086] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [26213] ~s(X12_269_4)
% 251.95/36.34
% 251.95/36.34 [26213] CLOSURE : ~s(X12_269_4)
% 251.95/36.34
% 251.95/36.34 [24381] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [24386] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24386] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24490] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24490] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24663] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [24663] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [24664] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [24665] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24664] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24665] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25025] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25025] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [25026] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [25026] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [25027] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [25028] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [25028] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25027] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25974] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25974] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25975] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25975] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25976] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25977] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25977] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25976] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26417] s(Y9_291_3)
% 251.95/36.34
% 251.95/36.34 [26417] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [26445] ~s(X12_277_4)
% 251.95/36.34
% 251.95/36.34 [26445] CLOSURE : ~s(X12_277_4)
% 251.95/36.34
% 251.95/36.34 [24377] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24426] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24427] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [24427] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [24428] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24428] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24536] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [24536] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [24537] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [24538] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24537] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24538] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [24653] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [24653] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [24654] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [24654] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [24655] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [24656] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [24655] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [24656] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25013] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25013] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25014] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25014] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25015] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25016] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25016] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25015] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26186] s(Y9_279_3)
% 251.95/36.34
% 251.95/36.34 [26186] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [26278] ~s(X12_271_4)
% 251.95/36.34
% 251.95/36.34 [26278] CLOSURE : ~s(X12_271_4)
% 251.95/36.34
% 251.95/36.34 [24426] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24486] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24486] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24650] (p(skolem_X22) <=> p(Y3_824_0))
% 251.95/36.34
% 251.95/36.34 [24650] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_824_0))
% 251.95/36.34 -> [24651] ~p(skolem_X22), ~p(Y3_824_0)
% 251.95/36.34 -> [24652] p(skolem_X22), p(Y3_824_0)
% 251.95/36.34
% 251.95/36.34 [24651] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25005] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25005] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [25006] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [25006] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [25007] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [25008] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [25008] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25007] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26026] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26026] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26027] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26027] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26028] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26029] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26029] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26028] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26895] s(Y9_301_3)
% 251.95/36.34
% 251.95/36.34 [26895] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [27203] ~s(X12_294_4)
% 251.95/36.34
% 251.95/36.34 [27203] CLOSURE : ~s(X12_294_4)
% 251.95/36.34
% 251.95/36.34 [24652] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25009] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25009] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [25010] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [25010] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [25011] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [25012] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [25012] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25011] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25897] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25897] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25898] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25898] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25900] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25901] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25901] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25900] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26968] s(Y9_302_3)
% 251.95/36.34
% 251.95/36.34 [26968] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [27350] ~s(X12_295_4)
% 251.95/36.34
% 251.95/36.34 [27350] CLOSURE : ~s(X12_295_4)
% 251.95/36.34
% 251.95/36.34 [24359] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [24360] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [24360] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [24439] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24439] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [24598] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24599] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [24599] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [24600] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [24600] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24601] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24602] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [24601] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24674] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [24674] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [24675] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [24676] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24676] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24675] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25038] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25038] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [25039] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [25039] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [25040] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [25041] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [25040] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [25041] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25351] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25351] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25352] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25352] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25353] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25354] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25354] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25353] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26411] s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [26411] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [26565] (s(skolem_X1414) <=> s(Y15_102_4))
% 251.95/36.34
% 251.95/36.34 [26565] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_102_4))
% 251.95/36.34 -> [26566] ~s(skolem_X1414), ~s(Y15_102_4)
% 251.95/36.34 -> [26567] s(skolem_X1414), s(Y15_102_4)
% 251.95/36.34
% 251.95/36.34 [26566] CLOSURE : ~s(Y15_102_4)
% 251.95/36.34
% 251.95/36.34 [26567] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [26656] ~p(X16_62_5)
% 251.95/36.34
% 251.95/36.34 [26656] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [26720] q(Y17_51_6)
% 251.95/36.34
% 251.95/36.34 [26720] CLOSURE : q(Y17_51_6)
% 251.95/36.34
% 251.95/36.34 [24602] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [24603] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24603] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24822] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24822] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25048] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [25048] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [25050] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [25051] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25051] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25050] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25932] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25932] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [25933] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [25933] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [25934] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [25935] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [25935] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25934] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26721] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26721] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26723] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26723] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26724] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26725] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26725] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26724] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [27141] s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [27141] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [27166] (s(skolem_X1414) <=> s(Y15_105_4))
% 251.95/36.34
% 251.95/36.34 [27166] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_105_4))
% 251.95/36.34 -> [27167] ~s(skolem_X1414), ~s(Y15_105_4)
% 251.95/36.34 -> [27168] s(skolem_X1414), s(Y15_105_4)
% 251.95/36.34
% 251.95/36.34 [27167] CLOSURE : ~s(Y15_105_4)
% 251.95/36.34
% 251.95/36.34 [27168] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [27204] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [27204] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [27205] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [27205] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [27206] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [27207] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [27207] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [27206] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24598] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [24671] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24672] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [24672] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [24673] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [24673] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24878] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [24878] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [24879] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [24880] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24880] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24879] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25719] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25719] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [25720] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [25720] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [25721] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [25722] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [25721] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [25722] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25989] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25989] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25990] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25990] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25991] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25992] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25992] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25991] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26868] s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [26868] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [26874] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [26874] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34 -> [26875] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34
% 251.95/36.34 [26875] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34 -> [26876] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.34 -> [26877] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [26877] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [26876] CLOSURE : ~s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [24671] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [24731] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [24731] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24934] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [24934] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [24935] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [24936] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24936] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24935] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [25394] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25394] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [25395] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [25395] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [25396] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [25397] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [25397] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25396] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26403] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26403] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26404] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26404] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26405] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26406] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26406] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26405] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [27749] s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [27749] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [28033] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [28033] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.34 -> [28034] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34
% 251.95/36.34 [28034] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.34 -> [28035] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.34 -> [28036] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [28036] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [28035] CLOSURE : ~s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [20862] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [21112] ~s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [21112] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.34 -> [21113] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [21114] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34
% 251.95/36.34 [21114] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [21118] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [21119] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [21118] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [40613] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40613] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [40614] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40615] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [40615] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [40621] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [40621] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40622] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40623] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [40623] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [40624] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40624] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40724] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [40724] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [40725] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [40726] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40726] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40725] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41211] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41211] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [41212] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [41212] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [41213] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [41214] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41213] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41214] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41277] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41277] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41278] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41278] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41279] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41280] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41280] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41279] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41353] ~r(X8_1275_3)
% 251.95/36.34
% 251.95/36.34 [41353] CLOSURE : ~r(X8_1275_3)
% 251.95/36.34
% 251.95/36.34 [40622] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40661] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40661] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40664] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [40664] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [40668] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [40669] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40669] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40668] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [40696] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [40696] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [40697] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [40697] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [40698] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [40699] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [40699] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40698] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [40864] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [40864] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [40865] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [40865] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [40866] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [40867] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [40867] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [40866] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42179] ~r(X8_1334_3)
% 251.95/36.34
% 251.95/36.34 [42179] CLOSURE : ~r(X8_1334_3)
% 251.95/36.34
% 251.95/36.34 [40614] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40655] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40656] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [40655] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40689] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [40689] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [40690] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [40691] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40691] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40690] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [40707] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [40707] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [40709] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [40709] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [40712] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [40713] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [40712] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [40713] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [40756] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [40756] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [40757] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [40757] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [40758] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [40759] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [40759] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [40758] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [40878] ~r(X8_1244_3)
% 251.95/36.34
% 251.95/36.34 [40878] CLOSURE : ~r(X8_1244_3)
% 251.95/36.34
% 251.95/36.34 [40656] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [40659] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40659] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40736] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40736] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40797] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [40797] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [40798] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [40799] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40799] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40798] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41484] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41484] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [41485] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [41485] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [41486] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [41487] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41487] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41486] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42161] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42161] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42162] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42162] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42164] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42165] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42165] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42164] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42295] ~r(X8_1350_3)
% 251.95/36.34
% 251.95/36.34 [42295] CLOSURE : ~r(X8_1350_3)
% 251.95/36.34
% 251.95/36.34 [21119] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [21120] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [21120] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [40747] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40748] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [40748] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [40751] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [40751] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40752] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40753] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [40753] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [40754] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40754] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40900] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [40900] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [40901] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [40902] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40901] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40902] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41023] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41023] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [41024] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [41024] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [41025] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [41026] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41025] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41026] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41271] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41271] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41272] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41272] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41273] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41274] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41274] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41273] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41592] ~r(X8_1288_3)
% 251.95/36.34
% 251.95/36.34 [41592] CLOSURE : ~r(X8_1288_3)
% 251.95/36.34
% 251.95/36.34 [40752] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40792] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40792] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40897] (p(skolem_X22) <=> p(Y3_1089_0))
% 251.95/36.34
% 251.95/36.34 [40897] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1089_0))
% 251.95/36.34 -> [40898] ~p(skolem_X22), ~p(Y3_1089_0)
% 251.95/36.34 -> [40899] p(skolem_X22), p(Y3_1089_0)
% 251.95/36.34
% 251.95/36.34 [40899] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41019] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41019] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [41020] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [41020] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [41021] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [41022] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41021] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41022] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41718] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41718] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41719] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41719] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41720] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41721] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41721] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41720] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42265] ~r(X8_1346_3)
% 251.95/36.34
% 251.95/36.34 [42265] CLOSURE : ~r(X8_1346_3)
% 251.95/36.34
% 251.95/36.34 [40898] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41066] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41066] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [41067] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [41067] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [41068] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [41069] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41069] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41068] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42173] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42173] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42174] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42174] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42175] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42176] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42176] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42175] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42365] ~r(X8_1355_3)
% 251.95/36.34
% 251.95/36.34 [42365] CLOSURE : ~r(X8_1355_3)
% 251.95/36.34
% 251.95/36.34 [40747] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40785] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40786] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [40785] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40822] (p(skolem_X22) <=> p(Y3_1086_0))
% 251.95/36.34
% 251.95/36.34 [40822] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1086_0))
% 251.95/36.34 -> [40823] ~p(skolem_X22), ~p(Y3_1086_0)
% 251.95/36.34 -> [40824] p(skolem_X22), p(Y3_1086_0)
% 251.95/36.34
% 251.95/36.34 [40824] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [40921] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [40921] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [40924] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [40924] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [40925] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [40926] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [40925] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [40926] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41152] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41152] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41153] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41153] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41154] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41155] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41155] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41154] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41475] ~r(X8_1278_3)
% 251.95/36.34
% 251.95/36.34 [41475] CLOSURE : ~r(X8_1278_3)
% 251.95/36.34
% 251.95/36.34 [40823] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41419] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41419] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [41420] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [41420] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [41421] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [41422] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41421] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41422] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41479] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41479] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41480] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41480] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41481] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41482] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41482] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41481] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41580] ~r(X8_1286_3)
% 251.95/36.34
% 251.95/36.34 [41580] CLOSURE : ~r(X8_1286_3)
% 251.95/36.34
% 251.95/36.34 [40786] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [40787] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40787] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40893] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40893] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40973] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [40973] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [40974] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [40975] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40974] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40975] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41171] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41171] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [41172] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [41172] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [41173] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [41174] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41174] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41173] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42252] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42252] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42253] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42253] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42254] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42255] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42255] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42254] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42344] ~r(X8_1352_3)
% 251.95/36.34
% 251.95/36.34 [42344] CLOSURE : ~r(X8_1352_3)
% 251.95/36.34
% 251.95/36.34 [21113] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [40391] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [40392] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [40391] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [40396] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40397] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [40396] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40408] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40409] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [40408] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40420] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40420] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40421] (p(skolem_X22) <=> p(Y3_1075_0))
% 251.95/36.34
% 251.95/36.34 [40421] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1075_0))
% 251.95/36.34 -> [40422] ~p(skolem_X22), ~p(Y3_1075_0)
% 251.95/36.34 -> [40423] p(skolem_X22), p(Y3_1075_0)
% 251.95/36.34
% 251.95/36.34 [40423] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [40456] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [40456] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [40457] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [40457] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [40458] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [40459] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [40459] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40458] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [40775] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [40775] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [40776] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [40776] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [40777] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [40778] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [40778] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [40777] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41301] ~r(X8_1270_3)
% 251.95/36.34
% 251.95/36.34 [41301] CLOSURE : ~r(X8_1270_3)
% 251.95/36.34
% 251.95/36.34 [40422] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [40431] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [40431] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [40433] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [40433] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [40435] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [40436] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [40436] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40435] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [40509] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [40509] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [40510] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [40510] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [40511] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [40512] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [40512] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [40511] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [40591] ~r(X8_1235_3)
% 251.95/36.34
% 251.95/36.34 [40591] CLOSURE : ~r(X8_1235_3)
% 251.95/36.34
% 251.95/36.34 [40409] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [40410] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40410] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40741] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [40741] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [40742] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [40743] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40742] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40743] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [40825] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [40825] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [40827] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [40827] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [40830] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [40831] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [40830] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [40831] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41202] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41202] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41203] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41203] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41204] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41205] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41205] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41204] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41573] ~r(X8_1283_3)
% 251.95/36.34
% 251.95/36.34 [41573] CLOSURE : ~r(X8_1283_3)
% 251.95/36.34
% 251.95/36.34 [40397] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [40399] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [40399] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40400] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40401] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [40401] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [40407] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40407] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40810] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40810] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40976] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [40976] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [40978] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [40979] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40978] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40979] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41160] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41160] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [41161] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [41161] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [41163] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [41164] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41164] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41163] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42051] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42051] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42054] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42054] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42055] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42056] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42056] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42055] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42091] ~r(X8_1323_3)
% 251.95/36.34
% 251.95/36.34 [42091] CLOSURE : ~r(X8_1323_3)
% 251.95/36.34
% 251.95/36.34 [40400] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40411] (p(skolem_X22) <=> p(Y3_1074_0))
% 251.95/36.34
% 251.95/36.34 [40411] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1074_0))
% 251.95/36.34 -> [40412] ~p(skolem_X22), ~p(Y3_1074_0)
% 251.95/36.34 -> [40413] p(skolem_X22), p(Y3_1074_0)
% 251.95/36.34
% 251.95/36.34 [40412] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [40737] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [40737] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [40738] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [40738] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [40739] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [40740] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [40739] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [40740] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [40788] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [40788] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [40789] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [40789] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [40790] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [40791] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [40791] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [40790] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42065] ~r(X8_1321_3)
% 251.95/36.34
% 251.95/36.34 [42065] CLOSURE : ~r(X8_1321_3)
% 251.95/36.34
% 251.95/36.34 [40413] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [40842] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [40842] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [40843] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [40843] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [40844] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [40845] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [40844] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [40845] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42049] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42049] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42050] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42050] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42052] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42053] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42053] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42052] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42154] ~r(X8_1330_3)
% 251.95/36.34
% 251.95/36.34 [42154] CLOSURE : ~r(X8_1330_3)
% 251.95/36.34
% 251.95/36.34 [40392] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [40568] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [40568] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [40701] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40701] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [40800] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40801] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [40801] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [40806] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [40806] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40807] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40808] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [40808] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [40809] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40809] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40913] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40913] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41006] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [41006] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [41007] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [41008] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [41008] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [41007] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41251] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41251] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [41252] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [41252] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [41253] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [41254] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41254] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41253] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41533] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41533] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41534] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41534] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41535] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41536] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41536] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41535] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41606] ~r(X8_1289_3)
% 251.95/36.34
% 251.95/36.34 [41606] CLOSURE : ~r(X8_1289_3)
% 251.95/36.34
% 251.95/36.34 [40807] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [40846] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [40846] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [40847] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [40848] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40848] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [40847] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41608] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41608] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [41609] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [41609] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [41610] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [41611] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41611] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41903] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41903] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41905] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41905] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41906] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41907] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41907] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41906] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42012] ~r(X8_1315_3)
% 251.95/36.34
% 251.95/36.34 [42012] CLOSURE : ~r(X8_1315_3)
% 251.95/36.34
% 251.95/36.34 [41610] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [40800] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [40838] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40839] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [40839] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [40841] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [40841] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41412] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [41412] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [41413] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [41414] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [41414] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [41413] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [42061] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [42061] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.34 -> [42062] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34
% 251.95/36.34 [42062] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.34 -> [42063] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.34 -> [42064] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [42063] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [42064] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42134] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42134] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42135] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42135] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42136] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42137] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42137] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42136] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42202] ~r(X8_1337_3)
% 251.95/36.34
% 251.95/36.34 [42202] CLOSURE : ~r(X8_1337_3)
% 251.95/36.34
% 251.95/36.34 [40838] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [40868] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [40868] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41328] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [41328] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [41331] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [41332] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [41332] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [41331] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [41459] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [41459] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.34 -> [41460] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34
% 251.95/36.34 [41460] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.34 -> [41461] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.34 -> [41462] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41462] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41461] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42446] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42446] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42447] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42447] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42448] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42449] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42449] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42448] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42583] ~r(X8_1377_3)
% 251.95/36.34
% 251.95/36.34 [42583] CLOSURE : ~r(X8_1377_3)
% 251.95/36.34
% 251.95/36.34 [4722] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.34 -> [4723] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [4723] BETA_NOT_EQUIV : ~(? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.34 -> [4724] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.34 -> [4725] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.34
% 251.95/36.34 [4724] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.34 -> [5461] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [5462] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.34
% 251.95/36.34 [5462] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [5463] r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [5463] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [11398] ~s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [11398] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.34 -> [30152] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [30153] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34
% 251.95/36.34 [30152] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [30168] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30169] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [30168] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [30188] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30189] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [30188] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30209] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30210] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [30210] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30211] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30211] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30268] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [30268] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [30269] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [30270] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30269] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30270] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30333] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30333] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30335] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30336] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30335] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30336] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30413] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30413] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30414] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30414] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30415] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30416] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30416] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30415] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30560] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30560] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30579] p(Y13_320_4)
% 251.95/36.34
% 251.95/36.34 [30579] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30593] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30593] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [30594] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [30594] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [30595] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [30596] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30595] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30596] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30209] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30229] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30229] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30284] (p(skolem_X22) <=> p(Y3_904_0))
% 251.95/36.34
% 251.95/36.34 [30284] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_904_0))
% 251.95/36.34 -> [30285] ~p(skolem_X22), ~p(Y3_904_0)
% 251.95/36.34 -> [30286] p(skolem_X22), p(Y3_904_0)
% 251.95/36.34
% 251.95/36.34 [30285] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30386] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30386] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30387] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30388] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30388] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30387] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30531] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30531] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30532] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30532] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30533] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30534] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30534] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30533] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30623] ~s(X12_380_3)
% 251.95/36.34
% 251.95/36.34 [30623] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30641] p(Y13_321_4)
% 251.95/36.34
% 251.95/36.34 [30641] CLOSURE : p(Y13_321_4)
% 251.95/36.34
% 251.95/36.34 [30286] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30358] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30358] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30359] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30360] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30360] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30359] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30515] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30515] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30516] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30516] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30517] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30518] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30518] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30517] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30626] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30626] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30646] p(Y13_323_4)
% 251.95/36.34
% 251.95/36.34 [30646] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30659] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30659] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [30660] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [30660] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [30661] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [30662] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30661] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30662] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30189] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30190] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30190] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30191] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30192] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [30191] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30212] (p(skolem_X22) <=> p(Y3_898_0))
% 251.95/36.34
% 251.95/36.34 [30212] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_898_0))
% 251.95/36.34 -> [30213] ~p(skolem_X22), ~p(Y3_898_0)
% 251.95/36.34 -> [30214] p(skolem_X22), p(Y3_898_0)
% 251.95/36.34
% 251.95/36.34 [30213] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30288] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30288] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30289] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30290] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30289] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30290] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30372] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30372] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30373] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30373] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30374] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30375] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30375] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30374] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30539] ~s(X12_378_3)
% 251.95/36.34
% 251.95/36.34 [30539] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30551] p(Y13_317_4)
% 251.95/36.34
% 251.95/36.34 [30551] CLOSURE : p(Y13_317_4)
% 251.95/36.34
% 251.95/36.34 [30214] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30294] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30294] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30295] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30296] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30295] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30296] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30445] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30445] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30446] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30446] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30447] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30448] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30448] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30447] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30710] ~s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [30710] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30723] p(Y13_324_4)
% 251.95/36.34
% 251.95/36.34 [30723] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30743] (s(skolem_X1414) <=> s(Y15_146_5))
% 251.95/36.34
% 251.95/36.34 [30743] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_146_5))
% 251.95/36.34 -> [30744] ~s(skolem_X1414), ~s(Y15_146_5)
% 251.95/36.34 -> [30745] s(skolem_X1414), s(Y15_146_5)
% 251.95/36.34
% 251.95/36.34 [30745] CLOSURE : s(Y15_146_5)
% 251.95/36.34
% 251.95/36.34 [30744] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30756] ~p(X16_99_6)
% 251.95/36.34
% 251.95/36.34 [30756] CLOSURE : ~p(X16_99_6)
% 251.95/36.34
% 251.95/36.34 [30192] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30194] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30194] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30255] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30255] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30344] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [30344] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [30347] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [30348] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30347] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30348] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30478] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30478] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30479] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30480] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30480] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30479] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30682] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30682] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30683] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30683] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30684] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30685] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30685] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30684] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30777] ~s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [30777] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30788] p(Y13_325_4)
% 251.95/36.34
% 251.95/36.34 [30788] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30795] (s(skolem_X1414) <=> s(Y15_148_5))
% 251.95/36.34
% 251.95/36.34 [30795] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_148_5))
% 251.95/36.34 -> [30796] ~s(skolem_X1414), ~s(Y15_148_5)
% 251.95/36.34 -> [30797] s(skolem_X1414), s(Y15_148_5)
% 251.95/36.34
% 251.95/36.34 [30797] CLOSURE : s(Y15_148_5)
% 251.95/36.34
% 251.95/36.34 [30796] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30808] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30808] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30809] (p(skolem_X22) <=> p(Y3_920_0))
% 251.95/36.34
% 251.95/36.34 [30809] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_920_0))
% 251.95/36.34 -> [30810] ~p(skolem_X22), ~p(Y3_920_0)
% 251.95/36.34 -> [30811] p(skolem_X22), p(Y3_920_0)
% 251.95/36.34
% 251.95/36.34 [30810] CLOSURE : ~p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30811] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30822] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [30822] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30824] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30824] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30826] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30827] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30827] CLOSURE : q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [30826] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30169] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30171] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [30171] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30239] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30239] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [30300] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30301] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [30300] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30355] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30356] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [30356] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30357] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30357] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30454] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [30454] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [30455] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [30456] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30456] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30455] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30667] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30667] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30668] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30669] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30668] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30669] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30715] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30715] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30716] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30716] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30717] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30718] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30718] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30717] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30766] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30766] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [30767] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [30767] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [30768] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [30769] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30769] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30768] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30849] q(Y17_76_4)
% 251.95/36.34
% 251.95/36.34 [30849] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30865] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30865] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30866] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [30866] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [30867] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [30868] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30868] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30867] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30355] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30402] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30402] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30486] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [30486] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [30487] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [30488] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30488] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30487] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30584] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30584] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30585] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30586] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30586] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30585] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30727] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30727] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30728] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30728] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30730] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30731] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30731] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30730] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30784] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30784] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [30785] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [30785] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [30786] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [30787] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30787] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30786] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30862] ~p(X16_102_4)
% 251.95/36.34
% 251.95/36.34 [30862] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30869] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30869] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30871] (p(skolem_X22) <=> p(Y3_923_0))
% 251.95/36.34
% 251.95/36.34 [30871] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_923_0))
% 251.95/36.34 -> [30874] ~p(skolem_X22), ~p(Y3_923_0)
% 251.95/36.34 -> [30875] p(skolem_X22), p(Y3_923_0)
% 251.95/36.34
% 251.95/36.34 [30875] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30874] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30888] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [30888] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30889] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30889] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30890] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30891] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30891] CLOSURE : q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [30890] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30301] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30308] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30308] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30310] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30311] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [30310] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30365] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [30365] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [30366] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [30367] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30367] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30366] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30512] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30512] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30513] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30514] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30513] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30514] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30597] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30597] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30598] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30598] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30599] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30600] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30600] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30599] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30750] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30750] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34 -> [30751] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.34 -> [30752] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30752] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30751] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30812] ~p(X16_100_4)
% 251.95/36.34
% 251.95/36.34 [30812] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30816] q(Y17_74_5)
% 251.95/36.34
% 251.95/36.34 [30816] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30834] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30834] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30835] (p(skolem_X22) <=> p(Y3_921_0))
% 251.95/36.34
% 251.95/36.34 [30835] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_921_0))
% 251.95/36.34 -> [30836] ~p(skolem_X22), ~p(Y3_921_0)
% 251.95/36.34 -> [30837] p(skolem_X22), p(Y3_921_0)
% 251.95/36.34
% 251.95/36.34 [30837] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30836] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30853] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [30853] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30856] (q(skolem_X66) <=> q(Y7_1008_1))
% 251.95/36.34
% 251.95/36.34 [30856] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1008_1))
% 251.95/36.34 -> [30857] ~q(skolem_X66), ~q(Y7_1008_1)
% 251.95/36.34 -> [30858] q(skolem_X66), q(Y7_1008_1)
% 251.95/36.34
% 251.95/36.34 [30857] CLOSURE : ~q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [30858] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30876] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34
% 251.95/36.34 [30876] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30877] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30877] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.34 -> [30878] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.34
% 251.95/36.34 [30878] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.34 -> [30879] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.34 -> [30880] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.34
% 251.95/36.34 [30879] CLOSURE : ~r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [30880] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30913] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30913] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30914] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [30914] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.34 -> [30915] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.34 -> [30916] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [30916] CLOSURE : s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [30915] CLOSURE : ~s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [30311] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30314] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30314] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30437] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30437] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30519] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [30519] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [30520] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [30521] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30521] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30520] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30729] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30729] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30732] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30733] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30733] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30732] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30839] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30839] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30840] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30840] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30841] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30842] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30842] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30841] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30917] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30917] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34 -> [30918] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.34 -> [30919] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30919] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30918] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30957] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30957] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30958] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [30958] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [30959] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [30960] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30960] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30959] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30153] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [30154] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30155] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [30155] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30156] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [30156] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [30222] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30223] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [30222] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30246] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30247] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [30247] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30248] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30248] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30287] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30287] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30309] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [30309] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [30312] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [30313] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30312] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30313] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30362] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30362] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30363] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30364] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30364] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30363] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30427] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30427] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30428] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30428] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30429] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30430] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30430] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30429] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30510] p(Y13_316_3)
% 251.95/36.34
% 251.95/36.34 [30510] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30527] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30527] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [30528] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [30528] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [30529] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [30530] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30530] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30529] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30580] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30580] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30581] (p(skolem_X22) <=> p(Y3_918_0))
% 251.95/36.34
% 251.95/36.34 [30581] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_918_0))
% 251.95/36.34 -> [30582] ~p(skolem_X22), ~p(Y3_918_0)
% 251.95/36.34 -> [30583] p(skolem_X22), p(Y3_918_0)
% 251.95/36.34
% 251.95/36.34 [30582] CLOSURE : ~p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30583] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30587] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [30587] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30589] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30589] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30591] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30592] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30592] CLOSURE : q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [30591] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30246] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30263] (p(skolem_X22) <=> p(Y3_900_0))
% 251.95/36.34
% 251.95/36.34 [30263] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_900_0))
% 251.95/36.34 -> [30264] ~p(skolem_X22), ~p(Y3_900_0)
% 251.95/36.34 -> [30265] p(skolem_X22), p(Y3_900_0)
% 251.95/36.34
% 251.95/36.34 [30264] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30349] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30349] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30350] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30351] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30350] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30351] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30418] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30418] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30419] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30419] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30420] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30421] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30421] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30420] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30559] p(Y13_319_3)
% 251.95/36.34
% 251.95/36.34 [30559] CLOSURE : p(Y13_319_3)
% 251.95/36.34
% 251.95/36.34 [30265] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30305] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30305] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30306] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30307] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30306] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30307] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30398] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30398] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30399] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30399] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30400] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30401] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30401] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30400] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30554] p(Y13_318_3)
% 251.95/36.34
% 251.95/36.34 [30554] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30570] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30570] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [30571] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [30571] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [30572] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [30573] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30573] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30572] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30603] ~p(X16_97_5)
% 251.95/36.34
% 251.95/36.34 [30603] CLOSURE : ~p(X16_97_5)
% 251.95/36.34
% 251.95/36.34 [30223] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30225] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30225] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30226] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30227] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [30226] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30251] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30251] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30291] (p(skolem_X22) <=> p(Y3_905_0))
% 251.95/36.34
% 251.95/36.34 [30291] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_905_0))
% 251.95/36.34 -> [30292] ~p(skolem_X22), ~p(Y3_905_0)
% 251.95/36.34 -> [30293] p(skolem_X22), p(Y3_905_0)
% 251.95/36.34
% 251.95/36.34 [30292] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30322] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30322] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30323] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30324] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30324] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30323] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30409] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30409] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30410] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30410] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30411] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30412] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30412] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30411] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30485] p(Y13_315_3)
% 251.95/36.34
% 251.95/36.34 [30485] CLOSURE : p(Y13_315_3)
% 251.95/36.34
% 251.95/36.34 [30293] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30316] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30316] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30317] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30318] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30318] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30317] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30405] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30405] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30406] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30406] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30407] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30408] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30408] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30407] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30477] p(Y13_314_3)
% 251.95/36.34
% 251.95/36.34 [30477] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30500] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30500] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34 -> [30501] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.34 -> [30502] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30502] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30501] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30550] ~p(X16_96_5)
% 251.95/36.34
% 251.95/36.34 [30550] CLOSURE : ~p(X16_96_5)
% 251.95/36.34
% 251.95/36.34 [30227] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30228] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30228] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30276] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [30276] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [30279] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [30280] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30279] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30280] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30319] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30319] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30320] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30321] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30320] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30321] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30368] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30368] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30369] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30369] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30370] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30371] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30371] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30370] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30444] p(Y13_313_3)
% 251.95/36.34
% 251.95/36.34 [30444] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30462] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30462] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34 -> [30463] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.34 -> [30464] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30464] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30463] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30553] q(Y17_71_5)
% 251.95/36.34
% 251.95/36.34 [30553] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30555] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30555] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30556] (p(skolem_X22) <=> p(Y3_917_0))
% 251.95/36.34
% 251.95/36.34 [30556] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_917_0))
% 251.95/36.34 -> [30557] ~p(skolem_X22), ~p(Y3_917_0)
% 251.95/36.34 -> [30558] p(skolem_X22), p(Y3_917_0)
% 251.95/36.34
% 251.95/36.34 [30557] CLOSURE : ~p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30558] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30607] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [30607] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30608] (q(skolem_X66) <=> q(Y7_994_1))
% 251.95/36.34
% 251.95/36.34 [30608] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_994_1))
% 251.95/36.34 -> [30609] ~q(skolem_X66), ~q(Y7_994_1)
% 251.95/36.34 -> [30610] q(skolem_X66), q(Y7_994_1)
% 251.95/36.34
% 251.95/36.34 [30609] CLOSURE : ~q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [30610] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30650] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34
% 251.95/36.34 [30650] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30651] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30651] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.34 -> [30652] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.34
% 251.95/36.34 [30652] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.34 -> [30653] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.34 -> [30654] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.34
% 251.95/36.34 [30653] CLOSURE : ~r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [30654] : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30863] ! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [30863] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30864] p(Y13_326_3)
% 251.95/36.34
% 251.95/36.34 [30864] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30884] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30884] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30885] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.34
% 251.95/36.34 [30885] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.34 -> [30886] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.34 -> [30887] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [30887] CLOSURE : s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [30886] CLOSURE : ~s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [30154] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30172] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30172] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [30240] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30241] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [30241] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30242] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30242] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30243] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30244] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [30244] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30245] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30245] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30329] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [30329] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [30330] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [30331] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30331] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30330] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30638] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30638] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30639] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30640] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30639] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30640] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30678] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30678] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30679] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30679] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30680] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30681] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30681] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30680] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30830] ~s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [30830] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30859] (s(skolem_X1414) <=> s(Y15_150_4))
% 251.95/36.34
% 251.95/36.34 [30859] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_150_4))
% 251.95/36.34 -> [30860] ~s(skolem_X1414), ~s(Y15_150_4)
% 251.95/36.34 -> [30861] s(skolem_X1414), s(Y15_150_4)
% 251.95/36.34
% 251.95/36.34 [30861] CLOSURE : s(Y15_150_4)
% 251.95/36.34
% 251.95/36.34 [30860] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30896] q(Y17_77_5)
% 251.95/36.34
% 251.95/36.34 [30896] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30898] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30898] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30899] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [30899] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [30900] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [30901] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30901] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30900] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30243] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30267] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30267] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30379] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [30379] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [30381] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [30382] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30382] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30381] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30540] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30540] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30542] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30543] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30542] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30543] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30719] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30719] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30720] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30720] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30721] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30722] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30722] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30721] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30850] ~s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [30850] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30881] (s(skolem_X1414) <=> s(Y15_151_4))
% 251.95/36.34
% 251.95/36.34 [30881] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_151_4))
% 251.95/36.34 -> [30882] ~s(skolem_X1414), ~s(Y15_151_4)
% 251.95/36.34 -> [30883] s(skolem_X1414), s(Y15_151_4)
% 251.95/36.34
% 251.95/36.34 [30883] CLOSURE : s(Y15_151_4)
% 251.95/36.34
% 251.95/36.34 [30882] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30897] ~p(X16_103_5)
% 251.95/36.34
% 251.95/36.34 [30897] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30904] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30904] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30905] (p(skolem_X22) <=> p(Y3_925_0))
% 251.95/36.34
% 251.95/36.34 [30905] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_925_0))
% 251.95/36.34 -> [30906] ~p(skolem_X22), ~p(Y3_925_0)
% 251.95/36.34 -> [30907] p(skolem_X22), p(Y3_925_0)
% 251.95/36.34
% 251.95/36.34 [30907] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30906] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30924] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [30924] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30925] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30925] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30926] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30927] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30926] CLOSURE : ~q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [30927] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30240] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [30258] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30259] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [30258] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30278] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [30278] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [30281] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [30282] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30282] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30281] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30466] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30466] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30467] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30468] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30467] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30468] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30566] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30566] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30567] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30567] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30568] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30569] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30569] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30568] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30754] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30754] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30770] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30770] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [30771] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [30771] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [30772] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [30773] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30772] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30773] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30259] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30266] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [30266] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30378] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30378] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30474] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [30474] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [30475] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [30476] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30476] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [30475] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30691] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30691] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30692] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30693] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30693] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30692] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [30804] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30804] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [30805] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [30805] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [30806] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [30807] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30807] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30806] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30933] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30933] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30944] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30944] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [30945] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [30945] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [30946] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [30947] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30946] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30947] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [5461] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.34 -> [21013] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [21014] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34
% 251.95/36.34 [21013] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [21215] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [21216] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [21216] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [21219] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [21219] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [24949] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24949] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [25161] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [25162] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [25161] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [25199] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [25200] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [25200] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [25202] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [25202] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25357] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [25357] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [25360] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [25361] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25361] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25360] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [26077] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [26077] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [26078] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [26079] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [26078] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [26079] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26252] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26252] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26253] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26253] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26254] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26255] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26255] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26254] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [26385] ~r(X8_535_3)
% 251.95/36.34
% 251.95/36.34 [26385] CLOSURE : ~r(X8_535_3)
% 251.95/36.34
% 251.95/36.34 [25199] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [25282] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25282] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25391] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [25391] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [25392] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [25393] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25393] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25392] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [25634] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [25634] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [25635] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [25636] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25636] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25635] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26357] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26357] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26360] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26360] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26361] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26362] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26362] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26361] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [26449] ~r(X8_539_3)
% 251.95/36.34
% 251.95/36.34 [26449] CLOSURE : ~r(X8_539_3)
% 251.95/36.34
% 251.95/36.34 [25162] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [25165] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [25165] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [25166] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [25167] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [25166] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25206] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [25206] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [25208] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [25209] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25209] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25208] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [25453] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [25453] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [25454] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [25455] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [25454] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [25455] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25644] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25644] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25645] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25645] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25646] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25647] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25647] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25646] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [26080] ~r(X8_523_3)
% 251.95/36.34
% 251.95/36.34 [26080] CLOSURE : ~r(X8_523_3)
% 251.95/36.34
% 251.95/36.34 [25167] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [25168] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [25168] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [25320] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25320] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25456] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [25456] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [25457] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [25458] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25458] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25457] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [26205] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [26205] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [26207] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [26208] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [26208] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [26207] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26539] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26539] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26540] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26540] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26541] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26542] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26542] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26541] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [26568] ~r(X8_541_3)
% 251.95/36.34
% 251.95/36.34 [26568] CLOSURE : ~r(X8_541_3)
% 251.95/36.34
% 251.95/36.34 [21215] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [21406] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [21407] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [21407] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [21411] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [21411] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [21412] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [21413] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [21412] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41772] (p(skolem_X22) <=> p(Y3_1114_0))
% 251.95/36.34
% 251.95/36.34 [41772] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1114_0))
% 251.95/36.34 -> [41773] ~p(skolem_X22), ~p(Y3_1114_0)
% 251.95/36.34 -> [41774] p(skolem_X22), p(Y3_1114_0)
% 251.95/36.34
% 251.95/36.34 [41773] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41819] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41819] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [41820] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [41821] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41820] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41821] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41875] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41875] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41876] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41876] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41877] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41878] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41878] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41877] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42101] ~r(X8_1325_3)
% 251.95/36.34
% 251.95/36.34 [42101] CLOSURE : ~r(X8_1325_3)
% 251.95/36.34
% 251.95/36.34 [41774] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41852] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41852] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [41853] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [41854] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41853] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41854] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41937] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41937] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41938] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41938] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41939] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41940] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41940] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41939] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42102] ~r(X8_1326_3)
% 251.95/36.34
% 251.95/36.34 [42102] CLOSURE : ~r(X8_1326_3)
% 251.95/36.34
% 251.95/36.34 [21413] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [21414] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [21414] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [41177] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41177] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41268] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [41268] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [41269] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [41270] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41269] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41270] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41438] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41438] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [41439] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [41440] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41440] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41439] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42197] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42197] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42198] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42198] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42199] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42200] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42200] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42199] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42233] ~r(X8_1339_3)
% 251.95/36.34
% 251.95/36.34 [42233] CLOSURE : ~r(X8_1339_3)
% 251.95/36.34
% 251.95/36.34 [21406] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [41688] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [41689] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [41689] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [41690] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41690] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41777] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [41777] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [41778] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [41779] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41778] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41779] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41843] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41843] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [41846] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [41847] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41846] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41847] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41894] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41894] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41895] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41895] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41896] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41897] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41897] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41896] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42058] ~r(X8_1319_3)
% 251.95/36.34
% 251.95/36.34 [42058] CLOSURE : ~r(X8_1319_3)
% 251.95/36.34
% 251.95/36.34 [41688] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [41737] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41737] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41738] (p(skolem_X22) <=> p(Y3_1112_0))
% 251.95/36.34
% 251.95/36.34 [41738] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1112_0))
% 251.95/36.34 -> [41739] ~p(skolem_X22), ~p(Y3_1112_0)
% 251.95/36.34 -> [41740] p(skolem_X22), p(Y3_1112_0)
% 251.95/36.34
% 251.95/36.34 [41739] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41765] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41765] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [41766] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [41767] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41766] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41767] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41916] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41916] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41919] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41919] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41923] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41924] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41924] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41923] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42103] ~r(X8_1327_3)
% 251.95/36.34
% 251.95/36.34 [42103] CLOSURE : ~r(X8_1327_3)
% 251.95/36.34
% 251.95/36.34 [41740] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41868] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41868] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [41869] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [41870] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41870] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41869] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42227] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42227] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42230] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42230] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42231] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42232] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42232] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42231] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42351] ~r(X8_1354_3)
% 251.95/36.34
% 251.95/36.34 [42351] CLOSURE : ~r(X8_1354_3)
% 251.95/36.34
% 251.95/36.34 [21014] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [21015] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [21016] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [21015] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [21222] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [21222] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [21223] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [21224] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [21223] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [21418] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [21419] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [21418] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [24988] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [24988] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [24989] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [24990] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24990] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [24989] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [25084] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [25084] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [25085] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [25086] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [25085] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [25086] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25216] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25216] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25217] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25217] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25218] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25219] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25219] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25218] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [25511] ~r(X8_492_3)
% 251.95/36.34
% 251.95/36.34 [25511] CLOSURE : ~r(X8_492_3)
% 251.95/36.34
% 251.95/36.34 [21419] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [21420] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [21420] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [25156] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [25156] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25313] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [25313] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [25314] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [25315] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25315] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [25314] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [26069] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [26069] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [26070] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [26071] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [26071] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [26070] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [26509] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [26509] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [26627] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [26627] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [26629] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [26630] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26630] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26629] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [26749] ~r(X8_547_3)
% 251.95/36.34
% 251.95/36.34 [26749] CLOSURE : ~r(X8_547_3)
% 251.95/36.34
% 251.95/36.34 [21224] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [21229] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [21229] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [21230] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [21231] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [21230] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [21426] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [21426] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [21427] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [21427] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [21428] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [21429] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [21428] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [25042] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [25042] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [25043] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [25044] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [25043] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [25044] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [25122] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25122] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [25123] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [25123] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [25124] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [25125] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25125] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25124] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [25235] ~r(X8_477_3)
% 251.95/36.34
% 251.95/36.34 [25235] CLOSURE : ~r(X8_477_3)
% 251.95/36.34
% 251.95/36.34 [21429] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [21231] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [21232] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [21232] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41322] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [41322] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [41323] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [41324] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [41324] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [41323] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [42019] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [42019] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [42020] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [42021] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [42020] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [42021] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42141] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42141] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42142] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42142] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42143] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42144] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42144] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42143] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42304] ~r(X8_1351_3)
% 251.95/36.34
% 251.95/36.34 [42304] CLOSURE : ~r(X8_1351_3)
% 251.95/36.34
% 251.95/36.34 [21016] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [21018] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [21018] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [21432] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [21433] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [21432] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [41255] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [41256] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [41256] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [41257] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41257] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [41343] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41343] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41518] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [41518] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [41519] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [41520] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41519] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41520] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41760] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41760] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [41761] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [41762] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41761] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41762] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42076] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42076] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42077] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42077] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42078] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42079] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42079] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42078] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42145] ~r(X8_1329_3)
% 251.95/36.34
% 251.95/36.34 [42145] CLOSURE : ~r(X8_1329_3)
% 251.95/36.34
% 251.95/36.34 [41255] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41295] (p(skolem_X22) <=> p(Y3_1099_0))
% 251.95/36.34
% 251.95/36.34 [41295] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1099_0))
% 251.95/36.34 -> [41296] ~p(skolem_X22), ~p(Y3_1099_0)
% 251.95/36.34 -> [41297] p(skolem_X22), p(Y3_1099_0)
% 251.95/36.34
% 251.95/36.34 [41297] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41370] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41370] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [41371] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [41372] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41371] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41372] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41513] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41513] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41514] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41514] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41515] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41516] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41516] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41515] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41795] ~r(X8_1301_3)
% 251.95/36.34
% 251.95/36.34 [41795] CLOSURE : ~r(X8_1301_3)
% 251.95/36.34
% 251.95/36.34 [41296] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41584] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41584] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [41585] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [41586] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41585] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41586] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41790] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41790] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41791] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41791] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41792] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41793] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41793] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41792] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41884] ~r(X8_1309_3)
% 251.95/36.34
% 251.95/36.34 [41884] CLOSURE : ~r(X8_1309_3)
% 251.95/36.34
% 251.95/36.34 [21433] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [21436] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [21436] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [21439] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [21440] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [21440] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [21441] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [21441] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41333] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [41333] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [41334] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [41335] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41334] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [41335] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41424] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [41424] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [41425] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [41426] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41425] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [41426] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41579] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41579] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41581] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41581] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41582] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41583] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41583] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41582] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [41835] ~r(X8_1305_3)
% 251.95/36.34
% 251.95/36.34 [41835] CLOSURE : ~r(X8_1305_3)
% 251.95/36.34
% 251.95/36.34 [21439] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [41288] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41288] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [41454] (p(skolem_X22) <=> p(Y3_1106_0))
% 251.95/36.34
% 251.95/36.34 [41454] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1106_0))
% 251.95/36.34 -> [41455] ~p(skolem_X22), ~p(Y3_1106_0)
% 251.95/36.34 -> [41456] p(skolem_X22), p(Y3_1106_0)
% 251.95/36.34
% 251.95/36.34 [41456] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41626] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41626] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [41627] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [41628] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41628] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41627] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [41931] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [41931] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [41932] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [41932] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [41933] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [41934] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [41934] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [41933] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42028] ~r(X8_1318_3)
% 251.95/36.34
% 251.95/36.34 [42028] CLOSURE : ~r(X8_1318_3)
% 251.95/36.34
% 251.95/36.34 [41455] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [41639] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [41639] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [41640] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [41641] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41641] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [41640] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [42346] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [42346] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.34 -> [42347] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34
% 251.95/36.34 [42347] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.34 -> [42348] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.34 -> [42349] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [42349] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [42348] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [42366] ~r(X8_1356_3)
% 251.95/36.34
% 251.95/36.34 [42366] CLOSURE : ~r(X8_1356_3)
% 251.95/36.34
% 251.95/36.34 [4725] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.34 -> [4727] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [4727] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.34 -> [4729] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [4730] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.34
% 251.95/36.34 [4730] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [4733] r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [4733] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [17892] ~s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [17892] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.34 -> [18950] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [18951] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34
% 251.95/36.34 [18950] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [19329] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [19330] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [19330] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [19331] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [19331] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [20018] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [20018] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [20547] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [20548] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [20548] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [20549] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [20549] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [20550] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20551] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [20550] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20871] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [20871] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [32521] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [32521] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [32522] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [32523] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [32523] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [32522] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32611] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [32611] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [32612] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [32613] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32613] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32612] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32710] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32710] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32711] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32712] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32712] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32711] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [32729] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [32729] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34 -> [32730] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.34 -> [32731] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [32731] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [32730] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [32758] ~p(X16_121_4)
% 251.95/36.34
% 251.95/36.34 [32758] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [32771] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [32771] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [32772] (p(skolem_X22) <=> p(Y3_970_0))
% 251.95/36.34
% 251.95/36.34 [32772] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_970_0))
% 251.95/36.34 -> [32773] ~p(skolem_X22), ~p(Y3_970_0)
% 251.95/36.34 -> [32774] p(skolem_X22), p(Y3_970_0)
% 251.95/36.34
% 251.95/36.34 [32774] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [32773] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32788] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [32788] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32789] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [32789] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [32790] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [32791] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [32791] CLOSURE : q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [32790] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [20551] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [20556] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20556] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [21490] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [21490] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [21491] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [21492] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [21491] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [21492] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32886] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [32886] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [32887] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [32888] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [32887] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [32888] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32931] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32931] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32932] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32933] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32933] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32932] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [33049] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [33049] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34 -> [33050] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.34 -> [33051] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [33051] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [33050] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [33084] q(Y17_91_4)
% 251.95/36.34
% 251.95/36.34 [33084] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [33096] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [33096] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [33097] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [33097] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [33098] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [33099] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [33098] CLOSURE : ~p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [33099] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [20547] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [20865] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20866] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [20866] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [20867] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20867] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [32446] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32446] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [32506] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [32506] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [32507] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [32508] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [32508] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [32507] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32681] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [32681] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [32682] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [32683] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32683] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32682] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32735] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32735] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32736] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32737] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32737] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32736] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [32767] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [32767] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [32768] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [32768] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [32769] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [32770] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [32770] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [32769] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [32810] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [32810] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [32811] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [32811] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [32812] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [32813] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [32813] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [32812] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20865] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [21211] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [21211] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [21212] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [21213] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [21212] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30165] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [30165] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [30166] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [30167] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30166] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [30167] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [30219] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30219] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [30220] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [30221] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30221] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30220] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [30332] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [30332] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [30334] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [30334] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [30337] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [30338] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [30338] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [30337] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30426] ~p(X16_94_4)
% 251.95/36.34
% 251.95/36.34 [30426] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [30443] q(Y17_70_5)
% 251.95/36.34
% 251.95/36.34 [30443] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30449] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [30449] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [30450] (p(skolem_X22) <=> p(Y3_912_0))
% 251.95/36.34
% 251.95/36.34 [30450] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_912_0))
% 251.95/36.34 -> [30451] ~p(skolem_X22), ~p(Y3_912_0)
% 251.95/36.34 -> [30452] p(skolem_X22), p(Y3_912_0)
% 251.95/36.34
% 251.95/36.34 [30452] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [30451] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30469] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [30469] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30470] (q(skolem_X66) <=> q(Y7_986_1))
% 251.95/36.34
% 251.95/36.34 [30470] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_986_1))
% 251.95/36.34 -> [30471] ~q(skolem_X66), ~q(Y7_986_1)
% 251.95/36.34 -> [30472] q(skolem_X66), q(Y7_986_1)
% 251.95/36.34
% 251.95/36.34 [30471] CLOSURE : ~q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [30472] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [30481] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [30481] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [30482] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34
% 251.95/36.34 [30482] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34 -> [30483] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.34 -> [30484] r(skolem_X1010), r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [30484] CLOSURE : r(skolem_X1010)
% 251.95/36.34
% 251.95/36.34 [30483] CLOSURE : ~r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [21213] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [19329] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [19683] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [19684] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [19684] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [19685] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [19685] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [19686] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [19687] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [19687] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [19688] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [19688] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [20184] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [20184] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [20186] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [20187] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20186] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20187] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [21204] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [21204] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [21205] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [21206] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21206] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [25619] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [25619] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [25620] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [25621] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25621] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [25620] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [25782] ~s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [25782] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [25797] p(Y13_203_4)
% 251.95/36.34
% 251.95/36.34 [25797] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [25827] (s(skolem_X1414) <=> s(Y15_90_5))
% 251.95/36.34
% 251.95/36.34 [25827] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_90_5))
% 251.95/36.34 -> [25828] ~s(skolem_X1414), ~s(Y15_90_5)
% 251.95/36.34 -> [25829] s(skolem_X1414), s(Y15_90_5)
% 251.95/36.34
% 251.95/36.34 [25829] CLOSURE : s(Y15_90_5)
% 251.95/36.34
% 251.95/36.34 [25828] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [25869] q(Y17_42_6)
% 251.95/36.34
% 251.95/36.34 [25869] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25893] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [25893] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25894] (p(skolem_X22) <=> p(Y3_855_0))
% 251.95/36.34
% 251.95/36.34 [25894] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_855_0))
% 251.95/36.34 -> [25895] ~p(skolem_X22), ~p(Y3_855_0)
% 251.95/36.34 -> [25896] p(skolem_X22), p(Y3_855_0)
% 251.95/36.34
% 251.95/36.34 [25895] CLOSURE : ~p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [25896] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [25919] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25919] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [25920] (q(skolem_X66) <=> q(Y7_805_1))
% 251.95/36.34
% 251.95/36.34 [25920] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_805_1))
% 251.95/36.34 -> [25921] ~q(skolem_X66), ~q(Y7_805_1)
% 251.95/36.34 -> [25922] q(skolem_X66), q(Y7_805_1)
% 251.95/36.34
% 251.95/36.34 [25921] CLOSURE : ~q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [25922] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [25942] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25942] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [25943] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34
% 251.95/36.34 [25943] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34 -> [25944] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.34 -> [25945] r(skolem_X1010), r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [25945] CLOSURE : r(skolem_X1010)
% 251.95/36.34
% 251.95/36.34 [25944] CLOSURE : ~r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [21205] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [19686] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [19840] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [19840] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [20345] (p(skolem_X22) <=> p(Y3_720_0))
% 251.95/36.34
% 251.95/36.34 [20345] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_720_0))
% 251.95/36.34 -> [20346] ~p(skolem_X22), ~p(Y3_720_0)
% 251.95/36.34 -> [20347] p(skolem_X22), p(Y3_720_0)
% 251.95/36.34
% 251.95/36.34 [20347] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [21479] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [21479] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [21480] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [21481] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21480] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21481] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [30273] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30273] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [30274] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [30275] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30275] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30274] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30315] ~s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [30315] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30328] p(Y13_311_4)
% 251.95/36.34
% 251.95/36.34 [30328] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [30352] (s(skolem_X1414) <=> s(Y15_142_5))
% 251.95/36.34
% 251.95/36.34 [30352] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_142_5))
% 251.95/36.34 -> [30353] ~s(skolem_X1414), ~s(Y15_142_5)
% 251.95/36.34 -> [30354] s(skolem_X1414), s(Y15_142_5)
% 251.95/36.34
% 251.95/36.34 [30354] CLOSURE : s(Y15_142_5)
% 251.95/36.34
% 251.95/36.34 [30353] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [30376] ~p(X16_92_6)
% 251.95/36.34
% 251.95/36.34 [30376] CLOSURE : ~p(X16_92_6)
% 251.95/36.34
% 251.95/36.34 [20346] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [30065] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [30065] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [30066] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [30067] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30067] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [30066] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [30325] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [30325] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [30326] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [30327] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30327] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [30326] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [30624] ~s(X12_381_3)
% 251.95/36.34
% 251.95/36.34 [30624] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [30645] p(Y13_322_4)
% 251.95/36.34
% 251.95/36.34 [30645] CLOSURE : p(Y13_322_4)
% 251.95/36.34
% 251.95/36.34 [19683] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [19832] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [19833] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [19832] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [20004] (p(skolem_X22) <=> p(Y3_703_0))
% 251.95/36.34
% 251.95/36.34 [20004] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_703_0))
% 251.95/36.34 -> [20005] ~p(skolem_X22), ~p(Y3_703_0)
% 251.95/36.34 -> [20006] p(skolem_X22), p(Y3_703_0)
% 251.95/36.34
% 251.95/36.34 [20005] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [21184] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [21184] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [21186] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [21187] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21186] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21187] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [36718] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [36718] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [36719] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [36720] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36720] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36719] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [36742] ~s(X12_553_3)
% 251.95/36.34
% 251.95/36.34 [36742] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [36748] p(Y13_475_4)
% 251.95/36.34
% 251.95/36.34 [36748] CLOSURE : p(Y13_475_4)
% 251.95/36.34
% 251.95/36.34 [20006] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [20846] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [20846] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [20847] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [20848] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [20847] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [20848] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [36721] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [36721] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [36722] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [36723] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36723] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36722] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [36746] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [36746] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [36750] p(Y13_476_4)
% 251.95/36.34
% 251.95/36.34 [36750] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [36770] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [36770] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [36772] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [36772] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [36775] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [36776] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [36775] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [36776] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [19833] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [19834] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [19834] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20540] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [20540] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [21475] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [21475] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [21476] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [21477] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [21476] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [21477] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [36743] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [36743] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [36744] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [36745] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [36744] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [36745] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [36793] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [36793] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [36794] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [36795] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36795] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36794] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [36818] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [36818] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [36824] p(Y13_479_4)
% 251.95/36.34
% 251.95/36.34 [36824] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [36827] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [36827] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [36828] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [36828] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [36829] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [36830] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [36829] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [36830] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [18951] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [18960] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [18961] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [18960] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [19337] ~p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [19337] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [20021] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [20022] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [20021] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [20198] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20199] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [20198] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20369] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [20369] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [21234] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [21234] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [21235] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [21236] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [21236] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [21235] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32672] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [32672] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [32673] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [32674] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32674] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32673] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32807] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32807] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32808] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32809] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32809] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32808] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [32877] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [32877] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [32889] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [32889] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [32890] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [32890] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [32891] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [32892] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [32891] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [32892] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [20199] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [20202] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20202] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [20877] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [20877] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [20878] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [20879] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20878] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20879] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32798] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [32798] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [32799] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [32800] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [32799] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [32800] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32815] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32815] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32816] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32817] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32817] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32816] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [32920] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [32920] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [32942] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [32942] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [32943] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [32943] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [32944] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [32945] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [32944] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [32945] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [20022] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [20028] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [20028] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [20029] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20030] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [20029] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [20207] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [20207] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [20208] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [20209] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [20209] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [20208] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [21497] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [21497] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [21499] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [21500] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21500] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [22536] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [22536] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [22537] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [22538] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [22538] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [22537] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [24321] ~s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [24321] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [24547] (s(skolem_X1414) <=> s(Y15_69_4))
% 251.95/36.34
% 251.95/36.34 [24547] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_69_4))
% 251.95/36.34 -> [24548] ~s(skolem_X1414), ~s(Y15_69_4)
% 251.95/36.34 -> [24549] s(skolem_X1414), s(Y15_69_4)
% 251.95/36.34
% 251.95/36.34 [24549] CLOSURE : s(Y15_69_4)
% 251.95/36.34
% 251.95/36.34 [24548] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [24868] ~p(X16_44_5)
% 251.95/36.34
% 251.95/36.34 [24868] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [25045] q(Y17_33_6)
% 251.95/36.34
% 251.95/36.34 [25045] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25227] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [25227] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [25228] (p(skolem_X22) <=> p(Y3_840_0))
% 251.95/36.34
% 251.95/36.34 [25228] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_840_0))
% 251.95/36.34 -> [25229] ~p(skolem_X22), ~p(Y3_840_0)
% 251.95/36.34 -> [25230] p(skolem_X22), p(Y3_840_0)
% 251.95/36.34
% 251.95/36.34 [25230] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [25229] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [25460] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [25460] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [25461] (q(skolem_X66) <=> q(Y7_789_1))
% 251.95/36.34
% 251.95/36.34 [25461] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_789_1))
% 251.95/36.34 -> [25462] ~q(skolem_X66), ~q(Y7_789_1)
% 251.95/36.34 -> [25463] q(skolem_X66), q(Y7_789_1)
% 251.95/36.34
% 251.95/36.34 [25462] CLOSURE : ~q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [25463] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [25652] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [25652] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [25653] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34
% 251.95/36.34 [25653] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34 -> [25654] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.34 -> [25655] r(skolem_X1010), r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [25655] CLOSURE : r(skolem_X1010)
% 251.95/36.34
% 251.95/36.34 [25654] CLOSURE : ~r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [21499] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [20030] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [20032] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20032] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20568] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [20568] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [21503] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34
% 251.95/36.34 [21503] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.34 -> [21504] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.34 -> [21505] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [21505] CLOSURE : p(skolem_Y1313)
% 251.95/36.34
% 251.95/36.34 [21504] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32838] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [32838] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [32839] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [32840] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32840] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32839] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32935] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32935] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32936] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32937] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32937] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32936] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [33074] ~s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [33074] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [33076] (s(skolem_X1414) <=> s(Y15_187_4))
% 251.95/36.34
% 251.95/36.34 [33076] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_187_4))
% 251.95/36.34 -> [33077] ~s(skolem_X1414), ~s(Y15_187_4)
% 251.95/36.34 -> [33078] s(skolem_X1414), s(Y15_187_4)
% 251.95/36.34
% 251.95/36.34 [33078] CLOSURE : s(Y15_187_4)
% 251.95/36.34
% 251.95/36.34 [33077] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [33100] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [33100] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [33101] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [33101] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [33102] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [33103] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [33103] CLOSURE : p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [33102] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [18961] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [18962] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [18962] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [19847] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [19848] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [19848] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [19850] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [19850] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [19851] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [19852] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [19852] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [19854] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [19854] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20593] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [20593] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [32893] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [32893] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [32894] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [32895] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [32894] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [32895] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32963] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [32963] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [32964] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [32965] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32965] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32964] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [33161] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [33161] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [33162] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [33163] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [33163] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [33162] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [33264] p(Y13_394_3)
% 251.95/36.34
% 251.95/36.34 [33264] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [33279] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [33279] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34 -> [33280] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.34 -> [33281] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [33281] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [33280] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [33345] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [33345] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [33346] (p(skolem_X22) <=> p(Y3_982_0))
% 251.95/36.34
% 251.95/36.34 [33346] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_982_0))
% 251.95/36.34 -> [33347] ~p(skolem_X22), ~p(Y3_982_0)
% 251.95/36.34 -> [33348] p(skolem_X22), p(Y3_982_0)
% 251.95/36.34
% 251.95/36.34 [33347] CLOSURE : ~p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [33348] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [33365] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [33365] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [33366] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [33366] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [33367] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [33368] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [33368] CLOSURE : q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [33367] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [19851] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [20041] (p(skolem_X22) <=> p(Y3_706_0))
% 251.95/36.34
% 251.95/36.34 [20041] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_706_0))
% 251.95/36.34 -> [20042] ~p(skolem_X22), ~p(Y3_706_0)
% 251.95/36.34 -> [20043] p(skolem_X22), p(Y3_706_0)
% 251.95/36.34
% 251.95/36.34 [20042] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [21260] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [21260] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [21261] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [21262] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21262] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [32866] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [32866] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [32868] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [32869] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32869] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [32868] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [33148] p(Y13_392_3)
% 251.95/36.34
% 251.95/36.34 [33148] CLOSURE : p(Y13_392_3)
% 251.95/36.34
% 251.95/36.34 [21261] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [20043] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [20898] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [20898] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [20899] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [20900] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [20899] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [20900] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [36854] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34
% 251.95/36.34 [36854] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34 -> [36855] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.34 -> [36856] r(skolem_X1010), r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [36855] CLOSURE : ~r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [36856] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [36869] p(Y13_483_3)
% 251.95/36.34
% 251.95/36.34 [36869] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [36878] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [36878] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.34 -> [36879] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.34 -> [36880] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [36880] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [36879] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [36903] ~p(X16_162_5)
% 251.95/36.34
% 251.95/36.34 [36903] CLOSURE : ~p(X16_162_5)
% 251.95/36.34
% 251.95/36.34 [19847] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [20036] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20037] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [20036] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [20213] ~q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [20213] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [20882] (p(skolem_X22) <=> p(Y3_736_0))
% 251.95/36.34
% 251.95/36.34 [20882] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_736_0))
% 251.95/36.34 -> [20883] ~p(skolem_X22), ~p(Y3_736_0)
% 251.95/36.34 -> [20884] p(skolem_X22), p(Y3_736_0)
% 251.95/36.34
% 251.95/36.34 [20883] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [32792] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [32792] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [32793] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [32794] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32794] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [32793] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [33053] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [33053] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [33054] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [33055] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [33055] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [33054] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [33160] p(Y13_393_3)
% 251.95/36.34
% 251.95/36.34 [33160] CLOSURE : p(Y13_393_3)
% 251.95/36.34
% 251.95/36.34 [20884] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [36762] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34
% 251.95/36.34 [36762] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.34 -> [36764] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.34 -> [36765] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [36765] CLOSURE : q(skolem_Y1717)
% 251.95/36.34
% 251.95/36.34 [36764] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [36798] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [36798] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [36799] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [36800] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36800] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36799] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [36825] p(Y13_480_3)
% 251.95/36.34
% 251.95/36.34 [36825] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [36834] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [36834] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [36835] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [36835] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [36837] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [36838] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [36838] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [36837] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [36866] ~p(X16_161_5)
% 251.95/36.34
% 251.95/36.34 [36866] CLOSURE : ~p(X16_161_5)
% 251.95/36.34
% 251.95/36.34 [20037] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [20040] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20040] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [20581] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34
% 251.95/36.34 [20581] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.34 -> [20582] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.34 -> [20583] p(skolem_X22), p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20582] CLOSURE : ~p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [20583] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [21829] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [21829] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [21830] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [21831] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21830] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21831] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [36831] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [36831] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [36832] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [36833] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36833] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [36832] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [36868] p(Y13_482_3)
% 251.95/36.34
% 251.95/36.34 [36868] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [36881] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [36881] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.34 -> [36882] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34
% 251.95/36.34 [36882] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.34 -> [36883] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.34 -> [36884] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.34
% 251.95/36.34 [36884] CLOSURE : s(skolem_Y99)
% 251.95/36.34
% 251.95/36.34 [36883] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [36907] q(Y17_128_5)
% 251.95/36.34
% 251.95/36.34 [36907] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [36981] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34
% 251.95/36.34 [36981] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [36982] (p(skolem_X22) <=> p(Y3_1037_0))
% 251.95/36.34
% 251.95/36.34 [36982] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1037_0))
% 251.95/36.34 -> [36984] ~p(skolem_X22), ~p(Y3_1037_0)
% 251.95/36.34 -> [36985] p(skolem_X22), p(Y3_1037_0)
% 251.95/36.34
% 251.95/36.34 [36985] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [37312] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34
% 251.95/36.34 [37312] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [37313] (q(skolem_X66) <=> q(Y7_1205_1))
% 251.95/36.34
% 251.95/36.34 [37313] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1205_1))
% 251.95/36.34 -> [37315] ~q(skolem_X66), ~q(Y7_1205_1)
% 251.95/36.34 -> [37316] q(skolem_X66), q(Y7_1205_1)
% 251.95/36.34
% 251.95/36.34 [37315] CLOSURE : ~q(skolem_X66)
% 251.95/36.34
% 251.95/36.34 [37316] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [37367] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34
% 251.95/36.34 [37367] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [37368] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34
% 251.95/36.34 [37368] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.34 -> [37369] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.34 -> [37370] r(skolem_X1010), r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [37370] CLOSURE : r(skolem_X1010)
% 251.95/36.34
% 251.95/36.34 [37369] CLOSURE : ~r(skolem_X88)
% 251.95/36.34
% 251.95/36.34 [36984] CLOSURE : ~p(skolem_X22)
% 251.95/36.34
% 251.95/36.34 [4729] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.34 -> [5471] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [5472] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34
% 251.95/36.34 [5472] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.34 -> [5475] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [5476] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.34
% 251.95/36.34 [5476] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.34 -> [5480] s(skolem_X1212)
% 251.95/36.34
% 251.95/36.34 [5480] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.34 -> [21609] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [21610] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34
% 251.95/36.34 [21610] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.34 -> [21614] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34
% 251.95/36.34 [21614] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.34 -> [21615] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [21616] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34
% 251.95/36.34 [21615] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.34 -> [21934] (p(skolem_X22) <=> p(Y3_777_0))
% 251.95/36.34
% 251.95/36.34 [21934] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_777_0))
% 251.95/36.34 -> [21935] ~p(skolem_X22), ~p(Y3_777_0)
% 251.95/36.34 -> [21936] p(skolem_X22), p(Y3_777_0)
% 251.95/36.34
% 251.95/36.34 [21935] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [22797] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [22797] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [22799] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [22800] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [22799] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [22800] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [23304] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [23304] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [23305] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [23306] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [23306] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [23305] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [23965] ~r(X8_383_3)
% 251.95/36.34
% 251.95/36.34 [23965] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [24261] s(Y9_208_4)
% 251.95/36.34
% 251.95/36.34 [24261] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [24554] p(Y13_158_5)
% 251.95/36.34
% 251.95/36.34 [24554] CLOSURE : p(Y13_158_5)
% 251.95/36.34
% 251.95/36.34 [21936] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.34 -> [21982] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34
% 251.95/36.34 [21982] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.34 -> [21983] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.34 -> [21984] q(skolem_X66), q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21983] CLOSURE : ~q(skolem_X44)
% 251.95/36.34
% 251.95/36.34 [21984] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.34 -> [26040] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34
% 251.95/36.34 [26040] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.34 -> [26041] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.34 -> [26042] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26042] CLOSURE : r(skolem_Y55)
% 251.95/36.34
% 251.95/36.34 [26041] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.34 -> [26066] ~r(X8_522_3)
% 251.95/36.34
% 251.95/36.34 [26066] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.34 -> [26095] s(skolem_X1414)
% 251.95/36.34
% 251.95/36.34 [26095] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.34 -> [26119] p(Y13_212_5)
% 251.95/36.34
% 251.95/36.34 [26119] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.34 -> [26139] (s(skolem_X1414) <=> s(Y15_94_6))
% 251.95/36.34
% 251.95/36.34 [26139] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_94_6))
% 251.95/36.34 -> [26140] ~s(skolem_X1414), ~s(Y15_94_6)
% 251.95/36.34 -> [26141] s(skolem_X1414), s(Y15_94_6)
% 251.95/36.34
% 251.95/36.34 [26141] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [26158] ~p(X16_60_7)
% 251.95/36.34
% 251.95/36.34 [26158] CLOSURE : ~p(X16_60_7)
% 251.95/36.34
% 251.95/36.34 [26140] CLOSURE : ~s(Y15_94_6)
% 251.95/36.34
% 251.95/36.34 [21616] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.34 -> [21620] p(skolem_X1616)
% 251.95/36.34
% 251.95/36.34 [21620] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.34 -> [21953] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [21953] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [22247] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [22247] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [22248] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [22249] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [22248] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [22249] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [22935] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [22935] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [22936] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [22937] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [22937] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [22936] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [24550] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [24550] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [24551] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [24552] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [24552] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [24551] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [24937] ~r(X8_456_3)
% 251.95/36.35
% 251.95/36.35 [24937] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [25169] s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [25169] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [25367] p(Y13_185_5)
% 251.95/36.35
% 251.95/36.35 [25367] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [25594] (s(skolem_X1414) <=> s(Y15_85_6))
% 251.95/36.35
% 251.95/36.35 [25594] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_85_6))
% 251.95/36.35 -> [25596] ~s(skolem_X1414), ~s(Y15_85_6)
% 251.95/36.35 -> [25597] s(skolem_X1414), s(Y15_85_6)
% 251.95/36.35
% 251.95/36.35 [25596] CLOSURE : ~s(Y15_85_6)
% 251.95/36.35
% 251.95/36.35 [25597] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [25876] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [25876] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [25877] (p(skolem_X22) <=> p(Y3_853_0))
% 251.95/36.35
% 251.95/36.35 [25877] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_853_0))
% 251.95/36.35 -> [25878] ~p(skolem_X22), ~p(Y3_853_0)
% 251.95/36.35 -> [25879] p(skolem_X22), p(Y3_853_0)
% 251.95/36.35
% 251.95/36.35 [25878] CLOSURE : ~p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [25879] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [26109] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [26109] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [26110] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [26110] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [26111] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [26112] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [26112] CLOSURE : q(skolem_X66)
% 251.95/36.35
% 251.95/36.35 [26111] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [21609] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [21931] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [21932] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [21932] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [21933] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [21933] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [21946] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [21946] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [21947] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [21948] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [21947] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [21948] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [21962] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [21962] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [21963] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [21964] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [21963] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [21964] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [26054] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [26054] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [26055] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [26056] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [26056] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [26055] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [26320] ~r(X8_531_3)
% 251.95/36.35
% 251.95/36.35 [26320] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [26446] s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [26446] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [26551] p(Y13_227_5)
% 251.95/36.35
% 251.95/36.35 [26551] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [26616] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [26616] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35 -> [26617] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35
% 251.95/36.35 [26617] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35 -> [26619] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.35 -> [26620] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [26620] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [26619] CLOSURE : ~s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [21931] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [21937] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [21937] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [21959] (p(skolem_X22) <=> p(Y3_779_0))
% 251.95/36.35
% 251.95/36.35 [21959] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_779_0))
% 251.95/36.35 -> [21960] ~p(skolem_X22), ~p(Y3_779_0)
% 251.95/36.35 -> [21961] p(skolem_X22), p(Y3_779_0)
% 251.95/36.35
% 251.95/36.35 [21961] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [22598] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [22598] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [22599] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [22600] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [22600] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [22599] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [24444] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [24444] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [24445] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [24446] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [24446] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [24445] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [24872] ~r(X8_451_3)
% 251.95/36.35
% 251.95/36.35 [24872] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [25100] s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [25100] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [25307] p(Y13_181_5)
% 251.95/36.35
% 251.95/36.35 [25307] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [25526] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [25526] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35 -> [25527] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35
% 251.95/36.35 [25527] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35 -> [25528] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.35 -> [25529] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [25529] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [25528] CLOSURE : ~s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [21960] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [26365] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [26365] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [26366] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [26367] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [26367] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [26366] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [27011] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [27011] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [27012] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [27013] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [27013] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [27012] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [27084] ~r(X8_560_3)
% 251.95/36.35
% 251.95/36.35 [27084] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [27169] s(Y9_305_4)
% 251.95/36.35
% 251.95/36.35 [27169] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [27216] p(Y13_242_5)
% 251.95/36.35
% 251.95/36.35 [27216] CLOSURE : p(Y13_242_5)
% 251.95/36.35
% 251.95/36.35 [5475] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [40526] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [40526] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [40527] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [40528] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [40527] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [40554] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [40555] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [40554] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [40576] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [40576] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [40577] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [40577] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [40578] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [40579] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [40579] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [40578] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [40594] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [40594] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [40595] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [40596] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [40595] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [40596] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [40730] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [40730] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [40731] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [40732] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [40732] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [40731] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [40767] ~r(X8_1241_3)
% 251.95/36.35
% 251.95/36.35 [40767] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [40768] s(Y9_644_4)
% 251.95/36.35
% 251.95/36.35 [40768] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [40884] ~s(X12_664_5)
% 251.95/36.35
% 251.95/36.35 [40884] CLOSURE : ~s(X12_664_5)
% 251.95/36.35
% 251.95/36.35 [40555] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [40556] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [40556] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [41045] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [41045] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [41046] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [41047] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41047] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41046] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [41808] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [41808] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [41809] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [41810] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41809] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41810] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41908] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41908] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41909] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41910] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41910] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41909] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [41927] ~r(X8_1311_3)
% 251.95/36.35
% 251.95/36.35 [41927] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [41935] s(Y9_675_4)
% 251.95/36.35
% 251.95/36.35 [41935] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [41952] ~s(X12_689_5)
% 251.95/36.35
% 251.95/36.35 [41952] CLOSURE : ~s(X12_689_5)
% 251.95/36.35
% 251.95/36.35 [40528] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [40529] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [40529] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [40531] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [40532] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [40531] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [40890] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [40890] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [40891] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [40892] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [40892] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [40891] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [40935] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [40935] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [40936] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [40937] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [40936] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [40937] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41054] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41054] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41055] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41056] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41056] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41055] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [41092] ~r(X8_1260_3)
% 251.95/36.35
% 251.95/36.35 [41092] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [41093] s(Y9_650_4)
% 251.95/36.35
% 251.95/36.35 [41093] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [41222] ~s(X12_671_5)
% 251.95/36.35
% 251.95/36.35 [41222] CLOSURE : ~s(X12_671_5)
% 251.95/36.35
% 251.95/36.35 [40532] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [40533] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [40533] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [41451] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41451] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [41560] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [41560] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [41561] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [41562] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41562] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41561] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [42238] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [42238] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [42239] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [42240] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [42240] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [42239] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42504] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [42504] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [42505] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [42506] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42506] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42505] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [42556] ~r(X8_1373_3)
% 251.95/36.35
% 251.95/36.35 [42556] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42562] s(Y9_706_4)
% 251.95/36.35
% 251.95/36.35 [42562] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [42570] ~s(X12_714_5)
% 251.95/36.35
% 251.95/36.35 [42570] CLOSURE : ~s(X12_714_5)
% 251.95/36.35
% 251.95/36.35 [5471] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [41341] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [41342] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [41341] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [41377] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [41378] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [41377] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [41435] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [41436] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [41436] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [41437] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41437] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [41602] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41602] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [41881] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [41881] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [41882] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [41883] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41882] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41883] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [41918] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [41918] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [41920] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [41921] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41921] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41920] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42123] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [42123] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [42124] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [42125] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42125] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42124] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [42190] ~r(X8_1336_3)
% 251.95/36.35
% 251.95/36.35 [42190] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42211] s(Y9_684_4)
% 251.95/36.35
% 251.95/36.35 [42211] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [42257] ~s(X12_697_5)
% 251.95/36.35
% 251.95/36.35 [42257] CLOSURE : ~s(X12_697_5)
% 251.95/36.35
% 251.95/36.35 [41435] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [41523] (p(skolem_X22) <=> p(Y3_1108_0))
% 251.95/36.35
% 251.95/36.35 [41523] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1108_0))
% 251.95/36.35 -> [41525] ~p(skolem_X22), ~p(Y3_1108_0)
% 251.95/36.35 -> [41526] p(skolem_X22), p(Y3_1108_0)
% 251.95/36.35
% 251.95/36.35 [41525] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [41599] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [41599] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [41600] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [41601] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41600] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41601] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41794] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41794] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41796] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41797] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41797] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41796] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [41826] ~r(X8_1304_3)
% 251.95/36.35
% 251.95/36.35 [41826] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [41827] s(Y9_670_4)
% 251.95/36.35
% 251.95/36.35 [41827] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [42178] ~s(X12_696_5)
% 251.95/36.35
% 251.95/36.35 [42178] CLOSURE : ~s(X12_696_5)
% 251.95/36.35
% 251.95/36.35 [41526] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [41671] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [41671] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [41674] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [41675] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41674] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41675] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41828] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41828] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41829] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41830] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41830] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41829] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [42287] ~r(X8_1348_3)
% 251.95/36.35
% 251.95/36.35 [42287] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42325] s(Y9_688_4)
% 251.95/36.35
% 251.95/36.35 [42325] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [42343] ~s(X12_700_5)
% 251.95/36.35
% 251.95/36.35 [42343] CLOSURE : ~s(X12_700_5)
% 251.95/36.35
% 251.95/36.35 [41378] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [41379] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [41379] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [41380] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [41381] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [41381] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [41383] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41383] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [41537] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [41537] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [41538] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [41539] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41538] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41539] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [41685] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [41685] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [41686] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [41687] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41686] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41687] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41839] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41839] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41840] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41841] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41841] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41840] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [41978] ~r(X8_1312_3)
% 251.95/36.35
% 251.95/36.35 [41978] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42027] s(Y9_678_4)
% 251.95/36.35
% 251.95/36.35 [42027] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [42090] ~s(X12_693_5)
% 251.95/36.35
% 251.95/36.35 [42090] CLOSURE : ~s(X12_693_5)
% 251.95/36.35
% 251.95/36.35 [41380] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [41441] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41441] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [41442] (p(skolem_X22) <=> p(Y3_1105_0))
% 251.95/36.35
% 251.95/36.35 [41442] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1105_0))
% 251.95/36.35 -> [41443] ~p(skolem_X22), ~p(Y3_1105_0)
% 251.95/36.35 -> [41444] p(skolem_X22), p(Y3_1105_0)
% 251.95/36.35
% 251.95/36.35 [41443] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [41530] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [41530] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [41531] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [41532] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41531] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41532] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41865] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41865] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41866] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41867] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41867] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41866] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [41892] ~r(X8_1310_3)
% 251.95/36.35
% 251.95/36.35 [41892] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [41893] s(Y9_673_4)
% 251.95/36.35
% 251.95/36.35 [41893] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [42026] ~s(X12_691_5)
% 251.95/36.35
% 251.95/36.35 [42026] CLOSURE : ~s(X12_691_5)
% 251.95/36.35
% 251.95/36.35 [41444] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [41803] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [41803] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [41804] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [41805] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41805] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41804] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42242] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [42242] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [42243] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [42244] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42244] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42243] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [42454] ~r(X8_1365_3)
% 251.95/36.35
% 251.95/36.35 [42454] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42474] s(Y9_702_4)
% 251.95/36.35
% 251.95/36.35 [42474] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [42494] ~s(X12_707_5)
% 251.95/36.35
% 251.95/36.35 [42494] CLOSURE : ~s(X12_707_5)
% 251.95/36.35
% 251.95/36.35 [41342] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [41344] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [41344] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [41445] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41445] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [41691] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [41692] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [41691] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [41806] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [41807] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [41806] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [41842] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [41842] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [41844] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [41845] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41845] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41844] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [41941] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [41941] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [41942] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [41943] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41942] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41943] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41963] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41963] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41964] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41965] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41965] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41964] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [41992] ~r(X8_1313_3)
% 251.95/36.35
% 251.95/36.35 [41992] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42013] s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [42013] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [42039] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [42039] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35 -> [42040] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35
% 251.95/36.35 [42040] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35 -> [42041] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.35 -> [42042] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [42042] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [42041] CLOSURE : ~s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [41807] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [41811] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41811] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [41987] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41987] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42046] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [42046] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [42047] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [42048] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [42048] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [42047] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [42182] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [42182] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [42183] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [42184] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [42184] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [42183] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42355] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [42355] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [42356] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [42357] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42357] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42356] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [42386] ~r(X8_1358_3)
% 251.95/36.35
% 251.95/36.35 [42386] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42391] s(X14_313_5)
% 251.95/36.35
% 251.95/36.35 [42391] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [42397] ~! [Y15_15] : ((s(X14_313_5) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [42397] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_313_5) <=> s(Y15_15)))
% 251.95/36.35 -> [42398] ~(s(X14_313_5) <=> s(skolem_Y1515(X14_313_5)))
% 251.95/36.35
% 251.95/36.35 [42398] BETA_NOT_EQUIV : ~(s(X14_313_5) <=> s(skolem_Y1515(X14_313_5)))
% 251.95/36.35 -> [42399] ~s(X14_313_5), s(skolem_Y1515(X14_313_5))
% 251.95/36.35 -> [42400] s(X14_313_5), ~s(skolem_Y1515(X14_313_5))
% 251.95/36.35
% 251.95/36.35 [42399] CLOSURE : ~s(X14_313_5)
% 251.95/36.35
% 251.95/36.35 [42400] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42574] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [42574] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42575] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [42575] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [42576] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [42577] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [42577] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [42576] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41692] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [41698] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [41698] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [41699] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [41700] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [41700] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [41701] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41701] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [41872] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [41872] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [41873] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [41874] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41874] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41873] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [42138] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [42138] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [42139] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [42140] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [42139] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [42140] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42170] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [42170] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [42171] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [42172] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42172] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42171] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [42241] ~r(X8_1341_3)
% 251.95/36.35
% 251.95/36.35 [42241] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42266] s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [42266] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [42305] (s(skolem_X1414) <=> s(Y15_335_5))
% 251.95/36.35
% 251.95/36.35 [42305] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_335_5))
% 251.95/36.35 -> [42306] ~s(skolem_X1414), ~s(Y15_335_5)
% 251.95/36.35 -> [42307] s(skolem_X1414), s(Y15_335_5)
% 251.95/36.35
% 251.95/36.35 [42306] CLOSURE : ~s(Y15_335_5)
% 251.95/36.35
% 251.95/36.35 [42307] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [42407] q(Y17_167_6)
% 251.95/36.35
% 251.95/36.35 [42407] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42461] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [42461] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42462] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [42462] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [42463] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [42464] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [42464] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [42463] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [41699] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [41812] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41812] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [41968] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [41968] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [41971] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [41972] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41972] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [41971] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [42071] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [42071] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [42072] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [42073] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [42073] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [42072] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42203] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [42203] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [42204] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [42205] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42205] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42204] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [42264] ~r(X8_1345_3)
% 251.95/36.35
% 251.95/36.35 [42264] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42303] s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [42303] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [42361] (s(skolem_X1414) <=> s(Y15_336_5))
% 251.95/36.35
% 251.95/36.35 [42361] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_336_5))
% 251.95/36.35 -> [42362] ~s(skolem_X1414), ~s(Y15_336_5)
% 251.95/36.35 -> [42363] s(skolem_X1414), s(Y15_336_5)
% 251.95/36.35
% 251.95/36.35 [42362] CLOSURE : ~s(Y15_336_5)
% 251.95/36.35
% 251.95/36.35 [42363] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [42425] ~p(X16_203_6)
% 251.95/36.35
% 251.95/36.35 [42425] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42498] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [42498] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42499] (p(skolem_X22) <=> p(Y3_1129_0))
% 251.95/36.35
% 251.95/36.35 [42499] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1129_0))
% 251.95/36.35 -> [42500] ~p(skolem_X22), ~p(Y3_1129_0)
% 251.95/36.35 -> [42501] p(skolem_X22), p(Y3_1129_0)
% 251.95/36.35
% 251.95/36.35 [42501] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [42500] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [42608] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [42608] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [42609] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [42609] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [42611] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [42612] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [42612] CLOSURE : q(skolem_X66)
% 251.95/36.35
% 251.95/36.35 [42611] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [56] BETA_EQUIV : (? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))) <=> (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9))))
% 251.95/36.35 -> [92] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.35 -> [93] ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7)))), (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.35
% 251.95/36.35 [92] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.35 -> [103] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.35 -> [104] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.35
% 251.95/36.35 [103] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.35 -> [7316] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [7317] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.35
% 251.95/36.35 [7316] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.35 -> [8053] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [8054] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35
% 251.95/36.35 [8053] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [13251] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [13252] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [13252] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [13253] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [13253] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [14224] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [14224] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [32973] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [32974] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [32974] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [32976] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [32976] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [32978] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [32979] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [32979] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [32981] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [32981] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [33037] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [33037] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [33039] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [33040] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [33040] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [33039] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [33289] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [33289] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [33290] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [33290] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [33291] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [33292] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [33291] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [33292] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [33339] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [33339] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [33340] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [33340] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [33341] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [33342] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [33342] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [33341] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [33391] ~r(X8_859_3)
% 251.95/36.35
% 251.95/36.35 [33391] CLOSURE : ~r(X8_859_3)
% 251.95/36.35
% 251.95/36.35 [32978] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [33003] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [33003] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [33068] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [33068] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [33069] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [33070] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [33070] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [33069] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [33174] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [33174] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [33175] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [33175] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [33176] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [33177] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [33177] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [33176] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [33379] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [33379] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [33381] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [33381] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [33382] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [33383] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [33383] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [33382] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [33422] ~r(X8_861_3)
% 251.95/36.35
% 251.95/36.35 [33422] CLOSURE : ~r(X8_861_3)
% 251.95/36.35
% 251.95/36.35 [32973] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [33000] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [33001] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [33000] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [33012] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [33012] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [33013] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [33014] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [33014] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [33013] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [33118] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [33118] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [33119] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [33119] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [33120] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [33121] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [33120] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [33121] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [33205] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [33205] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [33206] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [33206] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [33207] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [33208] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [33208] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [33207] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [33298] ~r(X8_855_3)
% 251.95/36.35
% 251.95/36.35 [33298] CLOSURE : ~r(X8_855_3)
% 251.95/36.35
% 251.95/36.35 [33001] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [33002] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [33002] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [33066] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [33066] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [33122] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [33122] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [33123] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [33124] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [33124] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [33123] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [33331] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [33331] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [33332] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [33332] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [33334] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [33335] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [33335] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [33334] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [33462] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [33462] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [33464] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [33464] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [33466] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [33467] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [33467] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [33466] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [33491] ~r(X8_863_3)
% 251.95/36.35
% 251.95/36.35 [33491] CLOSURE : ~r(X8_863_3)
% 251.95/36.35
% 251.95/36.35 [13251] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [13650] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [13651] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [13651] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [13652] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [13652] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [13653] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [13654] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [13654] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [13655] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [13655] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [22053] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [22053] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [22054] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [22055] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [22054] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [22055] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [22379] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [22379] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [22380] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [22380] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [22381] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [22382] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [22381] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [22382] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [23093] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [23093] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [23094] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [23094] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [23095] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [23096] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [23096] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [23095] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [23691] ~r(X8_360_3)
% 251.95/36.35
% 251.95/36.35 [23691] CLOSURE : ~r(X8_360_3)
% 251.95/36.35
% 251.95/36.35 [13653] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [14219] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [14219] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [14220] (p(skolem_X22) <=> p(Y3_551_0))
% 251.95/36.35
% 251.95/36.35 [14220] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_551_0))
% 251.95/36.35 -> [14221] ~p(skolem_X22), ~p(Y3_551_0)
% 251.95/36.35 -> [14222] p(skolem_X22), p(Y3_551_0)
% 251.95/36.35
% 251.95/36.35 [14222] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [32985] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [32985] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [32986] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [32986] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [32987] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [32988] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [32988] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [32987] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [33275] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [33275] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [33276] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [33276] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [33277] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [33278] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [33278] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [33277] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [33322] ~r(X8_856_3)
% 251.95/36.35
% 251.95/36.35 [33322] CLOSURE : ~r(X8_856_3)
% 251.95/36.35
% 251.95/36.35 [14221] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [14745] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [14745] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [14746] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [14746] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [14747] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [14748] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [14748] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [14747] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [35779] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [35779] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [35780] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [35780] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [35781] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [35782] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [35782] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [35781] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [35805] ~r(X8_960_3)
% 251.95/36.35
% 251.95/36.35 [35805] CLOSURE : ~r(X8_960_3)
% 251.95/36.35
% 251.95/36.35 [13650] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [14216] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [14217] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [14216] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [14739] (p(skolem_X22) <=> p(Y3_558_0))
% 251.95/36.35
% 251.95/36.35 [14739] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_558_0))
% 251.95/36.35 -> [14743] ~p(skolem_X22), ~p(Y3_558_0)
% 251.95/36.35 -> [14744] p(skolem_X22), p(Y3_558_0)
% 251.95/36.35
% 251.95/36.35 [14743] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [14977] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [14977] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [14978] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [14978] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [14980] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [14981] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [14980] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [14981] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [35716] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [35716] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [35718] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [35718] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [35721] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [35722] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [35722] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [35721] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [35731] ~r(X8_955_3)
% 251.95/36.35
% 251.95/36.35 [35731] CLOSURE : ~r(X8_955_3)
% 251.95/36.35
% 251.95/36.35 [14744] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [15250] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [15250] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [15251] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [15251] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [15252] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [15253] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [15252] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [15253] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [35753] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [35753] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [35754] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [35754] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [35755] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [35756] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [35756] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [35755] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [35802] ~r(X8_959_3)
% 251.95/36.35
% 251.95/36.35 [35802] CLOSURE : ~r(X8_959_3)
% 251.95/36.35
% 251.95/36.35 [14217] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [14218] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [14218] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [14989] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [14989] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [35748] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [35748] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [35749] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [35750] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [35749] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [35750] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [35764] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [35764] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [35765] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [35765] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [35766] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [35767] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [35767] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [35766] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [35795] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [35795] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [35796] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [35796] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [35797] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [35798] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [35798] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [35797] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [35807] ~r(X8_961_3)
% 251.95/36.35
% 251.95/36.35 [35807] CLOSURE : ~r(X8_961_3)
% 251.95/36.35
% 251.95/36.35 [8054] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [8056] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [8057] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [8057] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [8058] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [8058] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [13498] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [13499] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [13498] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [13738] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [13739] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [13739] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [13740] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [13740] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [14418] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [14418] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [14419] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [14420] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [14419] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [14420] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [15102] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [15102] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [15105] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [15105] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [15107] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [15108] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [15107] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [15108] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [16888] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [16888] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [16889] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [16889] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [16890] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [16891] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [16891] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [16890] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [18503] ~r(X8_179_3)
% 251.95/36.35
% 251.95/36.35 [18503] CLOSURE : ~r(X8_179_3)
% 251.95/36.35
% 251.95/36.35 [13738] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [14069] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [14069] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [15088] (p(skolem_X22) <=> p(Y3_561_0))
% 251.95/36.35
% 251.95/36.35 [15088] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_561_0))
% 251.95/36.35 -> [15091] ~p(skolem_X22), ~p(Y3_561_0)
% 251.95/36.35 -> [15092] p(skolem_X22), p(Y3_561_0)
% 251.95/36.35
% 251.95/36.35 [15091] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [16870] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [16870] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [16872] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [16872] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [16875] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [16876] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [16876] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [16875] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [21319] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [21319] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [21321] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [21321] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [21323] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [21324] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [21323] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [35971] ~r(X8_972_3)
% 251.95/36.35
% 251.95/36.35 [35971] CLOSURE : ~r(X8_972_3)
% 251.95/36.35
% 251.95/36.35 [21324] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [15092] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [16675] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [16675] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [16676] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [16676] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [16677] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [16678] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [16678] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [16677] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [20684] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [20684] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [20685] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [20685] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [20686] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [20687] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [20686] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [21661] ~r(X8_268_3)
% 251.95/36.35
% 251.95/36.35 [21661] CLOSURE : ~r(X8_268_3)
% 251.95/36.35
% 251.95/36.35 [20687] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [13499] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [13501] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [13501] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [13502] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [13503] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [13502] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [13749] (p(skolem_X22) <=> p(Y3_542_0))
% 251.95/36.35
% 251.95/36.35 [13749] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_542_0))
% 251.95/36.35 -> [13750] ~p(skolem_X22), ~p(Y3_542_0)
% 251.95/36.35 -> [13751] p(skolem_X22), p(Y3_542_0)
% 251.95/36.35
% 251.95/36.35 [13751] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [14428] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [14428] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [14430] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [14430] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [14433] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [14434] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [14433] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [14434] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [16238] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [16238] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [16240] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [16240] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [16243] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [16244] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [16244] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [16243] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [17820] ~r(X8_165_3)
% 251.95/36.35
% 251.95/36.35 [17820] CLOSURE : ~r(X8_165_3)
% 251.95/36.35
% 251.95/36.35 [13750] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [15477] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [15477] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [15478] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [15478] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [15479] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [15480] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [15479] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [15480] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [17126] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [17126] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [17127] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [17127] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [17128] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [17129] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [17129] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [17128] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [18508] ~r(X8_181_3)
% 251.95/36.35
% 251.95/36.35 [18508] CLOSURE : ~r(X8_181_3)
% 251.95/36.35
% 251.95/36.35 [13503] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [13504] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [13504] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [14088] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [14088] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [15123] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [15123] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [15125] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [15126] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15125] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15126] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [16690] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [16690] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [16692] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [16692] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [16695] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [16696] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [16696] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [16695] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [21023] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [21023] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [21024] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [21024] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [21025] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [21026] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [21025] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [36045] ~r(X8_980_3)
% 251.95/36.35
% 251.95/36.35 [36045] CLOSURE : ~r(X8_980_3)
% 251.95/36.35
% 251.95/36.35 [21026] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [8056] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [13262] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [13262] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [13264] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [13265] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [13265] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [13266] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [13266] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [13267] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [13268] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [13268] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [13271] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [13271] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [14533] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [14533] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [22267] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [22267] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [22268] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [22269] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [22269] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [22268] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [23699] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [23699] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [23700] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [23700] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [23701] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [23702] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [23702] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [23701] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [24828] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [24828] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [24829] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [24829] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [24830] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [24831] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [24831] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [24830] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [25120] ~r(X8_469_3)
% 251.95/36.35
% 251.95/36.35 [25120] CLOSURE : ~r(X8_469_3)
% 251.95/36.35
% 251.95/36.35 [13267] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [13633] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [13633] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [13634] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [13635] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [13635] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [13634] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [14022] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [14022] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [14023] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [14023] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [14024] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [14025] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [14024] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [14025] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [15015] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [15015] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [15017] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [15017] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [15018] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [15019] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [15018] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [37620] ~r(X8_1054_3)
% 251.95/36.35
% 251.95/36.35 [37620] CLOSURE : ~r(X8_1054_3)
% 251.95/36.35
% 251.95/36.35 [15019] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [13264] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [13626] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [13627] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [13626] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [14007] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [14007] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [14008] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [14008] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [14009] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [14010] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [14010] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [14009] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [14509] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [14509] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [14510] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [14510] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [14511] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [14512] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [14511] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [14512] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [37443] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [37443] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [37444] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [37444] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [37445] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [37446] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [37446] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [37445] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [37708] ~r(X8_1063_3)
% 251.95/36.35
% 251.95/36.35 [37708] CLOSURE : ~r(X8_1063_3)
% 251.95/36.35
% 251.95/36.35 [13627] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [13628] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [13628] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [14999] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [14999] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [15000] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [15001] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [15001] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [15000] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [37844] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [37844] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [37845] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [37845] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [37846] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [37847] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [37846] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [37847] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [37874] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [37874] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [37875] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [37875] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [37876] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [37877] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [37877] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [37876] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [37920] ~r(X8_1085_3)
% 251.95/36.35
% 251.95/36.35 [37920] CLOSURE : ~r(X8_1085_3)
% 251.95/36.35
% 251.95/36.35 [7317] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [7321] r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [7321] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [13275] ~s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [13275] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.35 -> [14189] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [14190] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35
% 251.95/36.35 [14189] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [14518] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [14519] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [14518] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [14886] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [14887] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [14886] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [15291] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [15292] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [15291] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [15560] (p(skolem_X22) <=> p(Y3_567_0))
% 251.95/36.35
% 251.95/36.35 [15560] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_567_0))
% 251.95/36.35 -> [15562] ~p(skolem_X22), ~p(Y3_567_0)
% 251.95/36.35 -> [15563] p(skolem_X22), p(Y3_567_0)
% 251.95/36.35
% 251.95/36.35 [15562] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [17459] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [17459] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [17460] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [17460] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [17461] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [17462] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [17461] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [17462] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [38654] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [38654] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [38655] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [38655] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [38656] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [38657] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [38657] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [38656] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [38726] ~s(X12_614_3)
% 251.95/36.35
% 251.95/36.35 [38726] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [38747] p(Y13_546_4)
% 251.95/36.35
% 251.95/36.35 [38747] CLOSURE : p(Y13_546_4)
% 251.95/36.35
% 251.95/36.35 [15563] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [17468] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [17468] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [17469] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [17469] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [17470] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [17471] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [17470] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [17471] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [38681] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [38681] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [38682] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [38682] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [38683] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [38684] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [38684] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [38683] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [38962] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [38962] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [38978] p(Y13_552_4)
% 251.95/36.35
% 251.95/36.35 [38978] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [38986] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [38986] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [38987] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [38987] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [38988] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [38989] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [38988] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [38989] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [15292] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [15293] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15293] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [16282] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [16282] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [17478] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [17478] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [17479] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [17480] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [17479] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [17480] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [38712] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [38712] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [38713] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [38713] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [38714] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [38715] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [38715] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [38714] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [39350] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [39350] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [39352] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [39352] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [39353] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [39354] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39354] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39353] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [39543] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [39543] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [39578] p(Y13_571_4)
% 251.95/36.35
% 251.95/36.35 [39578] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [39587] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [39587] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [39588] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [39588] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [39589] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [39590] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [39589] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [39590] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [14887] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [14888] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [14888] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [14889] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [14890] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [14890] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [14893] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [14893] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [15950] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [15950] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [15951] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [15952] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15951] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15952] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [17486] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [17486] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [17487] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [17487] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [17488] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [17489] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [17488] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [17489] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [38852] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [38852] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [38853] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [38853] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [38854] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [38855] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [38855] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [38854] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [39080] ~s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [39080] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [39089] p(Y13_555_4)
% 251.95/36.35
% 251.95/36.35 [39089] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [39099] (s(skolem_X1414) <=> s(Y15_288_5))
% 251.95/36.35
% 251.95/36.35 [39099] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_288_5))
% 251.95/36.35 -> [39100] ~s(skolem_X1414), ~s(Y15_288_5)
% 251.95/36.35 -> [39101] s(skolem_X1414), s(Y15_288_5)
% 251.95/36.35
% 251.95/36.35 [39101] CLOSURE : s(Y15_288_5)
% 251.95/36.35
% 251.95/36.35 [39100] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [39117] q(Y17_143_6)
% 251.95/36.35
% 251.95/36.35 [39117] CLOSURE : q(Y17_143_6)
% 251.95/36.35
% 251.95/36.35 [14889] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [15300] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [15300] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [16283] (p(skolem_X22) <=> p(Y3_577_0))
% 251.95/36.35
% 251.95/36.35 [16283] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_577_0))
% 251.95/36.35 -> [16284] ~p(skolem_X22), ~p(Y3_577_0)
% 251.95/36.35 -> [16285] p(skolem_X22), p(Y3_577_0)
% 251.95/36.35
% 251.95/36.35 [16284] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [22594] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [22594] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [22595] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [22595] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [22596] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [22597] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [22597] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [22596] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [23827] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [23827] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [23828] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [23828] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [23829] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [23830] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [23830] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [23829] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [24644] ~s(X12_212_3)
% 251.95/36.35
% 251.95/36.35 [24644] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [24738] p(Y13_162_4)
% 251.95/36.35
% 251.95/36.35 [24738] CLOSURE : p(Y13_162_4)
% 251.95/36.35
% 251.95/36.35 [16285] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [38727] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [38727] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [38728] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [38728] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [38729] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [38730] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [38730] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [38729] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [39134] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [39134] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [39136] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [39136] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [39137] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [39138] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39138] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39137] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [39703] ~s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [39703] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [39789] p(Y13_577_4)
% 251.95/36.35
% 251.95/36.35 [39789] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [39875] (s(skolem_X1414) <=> s(Y15_299_5))
% 251.95/36.35
% 251.95/36.35 [39875] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_299_5))
% 251.95/36.35 -> [39876] ~s(skolem_X1414), ~s(Y15_299_5)
% 251.95/36.35 -> [39877] s(skolem_X1414), s(Y15_299_5)
% 251.95/36.35
% 251.95/36.35 [39877] CLOSURE : s(Y15_299_5)
% 251.95/36.35
% 251.95/36.35 [39876] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [39967] ~p(X16_189_6)
% 251.95/36.35
% 251.95/36.35 [39967] CLOSURE : ~p(X16_189_6)
% 251.95/36.35
% 251.95/36.35 [14519] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [14522] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [14522] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [15580] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [15580] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [16711] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [16712] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [16711] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [17115] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [17116] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [17115] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [17502] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [17502] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [17503] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [17504] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [17504] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [17503] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [39218] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [39218] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [39219] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [39219] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [39221] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [39222] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [39221] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [39222] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [39283] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [39283] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [39284] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [39284] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [39285] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [39286] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39286] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39285] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [39469] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [39469] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [39470] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [39470] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [39471] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [39472] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [39472] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [39471] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [39564] ~p(X16_183_4)
% 251.95/36.35
% 251.95/36.35 [39564] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [39581] q(Y17_146_5)
% 251.95/36.35
% 251.95/36.35 [39581] CLOSURE : q(Y17_146_5)
% 251.95/36.35
% 251.95/36.35 [17116] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [17119] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [17119] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [39278] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [39278] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [39334] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [39334] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [39335] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [39336] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [39336] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [39335] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [39504] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [39504] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [39505] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [39505] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [39506] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [39507] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [39507] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [39506] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [39574] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [39574] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [39575] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [39575] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [39576] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [39577] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39577] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39576] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [39646] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [39646] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [39647] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [39647] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [39648] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [39649] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [39649] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [39648] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [39673] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [39673] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [39674] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [39674] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [39675] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [39676] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [39676] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [39675] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [16712] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [16717] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [16717] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [16718] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [16719] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [16719] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [16721] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [16721] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [38877] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [38877] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [38878] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [38879] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [38879] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [38878] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [39311] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [39311] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [39312] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [39312] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [39315] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [39316] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [39315] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [39316] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [39371] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [39371] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [39374] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [39374] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [39375] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [39376] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39376] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39375] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [39533] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [39533] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35 -> [39534] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.35 -> [39535] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [39535] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [39534] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [39592] q(Y17_147_4)
% 251.95/36.35
% 251.95/36.35 [39592] CLOSURE : q(Y17_147_4)
% 251.95/36.35
% 251.95/36.35 [16718] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [17124] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [17124] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [39393] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [39393] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [39394] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [39395] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [39395] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [39394] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [39556] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [39556] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [39557] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [39557] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [39558] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [39559] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [39559] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [39558] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [40022] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [40022] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [40023] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [40023] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [40024] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [40025] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [40025] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [40024] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [40237] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [40237] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35 -> [40238] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.35 -> [40239] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [40239] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [40238] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [40283] ~p(X16_191_4)
% 251.95/36.35
% 251.95/36.35 [40283] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [40285] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [40285] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [40286] (p(skolem_X22) <=> p(Y3_1072_0))
% 251.95/36.35
% 251.95/36.35 [40286] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1072_0))
% 251.95/36.35 -> [40287] ~p(skolem_X22), ~p(Y3_1072_0)
% 251.95/36.35 -> [40288] p(skolem_X22), p(Y3_1072_0)
% 251.95/36.35
% 251.95/36.35 [40288] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [40287] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [40296] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35
% 251.95/36.35 [40296] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [40298] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [40298] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [40299] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [40299] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [40300] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [40301] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [40300] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [40301] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [40323] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35
% 251.95/36.35 [40323] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [40325] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [40325] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.35 -> [40326] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.35
% 251.95/36.35 [40326] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.35 -> [40327] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.35 -> [40328] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.35
% 251.95/36.35 [40327] CLOSURE : ~r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [40328] : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [41178] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [41178] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [41179] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [41179] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.35 -> [41180] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.35 -> [41181] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [41181] CLOSURE : s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [41180] CLOSURE : ~s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [14190] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [14203] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [14204] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [14204] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [14205] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [14205] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [15316] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [15317] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [15317] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [15319] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [15319] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [15320] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [15321] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [15321] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [15322] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15322] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [16349] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [16349] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [17575] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [17575] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [17576] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [17577] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [17576] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [17577] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [18268] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [18268] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [18269] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [18269] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [18270] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [18271] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [18271] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [18270] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [22355] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [22355] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [22357] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [22357] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [22359] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [22360] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [22360] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [22359] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [23906] p(Y13_127_3)
% 251.95/36.35
% 251.95/36.35 [23906] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [24092] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [24092] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35 -> [24093] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.35 -> [24094] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [24094] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [24093] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [24912] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [24912] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [24913] (p(skolem_X22) <=> p(Y3_832_0))
% 251.95/36.35
% 251.95/36.35 [24913] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_832_0))
% 251.95/36.35 -> [24914] ~p(skolem_X22), ~p(Y3_832_0)
% 251.95/36.35 -> [24915] p(skolem_X22), p(Y3_832_0)
% 251.95/36.35
% 251.95/36.35 [24914] CLOSURE : ~p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [24915] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [25046] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35
% 251.95/36.35 [25046] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [25047] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [25047] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [25049] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [25049] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [25052] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [25053] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [25052] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [25053] : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [25369] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35
% 251.95/36.35 [25369] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [25370] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [25370] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.35 -> [25372] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.35
% 251.95/36.35 [25372] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.35 -> [25374] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.35 -> [25375] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.35
% 251.95/36.35 [25374] CLOSURE : ~r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [25375] : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [25543] ! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [25543] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [25544] p(Y13_198_3)
% 251.95/36.35
% 251.95/36.35 [25544] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [25561] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [25561] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [25564] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [25564] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.35 -> [25565] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.35 -> [25566] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [25566] CLOSURE : s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [25565] CLOSURE : ~s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [15320] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [15614] (p(skolem_X22) <=> p(Y3_568_0))
% 251.95/36.35
% 251.95/36.35 [15614] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_568_0))
% 251.95/36.35 -> [15615] ~p(skolem_X22), ~p(Y3_568_0)
% 251.95/36.35 -> [15616] p(skolem_X22), p(Y3_568_0)
% 251.95/36.35
% 251.95/36.35 [15616] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [17160] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [17160] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [17161] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [17161] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [17162] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [17163] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [17162] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [17163] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [18257] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [18257] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [18258] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [18258] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [18259] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [18260] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [18260] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [18259] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [22646] p(Y13_100_3)
% 251.95/36.35
% 251.95/36.35 [22646] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [22932] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [22932] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35 -> [22933] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.35 -> [22934] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [22934] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [22933] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [24122] ~p(X16_31_5)
% 251.95/36.35
% 251.95/36.35 [24122] CLOSURE : ~p(X16_31_5)
% 251.95/36.35
% 251.95/36.35 [15615] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [40134] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [40134] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [40135] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [40135] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [40136] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [40137] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [40136] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [40137] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [40187] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [40187] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [40188] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [40188] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [40189] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [40190] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [40190] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [40189] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [40523] p(Y13_594_3)
% 251.95/36.35
% 251.95/36.35 [40523] CLOSURE : p(Y13_594_3)
% 251.95/36.35
% 251.95/36.35 [15316] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [15608] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [15609] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [15609] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [15613] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15613] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [16738] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [16738] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [16739] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [16740] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [16739] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [16740] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [40167] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [40167] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [40168] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [40168] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [40169] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [40170] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [40169] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [40170] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [40267] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [40267] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [40268] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [40268] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [40269] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [40270] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [40270] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [40269] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [40443] p(Y13_589_3)
% 251.95/36.35
% 251.95/36.35 [40443] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [40452] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [40452] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [40453] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [40453] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [40454] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [40455] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [40455] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [40454] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [40553] q(Y17_153_5)
% 251.95/36.35
% 251.95/36.35 [40553] CLOSURE : q(Y17_153_5)
% 251.95/36.35
% 251.95/36.35 [15608] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [15977] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [15977] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [17146] (p(skolem_X22) <=> p(Y3_596_0))
% 251.95/36.35
% 251.95/36.35 [17146] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_596_0))
% 251.95/36.35 -> [17147] ~p(skolem_X22), ~p(Y3_596_0)
% 251.95/36.35 -> [17148] p(skolem_X22), p(Y3_596_0)
% 251.95/36.35
% 251.95/36.35 [17148] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [23832] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [23832] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [23833] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [23833] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [23834] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [23835] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [23835] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [23834] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [25363] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [25363] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [25364] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [25364] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [25365] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [25366] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [25366] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [25365] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [26257] p(Y13_216_3)
% 251.95/36.35
% 251.95/36.35 [26257] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [26355] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [26355] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [26356] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [26356] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [26358] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [26359] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [26359] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [26358] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [27020] ~p(X16_67_5)
% 251.95/36.35
% 251.95/36.35 [27020] CLOSURE : ~p(X16_67_5)
% 251.95/36.35
% 251.95/36.35 [17147] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [40027] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [40027] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [40028] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [40028] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [40029] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [40030] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [40030] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [40029] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [40480] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [40480] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [40481] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [40481] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [40482] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [40483] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [40483] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [40482] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [41510] p(Y13_619_3)
% 251.95/36.35
% 251.95/36.35 [41510] CLOSURE : p(Y13_619_3)
% 251.95/36.35
% 251.95/36.35 [14203] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [14524] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [14524] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [15589] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [15590] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [15589] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [15962] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [15963] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [15962] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [16305] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [16305] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [17524] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [17524] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [17526] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [17527] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [17527] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [17526] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [38896] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [38896] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [38897] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [38897] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [38927] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [38928] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [38927] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [38928] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [39234] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [39234] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.35 -> [39235] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.35
% 251.95/36.35 [39235] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.35 -> [39236] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.35 -> [39237] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.35
% 251.95/36.35 [39236] CLOSURE : ~r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [39237] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [39747] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [39747] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [39856] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [39856] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [39857] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [39857] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [39858] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [39859] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [39858] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [39859] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [15963] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [15964] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15964] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [17536] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [17536] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [17537] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [17538] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [17538] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [17537] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [40271] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [40271] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [40272] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [40272] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [40273] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [40274] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [40273] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [40274] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [40378] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [40378] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [40379] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [40379] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [40380] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [40381] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [40381] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [40380] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [41303] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [41303] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [41337] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [41337] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [41338] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [41338] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [41339] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [41340] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [41339] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [41340] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [15590] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [15600] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [15600] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [15601] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [15602] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [15601] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [15968] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [15968] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [15969] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [15970] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [15970] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [15969] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [23396] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [23396] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [23397] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [23397] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [23398] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [23399] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [23398] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [23399] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [23661] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [23661] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [23662] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [23662] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [23663] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [23664] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [23664] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [23663] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [24641] ~s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [24641] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [24849] (s(skolem_X1414) <=> s(Y15_72_4))
% 251.95/36.35
% 251.95/36.35 [24849] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_72_4))
% 251.95/36.35 -> [24850] ~s(skolem_X1414), ~s(Y15_72_4)
% 251.95/36.35 -> [24851] s(skolem_X1414), s(Y15_72_4)
% 251.95/36.35
% 251.95/36.35 [24851] CLOSURE : s(Y15_72_4)
% 251.95/36.35
% 251.95/36.35 [24850] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [25210] ~p(X16_48_5)
% 251.95/36.35
% 251.95/36.35 [25210] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [25368] q(Y17_38_6)
% 251.95/36.35
% 251.95/36.35 [25368] CLOSURE : q(Y17_38_6)
% 251.95/36.35
% 251.95/36.35 [15602] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [15603] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15603] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [16730] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [16730] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [39907] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [39907] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [39908] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [39909] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [39909] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [39908] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [40404] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [40404] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [40581] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [40581] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [40582] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [40583] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [40583] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [40582] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [41357] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [41357] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [41358] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [41358] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [41359] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [41360] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41360] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41359] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [42560] ~s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [42560] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [42571] (s(skolem_X1414) <=> s(Y15_345_4))
% 251.95/36.35
% 251.95/36.35 [42571] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_345_4))
% 251.95/36.35 -> [42572] ~s(skolem_X1414), ~s(Y15_345_4)
% 251.95/36.35 -> [42573] s(skolem_X1414), s(Y15_345_4)
% 251.95/36.35
% 251.95/36.35 [42573] CLOSURE : s(Y15_345_4)
% 251.95/36.35
% 251.95/36.35 [42572] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42598] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [42598] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42599] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [42599] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [42600] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [42601] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [42601] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [42600] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [104] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [118] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [118] BETA_NOT_EQUIV : ~(? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.35 -> [121] ~? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [122] ? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.35
% 251.95/36.35 [121] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.35 -> [1069] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [1070] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35
% 251.95/36.35 [1070] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [1075] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [1076] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [1076] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [1089] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [1089] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [1474] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [1475] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [1475] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [1483] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [1483] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [1487] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [1488] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [1488] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [1494] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [1494] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [1925] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [1925] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [1927] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [1928] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [1927] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [1928] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [2459] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [2459] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [2460] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [2460] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [2462] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [2463] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [2462] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [2463] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [3350] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [3350] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [3351] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [3352] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [3352] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [3351] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [9988] ~r(X8_41_3)
% 251.95/36.35
% 251.95/36.35 [9988] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [11099] s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [11099] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [12435] p(Y13_22_5)
% 251.95/36.35
% 251.95/36.35 [12435] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [13564] (s(skolem_X1414) <=> s(Y15_7_6))
% 251.95/36.35
% 251.95/36.35 [13564] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_7_6))
% 251.95/36.35 -> [13565] ~s(skolem_X1414), ~s(Y15_7_6)
% 251.95/36.35 -> [13566] s(skolem_X1414), s(Y15_7_6)
% 251.95/36.35
% 251.95/36.35 [13566] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [15259] q(Y17_6_7)
% 251.95/36.35
% 251.95/36.35 [15259] CLOSURE : q(Y17_6_7)
% 251.95/36.35
% 251.95/36.35 [13565] CLOSURE : ~s(Y15_7_6)
% 251.95/36.35
% 251.95/36.35 [1487] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [1657] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [1657] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [2448] (p(skolem_X22) <=> p(Y3_63_0))
% 251.95/36.35
% 251.95/36.35 [2448] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_63_0))
% 251.95/36.35 -> [2450] ~p(skolem_X22), ~p(Y3_63_0)
% 251.95/36.35 -> [2451] p(skolem_X22), p(Y3_63_0)
% 251.95/36.35
% 251.95/36.35 [2451] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [3321] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [3321] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [3322] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [3322] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [3325] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [3326] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [3326] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [3325] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [12190] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [12190] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [12192] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [12193] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [12193] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [12192] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [13982] ~r(X8_91_3)
% 251.95/36.35
% 251.95/36.35 [13982] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [15338] s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [15338] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [15985] p(Y13_36_5)
% 251.95/36.35
% 251.95/36.35 [15985] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [16735] (s(skolem_X1414) <=> s(Y15_10_6))
% 251.95/36.35
% 251.95/36.35 [16735] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_10_6))
% 251.95/36.35 -> [16736] ~s(skolem_X1414), ~s(Y15_10_6)
% 251.95/36.35 -> [16737] s(skolem_X1414), s(Y15_10_6)
% 251.95/36.35
% 251.95/36.35 [16737] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [17943] ~p(X16_10_7)
% 251.95/36.35
% 251.95/36.35 [17943] CLOSURE : ~p(X16_10_7)
% 251.95/36.35
% 251.95/36.35 [16736] CLOSURE : ~s(Y15_10_6)
% 251.95/36.35
% 251.95/36.35 [2450] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [3298] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [3298] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [3300] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [3300] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [3302] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [3303] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [3303] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [3302] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [18201] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [18201] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [18202] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [18203] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [18203] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [18202] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [19635] ~r(X8_204_3)
% 251.95/36.35
% 251.95/36.35 [19635] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [20494] s(Y9_132_4)
% 251.95/36.35
% 251.95/36.35 [20494] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [21320] p(Y13_85_5)
% 251.95/36.35
% 251.95/36.35 [21320] CLOSURE : p(Y13_85_5)
% 251.95/36.35
% 251.95/36.35 [1474] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [1643] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [1644] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [1644] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [1647] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [1647] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [2183] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [2183] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [2814] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [2814] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [2817] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [2818] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [2817] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [2818] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [3470] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [3470] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [3471] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [3471] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [3472] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [3473] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [3472] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [3473] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [23317] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [23317] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [23318] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [23319] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [23319] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [23318] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [23919] ~r(X8_376_3)
% 251.95/36.35
% 251.95/36.35 [23919] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [24223] s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [24223] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [24476] p(Y13_155_5)
% 251.95/36.35
% 251.95/36.35 [24476] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [24727] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [24727] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35 -> [24728] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35
% 251.95/36.35 [24728] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35 -> [24729] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.35 -> [24730] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [24730] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [24729] CLOSURE : ~s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [1643] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [1900] (p(skolem_X22) <=> p(Y3_42_0))
% 251.95/36.35
% 251.95/36.35 [1900] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_42_0))
% 251.95/36.35 -> [1901] ~p(skolem_X22), ~p(Y3_42_0)
% 251.95/36.35 -> [1902] p(skolem_X22), p(Y3_42_0)
% 251.95/36.35
% 251.95/36.35 [1901] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [2937] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [2937] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [2938] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [2938] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [2939] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [2940] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [2939] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [2940] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [3786] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [3786] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [3787] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [3788] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [3788] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [3787] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [4392] ~r(X8_14_3)
% 251.95/36.35
% 251.95/36.35 [4392] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [4697] s(Y9_11_4)
% 251.95/36.35
% 251.95/36.35 [4697] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [4992] p(Y13_7_5)
% 251.95/36.35
% 251.95/36.35 [4992] CLOSURE : p(Y13_7_5)
% 251.95/36.35
% 251.95/36.35 [1902] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [2422] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [2422] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [2423] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [2423] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [2425] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [2426] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [2425] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [2426] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [3279] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [3279] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [3280] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [3281] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [3281] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [3280] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [4082] ~r(X8_11_3)
% 251.95/36.35
% 251.95/36.35 [4082] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [8535] s(X14_10_6)
% 251.95/36.35
% 251.95/36.35 [8535] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [9957] p(Y13_19_5)
% 251.95/36.35
% 251.95/36.35 [9957] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [11650] ~! [Y15_15] : ((s(X14_10_6) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [11650] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(X14_10_6) <=> s(Y15_15)))
% 251.95/36.35 -> [11653] ~(s(X14_10_6) <=> s(skolem_Y1515(X14_10_6)))
% 251.95/36.35
% 251.95/36.35 [11653] BETA_NOT_EQUIV : ~(s(X14_10_6) <=> s(skolem_Y1515(X14_10_6)))
% 251.95/36.35 -> [11654] ~s(X14_10_6), s(skolem_Y1515(X14_10_6))
% 251.95/36.35 -> [11655] s(X14_10_6), ~s(skolem_Y1515(X14_10_6))
% 251.95/36.35
% 251.95/36.35 [11654] CLOSURE : ~s(X14_10_6)
% 251.95/36.35
% 251.95/36.35 [11655] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [31261] ~p(X16_106_7)
% 251.95/36.35
% 251.95/36.35 [31261] CLOSURE : ~p(X16_106_7)
% 251.95/36.35
% 251.95/36.35 [1075] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [1288] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [1288] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [1290] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [1291] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [1290] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [8136] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [8137] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [8136] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [8581] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [8581] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [8582] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [8583] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [8583] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [8582] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [9037] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [9037] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [9038] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [9038] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [9039] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [9040] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [9039] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [9040] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [10446] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [10446] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [10447] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [10448] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [10448] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [10447] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [11068] ~r(X8_57_3)
% 251.95/36.35
% 251.95/36.35 [11068] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [11069] s(Y9_39_4)
% 251.95/36.35
% 251.95/36.35 [11069] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [12308] ~s(X12_33_5)
% 251.95/36.35
% 251.95/36.35 [12308] CLOSURE : ~s(X12_33_5)
% 251.95/36.35
% 251.95/36.35 [8137] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [8140] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [8140] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [9529] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [9529] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [11085] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [11085] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [11086] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [11087] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [11087] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [11086] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [15593] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [15593] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [15595] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [15595] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [15598] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [15599] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [15598] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [15599] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [37278] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [37278] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [37279] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [37280] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [37280] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [37279] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [37307] ~r(X8_1033_3)
% 251.95/36.35
% 251.95/36.35 [37307] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [37330] s(Y9_565_4)
% 251.95/36.35
% 251.95/36.35 [37330] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [37347] ~s(X12_573_5)
% 251.95/36.35
% 251.95/36.35 [37347] CLOSURE : ~s(X12_573_5)
% 251.95/36.35
% 251.95/36.35 [1291] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [1306] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [1306] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [1308] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [1309] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [1309] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [1316] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [1316] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [1874] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [1874] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [1875] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [1876] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [1876] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [1875] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [4185] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [4185] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [4186] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [4186] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [4187] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [4188] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [4187] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [4188] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [4687] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [4687] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [4688] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [4689] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [4689] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [4688] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [5262] ~r(X8_20_3)
% 251.95/36.35
% 251.95/36.35 [5262] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [5611] s(Y9_20_4)
% 251.95/36.35
% 251.95/36.35 [5611] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [6051] ~s(X12_18_5)
% 251.95/36.35
% 251.95/36.35 [6051] CLOSURE : ~s(X12_18_5)
% 251.95/36.35
% 251.95/36.35 [1308] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [2638] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [2638] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [2639] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [2639] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [2641] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [2642] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [2642] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [2641] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [3179] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [3179] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [3180] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [3180] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [3181] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [3182] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [3181] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [3182] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [39629] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39629] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [39630] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [39631] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39631] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39630] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [39666] ~r(X8_1200_3)
% 251.95/36.35
% 251.95/36.35 [39666] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [39667] s(Y9_623_4)
% 251.95/36.35
% 251.95/36.35 [39667] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [39809] ~s(X12_646_5)
% 251.95/36.35
% 251.95/36.35 [39809] CLOSURE : ~s(X12_646_5)
% 251.95/36.35
% 251.95/36.35 [1069] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [1280] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [1281] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [1280] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [8071] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [8072] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [8071] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [8439] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [8440] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [8440] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [8441] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [8441] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [9307] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [9307] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [9308] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [9309] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [9308] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [9309] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [10180] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [10180] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [10181] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [10181] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [10182] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [10183] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [10182] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [10183] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [39095] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39095] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [39096] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [39097] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39097] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39096] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [39207] ~r(X8_1168_3)
% 251.95/36.35
% 251.95/36.35 [39207] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [39293] s(Y9_617_4)
% 251.95/36.35
% 251.95/36.35 [39293] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [39367] ~s(X12_633_5)
% 251.95/36.35
% 251.95/36.35 [39367] CLOSURE : ~s(X12_633_5)
% 251.95/36.35
% 251.95/36.35 [8439] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [8798] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [8798] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [8799] (p(skolem_X22) <=> p(Y3_336_0))
% 251.95/36.35
% 251.95/36.35 [8799] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_336_0))
% 251.95/36.35 -> [8800] ~p(skolem_X22), ~p(Y3_336_0)
% 251.95/36.35 -> [8801] p(skolem_X22), p(Y3_336_0)
% 251.95/36.35
% 251.95/36.35 [8800] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [9293] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [9293] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [9294] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [9294] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [9295] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [9296] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [9296] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [9295] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [19315] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [19315] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [19316] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [19317] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [19317] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [19316] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [19475] ~r(X8_202_3)
% 251.95/36.35
% 251.95/36.35 [19475] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [19476] s(Y9_120_4)
% 251.95/36.35
% 251.95/36.35 [19476] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [19888] ~s(X12_112_5)
% 251.95/36.35
% 251.95/36.35 [19888] CLOSURE : ~s(X12_112_5)
% 251.95/36.35
% 251.95/36.35 [8801] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [18764] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [18764] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [18765] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [18765] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [18766] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [18767] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [18767] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [18766] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41140] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41140] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41141] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41142] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41142] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41141] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [41232] ~r(X8_1269_3)
% 251.95/36.35
% 251.95/36.35 [41232] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [41325] s(Y9_662_4)
% 251.95/36.35
% 251.95/36.35 [41325] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [41453] ~s(X12_678_5)
% 251.95/36.35
% 251.95/36.35 [41453] CLOSURE : ~s(X12_678_5)
% 251.95/36.35
% 251.95/36.35 [8072] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [8074] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [8074] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [8076] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [8077] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [8077] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [8081] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [8081] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [8824] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [8824] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [10207] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [10207] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [10208] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [10209] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [10208] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [10209] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [19532] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [19532] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [19533] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [19533] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [19534] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [19535] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [19535] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [19534] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [32957] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [32957] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [32959] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [32960] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [32960] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [32959] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [33075] ~r(X8_848_3)
% 251.95/36.35
% 251.95/36.35 [33075] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [33094] s(Y9_436_4)
% 251.95/36.35
% 251.95/36.35 [33094] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [33108] ~s(X12_458_5)
% 251.95/36.35
% 251.95/36.35 [33108] CLOSURE : ~s(X12_458_5)
% 251.95/36.35
% 251.95/36.35 [8076] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [8444] (p(skolem_X22) <=> p(Y3_314_0))
% 251.95/36.35
% 251.95/36.35 [8444] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_314_0))
% 251.95/36.35 -> [8445] ~p(skolem_X22), ~p(Y3_314_0)
% 251.95/36.35 -> [8446] p(skolem_X22), p(Y3_314_0)
% 251.95/36.35
% 251.95/36.35 [8445] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [8814] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [8814] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [8817] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [8817] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [8818] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [8819] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [8818] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [8819] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [9717] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [9717] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [9718] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [9719] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [9719] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [9718] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [10186] ~r(X8_43_3)
% 251.95/36.35
% 251.95/36.35 [10186] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [10191] s(Y9_36_4)
% 251.95/36.35
% 251.95/36.35 [10191] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [19183] ~s(X12_102_5)
% 251.95/36.35
% 251.95/36.35 [19183] CLOSURE : ~s(X12_102_5)
% 251.95/36.35
% 251.95/36.35 [8446] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [9314] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [9314] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [9315] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [9315] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [9316] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [9317] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [9316] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [9317] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [19380] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [19380] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [19381] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [19382] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [19382] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [19381] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [20368] ~r(X8_226_3)
% 251.95/36.35
% 251.95/36.35 [20368] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [21166] s(Y9_142_4)
% 251.95/36.35
% 251.95/36.35 [21166] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [41607] ~s(X12_682_5)
% 251.95/36.35
% 251.95/36.35 [41607] CLOSURE : ~s(X12_682_5)
% 251.95/36.35
% 251.95/36.35 [1281] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [1282] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [1282] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [8808] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [8808] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [10114] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [10115] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [10114] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [10537] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [10538] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [10538] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [10542] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [10542] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [20648] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [20648] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [20649] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [20650] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [20649] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [20650] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [39994] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [39994] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [39995] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [39995] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [39997] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [39998] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [39997] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [39998] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [40086] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [40086] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [40087] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [40088] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [40088] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [40087] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [40133] ~r(X8_1217_3)
% 251.95/36.35
% 251.95/36.35 [40133] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [40148] s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [40148] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [40163] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [40163] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35 -> [40164] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35
% 251.95/36.35 [40164] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35 -> [40165] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.35 -> [40166] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [40166] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [40165] CLOSURE : ~s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [10537] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [11191] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [11191] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [20727] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [20727] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [20728] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [20729] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [20729] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [20728] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [41194] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [41194] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [41195] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [41195] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [41197] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [41198] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [41198] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41197] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41596] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41596] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41597] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41598] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41598] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41597] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [41754] ~r(X8_1300_3)
% 251.95/36.35
% 251.95/36.35 [41754] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [41859] s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [41859] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [42283] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [42283] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.35 -> [42284] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35
% 251.95/36.35 [42284] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.35 -> [42285] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.35 -> [42286] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [42286] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.35
% 251.95/36.35 [42285] CLOSURE : ~s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [10115] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [10122] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [10122] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [10123] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [10124] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [10123] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [10543] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [10543] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [10544] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [10545] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [10545] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [10544] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [20995] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [20995] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [20996] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [20996] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [20997] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [20998] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [20998] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [22240] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [22240] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [22241] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [22242] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [22242] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [22241] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [22755] ~r(X8_309_3)
% 251.95/36.35
% 251.95/36.35 [22755] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [23034] s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [23034] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [23256] (s(skolem_X1414) <=> s(Y15_46_5))
% 251.95/36.35
% 251.95/36.35 [23256] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_46_5))
% 251.95/36.35 -> [23257] ~s(skolem_X1414), ~s(Y15_46_5)
% 251.95/36.35 -> [23258] s(skolem_X1414), s(Y15_46_5)
% 251.95/36.35
% 251.95/36.35 [23257] CLOSURE : ~s(Y15_46_5)
% 251.95/36.35
% 251.95/36.35 [23258] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [23519] ~p(X16_27_6)
% 251.95/36.35
% 251.95/36.35 [23519] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [23692] q(Y17_23_7)
% 251.95/36.35
% 251.95/36.35 [23692] CLOSURE : q(Y17_23_7)
% 251.95/36.35
% 251.95/36.35 [20997] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [10124] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [10129] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [10129] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [20344] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [20344] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [21144] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [21144] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [21145] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [21146] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [21146] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [21145] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [41745] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [41745] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [41746] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [41746] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [41747] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [41748] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [41748] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [41747] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42402] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [42402] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [42403] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [42404] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42404] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42403] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [42537] ~r(X8_1371_3)
% 251.95/36.35
% 251.95/36.35 [42537] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [42559] s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [42559] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [42564] (s(skolem_X1414) <=> s(Y15_344_5))
% 251.95/36.35
% 251.95/36.35 [42564] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_344_5))
% 251.95/36.35 -> [42565] ~s(skolem_X1414), ~s(Y15_344_5)
% 251.95/36.35 -> [42566] s(skolem_X1414), s(Y15_344_5)
% 251.95/36.35
% 251.95/36.35 [42565] CLOSURE : ~s(Y15_344_5)
% 251.95/36.35
% 251.95/36.35 [42566] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42592] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [42592] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42594] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [42594] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [42595] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [42596] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [42596] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [42595] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [122] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [134] r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [134] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [1148] ~s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [1148] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.35 -> [3432] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [3433] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35
% 251.95/36.35 [3433] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [3443] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [3444] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [3443] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [4250] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [4250] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [18688] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [18689] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [18689] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [18690] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [18690] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [18692] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [18693] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [18692] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [18956] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [18956] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [19703] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [19703] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [19704] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [19705] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19705] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19704] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [20979] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [20979] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [20980] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [20980] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [20981] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [20982] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [20982] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [20981] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [23912] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [23912] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [23913] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [23914] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [23914] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [23913] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [25297] ~s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [25297] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [25413] (s(skolem_X1414) <=> s(Y15_82_4))
% 251.95/36.35
% 251.95/36.35 [25413] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_82_4))
% 251.95/36.35 -> [25414] ~s(skolem_X1414), ~s(Y15_82_4)
% 251.95/36.35 -> [25415] s(skolem_X1414), s(Y15_82_4)
% 251.95/36.35
% 251.95/36.35 [25415] CLOSURE : s(Y15_82_4)
% 251.95/36.35
% 251.95/36.35 [25414] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [25663] ~p(X16_57_5)
% 251.95/36.35
% 251.95/36.35 [25663] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [25830] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [25830] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [25831] (p(skolem_X22) <=> p(Y3_851_0))
% 251.95/36.35
% 251.95/36.35 [25831] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_851_0))
% 251.95/36.35 -> [25832] ~p(skolem_X22), ~p(Y3_851_0)
% 251.95/36.35 -> [25833] p(skolem_X22), p(Y3_851_0)
% 251.95/36.35
% 251.95/36.35 [25833] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [25832] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [26096] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35
% 251.95/36.35 [26096] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [26097] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [26097] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [26098] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [26098] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [26099] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [26100] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [26100] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [26099] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [26743] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [26743] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [26745] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35
% 251.95/36.35 [26745] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35 -> [26746] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.35 -> [26747] r(skolem_X1010), r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [26747] CLOSURE : r(skolem_X1010)
% 251.95/36.35
% 251.95/36.35 [26746] CLOSURE : ~r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [18693] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [18697] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [18697] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [19437] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [19437] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [19440] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [19441] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [19440] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [19441] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [33170] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [33170] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [33171] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [33171] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [33172] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [33173] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [33172] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [33173] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [33221] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [33221] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [33222] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [33223] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [33223] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [33222] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [33403] ~s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [33403] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [33423] (s(skolem_X1414) <=> s(Y15_195_4))
% 251.95/36.35
% 251.95/36.35 [33423] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_195_4))
% 251.95/36.35 -> [33424] ~s(skolem_X1414), ~s(Y15_195_4)
% 251.95/36.35 -> [33425] s(skolem_X1414), s(Y15_195_4)
% 251.95/36.35
% 251.95/36.35 [33425] CLOSURE : s(Y15_195_4)
% 251.95/36.35
% 251.95/36.35 [33424] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [33452] q(Y17_97_5)
% 251.95/36.35
% 251.95/36.35 [33452] CLOSURE : q(Y17_97_5)
% 251.95/36.35
% 251.95/36.35 [18688] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [18948] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [18949] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [18948] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [19150] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [19150] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [19152] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [19153] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19153] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19152] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [20348] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [20348] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [20349] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [20349] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [20350] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [20351] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [20350] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [20351] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [22057] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [22057] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [22058] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [22059] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [22059] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [22058] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [24164] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [24164] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [24382] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [24382] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [24383] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [24383] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [24384] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [24385] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [24384] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [24385] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [18949] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [18952] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [18952] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [19700] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [19700] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [20359] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [20359] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [20360] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [20361] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [20361] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [20360] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [33304] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [33304] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [33305] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [33305] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [33306] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [33307] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [33307] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [33306] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [33522] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [33522] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [33523] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [33524] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [33524] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [33523] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [33562] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [33562] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [33580] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [33580] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [33583] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [33583] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [33584] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [33585] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [33584] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [33585] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [3444] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [3450] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [3450] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [5546] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [5547] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [5547] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [5553] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [5553] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [5554] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [5555] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [5555] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [5559] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [5559] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [19890] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [19890] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [19891] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [19892] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [19891] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [19892] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [21199] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [21199] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [21200] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [21200] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [21201] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [21202] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [21201] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [21202] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [36640] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [36640] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [36641] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [36642] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [36642] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [36641] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [36676] p(Y13_472_3)
% 251.95/36.35
% 251.95/36.35 [36676] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [36679] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [36679] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35 -> [36680] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.35 -> [36681] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [36681] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [36680] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [36728] q(Y17_127_5)
% 251.95/36.35
% 251.95/36.35 [36728] CLOSURE : q(Y17_127_5)
% 251.95/36.35
% 251.95/36.35 [5554] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [10661] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [10661] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [12266] (p(skolem_X22) <=> p(Y3_483_0))
% 251.95/36.35
% 251.95/36.35 [12266] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_483_0))
% 251.95/36.35 -> [12267] ~p(skolem_X22), ~p(Y3_483_0)
% 251.95/36.35 -> [12268] p(skolem_X22), p(Y3_483_0)
% 251.95/36.35
% 251.95/36.35 [12268] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [13790] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [13790] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [13791] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [13791] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [13793] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [13794] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [13794] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [13793] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [37862] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [37862] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [37863] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [37864] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [37864] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [37863] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [37921] p(Y13_514_3)
% 251.95/36.35
% 251.95/36.35 [37921] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [37929] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [37929] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35 -> [37930] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.35 -> [37931] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [37931] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [37930] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [37963] ~p(X16_169_5)
% 251.95/36.35
% 251.95/36.35 [37963] CLOSURE : ~p(X16_169_5)
% 251.95/36.35
% 251.95/36.35 [12267] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [14258] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [14258] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [14259] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [14259] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [14260] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [14261] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [14260] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [14261] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [37925] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [37925] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [37926] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [37927] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [37927] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [37926] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [38106] p(Y13_519_3)
% 251.95/36.35
% 251.95/36.35 [38106] CLOSURE : p(Y13_519_3)
% 251.95/36.35
% 251.95/36.35 [5546] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [18832] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [18833] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [18833] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [18834] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [18834] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [19702] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [19702] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [20606] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [20606] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [20607] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [20608] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [20607] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [20608] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [39684] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [39684] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [39685] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [39685] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [39686] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [39687] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [39687] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [39686] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [39895] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39895] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [39896] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [39897] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39897] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39896] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [40011] p(Y13_582_3)
% 251.95/36.35
% 251.95/36.35 [40011] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [40041] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [40041] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [40042] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [40042] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [40043] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [40044] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [40044] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [40043] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [40159] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [40159] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [40160] (p(skolem_X22) <=> p(Y3_1071_0))
% 251.95/36.35
% 251.95/36.35 [40160] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1071_0))
% 251.95/36.35 -> [40161] ~p(skolem_X22), ~p(Y3_1071_0)
% 251.95/36.35 -> [40162] p(skolem_X22), p(Y3_1071_0)
% 251.95/36.35
% 251.95/36.35 [40161] CLOSURE : ~p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [40162] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [40194] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35
% 251.95/36.35 [40194] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [40195] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [40195] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [40196] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [40196] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [40197] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [40198] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [40197] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [40198] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [40222] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [40222] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [40223] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35
% 251.95/36.35 [40223] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35 -> [40224] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.35 -> [40225] r(skolem_X1010), r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [40225] CLOSURE : r(skolem_X1010)
% 251.95/36.35
% 251.95/36.35 [40224] CLOSURE : ~r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [18832] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [19121] (p(skolem_X22) <=> p(Y3_661_0))
% 251.95/36.35
% 251.95/36.35 [19121] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_661_0))
% 251.95/36.35 -> [19122] ~p(skolem_X22), ~p(Y3_661_0)
% 251.95/36.35 -> [19123] p(skolem_X22), p(Y3_661_0)
% 251.95/36.35
% 251.95/36.35 [19122] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [20588] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [20588] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [20589] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [20589] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [20590] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [20591] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [20590] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [20591] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41168] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41168] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41169] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41170] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41170] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41169] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [41574] p(Y13_620_3)
% 251.95/36.35
% 251.95/36.35 [41574] CLOSURE : p(Y13_620_3)
% 251.95/36.35
% 251.95/36.35 [19123] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [20278] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [20278] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [20279] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [20279] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [20280] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [20281] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [20280] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [20281] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41260] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41260] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41261] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41262] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41262] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41261] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [42030] p(Y13_630_3)
% 251.95/36.35
% 251.95/36.35 [42030] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [42093] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [42093] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [42094] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [42094] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [42095] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [42096] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [42096] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [42095] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [42585] ~p(X16_207_5)
% 251.95/36.35
% 251.95/36.35 [42585] CLOSURE : ~p(X16_207_5)
% 251.95/36.35
% 251.95/36.35 [3432] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [4237] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [4238] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [4237] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [4772] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [4773] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [4773] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [4774] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [4774] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [4775] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [4776] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [4776] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [4781] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [4781] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [26655] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [26655] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [26834] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [26834] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [26836] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [26837] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [26836] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [26837] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [26923] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [26923] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [26924] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [26924] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [26925] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [26926] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [26925] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [26926] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [27208] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35
% 251.95/36.35 [27208] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35 -> [27209] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.35 -> [27210] r(skolem_X1010), r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [27209] CLOSURE : ~r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [27210] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [27436] ~s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [27436] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [27464] p(Y13_246_4)
% 251.95/36.35
% 251.95/36.35 [27464] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [27491] (s(skolem_X1414) <=> s(Y15_110_5))
% 251.95/36.35
% 251.95/36.35 [27491] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_110_5))
% 251.95/36.35 -> [27492] ~s(skolem_X1414), ~s(Y15_110_5)
% 251.95/36.35 -> [27493] s(skolem_X1414), s(Y15_110_5)
% 251.95/36.35
% 251.95/36.35 [27493] CLOSURE : s(Y15_110_5)
% 251.95/36.35
% 251.95/36.35 [27492] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [27544] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [27544] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [27545] (p(skolem_X22) <=> p(Y3_868_0))
% 251.95/36.35
% 251.95/36.35 [27545] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_868_0))
% 251.95/36.35 -> [27546] ~p(skolem_X22), ~p(Y3_868_0)
% 251.95/36.35 -> [27547] p(skolem_X22), p(Y3_868_0)
% 251.95/36.35
% 251.95/36.35 [27546] CLOSURE : ~p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [27547] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [27585] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35
% 251.95/36.35 [27585] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [27590] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [27590] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [27593] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [27593] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [27594] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [27595] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [27595] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [27594] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [27687] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [27687] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [27688] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [27688] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [27689] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [27690] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [27689] CLOSURE : ~r(skolem_X1010)
% 251.95/36.35
% 251.95/36.35 [27690] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [4775] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [5519] (p(skolem_X22) <=> p(Y3_190_0))
% 251.95/36.35
% 251.95/36.35 [5519] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_190_0))
% 251.95/36.35 -> [5520] ~p(skolem_X22), ~p(Y3_190_0)
% 251.95/36.35 -> [5521] p(skolem_X22), p(Y3_190_0)
% 251.95/36.35
% 251.95/36.35 [5520] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [12466] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [12466] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [12469] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [12469] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [12470] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [12471] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [12470] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [12471] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [30952] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [30952] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [30953] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [30954] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [30954] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [30953] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [31076] ~s(X12_398_3)
% 251.95/36.35
% 251.95/36.35 [31076] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [31083] p(Y13_331_4)
% 251.95/36.35
% 251.95/36.35 [31083] CLOSURE : p(Y13_331_4)
% 251.95/36.35
% 251.95/36.35 [5521] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [11969] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [11969] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [11970] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [11970] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [11971] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [11972] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [11971] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [11972] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [30966] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [30966] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [30967] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [30968] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [30968] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [30967] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [31038] ~s(skolem_X1414)
% 251.95/36.35
% 251.95/36.35 [31038] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [31194] p(Y13_335_4)
% 251.95/36.35
% 251.95/36.35 [31194] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [31248] (s(skolem_X1414) <=> s(Y15_156_5))
% 251.95/36.35
% 251.95/36.35 [31248] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_156_5))
% 251.95/36.35 -> [31249] ~s(skolem_X1414), ~s(Y15_156_5)
% 251.95/36.35 -> [31250] s(skolem_X1414), s(Y15_156_5)
% 251.95/36.35
% 251.95/36.35 [31249] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [31387] ~p(X16_107_6)
% 251.95/36.35
% 251.95/36.35 [31387] CLOSURE : ~p(X16_107_6)
% 251.95/36.35
% 251.95/36.35 [31250] CLOSURE : s(Y15_156_5)
% 251.95/36.35
% 251.95/36.35 [4772] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [5512] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [5513] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [5513] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [5515] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [5515] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [11464] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [11464] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [11465] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [11466] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [11465] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [11466] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [13418] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [13418] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [13419] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [13419] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [13420] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [13421] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [13420] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [13421] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [22145] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35
% 251.95/36.35 [22145] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35 -> [22146] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.35 -> [22147] r(skolem_X1010), r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [22146] CLOSURE : ~r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [22147] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [24391] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [24391] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [24760] p(Y13_163_4)
% 251.95/36.35
% 251.95/36.35 [24760] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [24974] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [24974] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [24975] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [24975] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [24976] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [24977] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [24976] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [24977] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [5512] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [10556] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [10556] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [11919] (p(skolem_X22) <=> p(Y3_470_0))
% 251.95/36.35
% 251.95/36.35 [11919] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_470_0))
% 251.95/36.35 -> [11920] ~p(skolem_X22), ~p(Y3_470_0)
% 251.95/36.35 -> [11921] p(skolem_X22), p(Y3_470_0)
% 251.95/36.35
% 251.95/36.35 [11920] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [13990] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [13990] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [13991] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [13991] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [13992] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [13993] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [13993] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [13992] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [34358] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [34358] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [34359] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [34360] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [34360] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [34359] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [34460] ~s(X12_487_3)
% 251.95/36.35
% 251.95/36.35 [34460] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [34469] p(Y13_408_4)
% 251.95/36.35
% 251.95/36.35 [34469] CLOSURE : p(Y13_408_4)
% 251.95/36.35
% 251.95/36.35 [11921] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [13657] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [13657] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [13658] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [13658] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [13659] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [13660] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [13659] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [13660] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [34285] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [34285] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [34286] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [34287] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [34287] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [34286] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [34357] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [34357] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [34378] p(Y13_407_4)
% 251.95/36.35
% 251.95/36.35 [34378] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [34430] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [34430] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [34431] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [34431] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [34432] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [34433] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [34432] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [34433] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [4238] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [4242] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [4242] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [18062] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [18062] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [18566] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [18567] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [18566] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [18734] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [18735] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [18735] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [18736] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [18736] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [19366] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [19366] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [19367] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [19368] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19368] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19367] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [25448] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [25448] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [25449] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [25449] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [25450] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [25451] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [25450] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [25451] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [25660] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [25660] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [25661] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [25662] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [25662] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [25661] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [26395] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [26395] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [26396] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [26396] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [26397] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [26398] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [26398] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [26397] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [26750] q(Y17_52_4)
% 251.95/36.35
% 251.95/36.35 [26750] CLOSURE : q(Y17_52_4)
% 251.95/36.35
% 251.95/36.35 [18734] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [18947] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [18947] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [19738] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [19738] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [19739] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [19740] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19740] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19739] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [20829] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [20829] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [20830] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [20830] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [20831] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [20832] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [20831] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [20832] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [41702] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [41702] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [41703] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [41704] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41704] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [41703] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [42373] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [42373] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.35 -> [42374] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35
% 251.95/36.35 [42374] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.35 -> [42375] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.35 -> [42376] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [42376] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [42375] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [42471] ~p(X16_206_4)
% 251.95/36.35
% 251.95/36.35 [42471] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42475] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [42475] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42476] (p(skolem_X22) <=> p(Y3_1128_0))
% 251.95/36.35
% 251.95/36.35 [42476] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1128_0))
% 251.95/36.35 -> [42477] ~p(skolem_X22), ~p(Y3_1128_0)
% 251.95/36.35 -> [42478] p(skolem_X22), p(Y3_1128_0)
% 251.95/36.35
% 251.95/36.35 [42478] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [42477] : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [42482] ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35
% 251.95/36.35 [42482] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [42483] ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [42483] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_Y1717) <=> q(Y7_7)))
% 251.95/36.35 -> [42484] ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35
% 251.95/36.35 [42484] BETA_NOT_EQUIV : ~(q(skolem_Y1717) <=> q(skolem_Y77(skolem_Y1717)))
% 251.95/36.35 -> [42485] ~q(skolem_Y1717), q(skolem_Y77(skolem_Y1717))
% 251.95/36.35 -> [42486] q(skolem_Y1717), ~q(skolem_Y77(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [42486] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [42485] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42513] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [42513] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42516] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35
% 251.95/36.35 [42516] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35 -> [42517] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.35 -> [42518] r(skolem_X1010), r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [42518] CLOSURE : r(skolem_X1010)
% 251.95/36.35
% 251.95/36.35 [42517] CLOSURE : ~r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [18567] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [18568] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [18568] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [18569] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [18570] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [18569] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [18738] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [18738] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [18739] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [18740] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [18740] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [18739] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [19769] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [19769] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [19770] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [19770] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [19771] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [19772] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [19771] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [19772] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [21131] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35
% 251.95/36.35 [21131] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.35 -> [21132] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.35 -> [21133] r(skolem_X1010), r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [21132] CLOSURE : ~r(skolem_X88)
% 251.95/36.35
% 251.95/36.35 [21133] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [42080] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [42080] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35 -> [42081] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.35 -> [42082] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [42082] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [42081] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [42314] ~p(X16_200_4)
% 251.95/36.35
% 251.95/36.35 [42314] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [42401] q(Y17_165_5)
% 251.95/36.35
% 251.95/36.35 [42401] CLOSURE : q(Y17_165_5)
% 251.95/36.35
% 251.95/36.35 [18570] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [18575] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [18575] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [19375] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [19375] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [19959] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [19959] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [19960] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [19961] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19961] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [19960] GAMMA_NOT_EXISTS : ~? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [41886] ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [41886] DELTA_NOT_FORALL : ~! [Y7_7] : ((q(skolem_X44) <=> q(Y7_7)))
% 251.95/36.35 -> [41887] ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35
% 251.95/36.35 [41887] BETA_NOT_EQUIV : ~(q(skolem_X44) <=> q(skolem_Y77(skolem_X44)))
% 251.95/36.35 -> [41888] ~q(skolem_X44), q(skolem_Y77(skolem_X44))
% 251.95/36.35 -> [41889] q(skolem_X44), ~q(skolem_Y77(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [41888] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [41889] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.35 -> [42683] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [42683] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.35 -> [42684] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.35 -> [42685] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42685] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [42684] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35 -> [42686] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35
% 251.95/36.35 [42686] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.35 -> [42687] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.35 -> [42688] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [42688] CLOSURE : s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [42687] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42689] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35
% 251.95/36.35 [42689] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [42690] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [42690] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [42691] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [42692] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [42692] CLOSURE : p(skolem_X22)
% 251.95/36.35
% 251.95/36.35 [42691] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [93] DELTA_EXISTS : ? [X6_6] : (! [Y7_7] : ((q(X6_6) <=> q(Y7_7))))
% 251.95/36.35 -> [99] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35
% 251.95/36.35 [99] BETA_EQUIV : (? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))) <=> ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))))
% 251.95/36.35 -> [110] ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.35 -> [111] ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11)))), ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.35
% 251.95/36.35 [110] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.35 -> [154] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [155] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.35
% 251.95/36.35 [154] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.35 -> [3085] ~s(skolem_Y99)
% 251.95/36.35
% 251.95/36.35 [3085] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.35 -> [3086] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [3087] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35
% 251.95/36.35 [3086] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.35 -> [3824] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [3825] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35
% 251.95/36.35 [3824] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [15089] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [15090] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [15089] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [22017] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [22018] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [22017] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [22258] (p(skolem_X22) <=> p(Y3_789_0))
% 251.95/36.35
% 251.95/36.35 [22258] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_789_0))
% 251.95/36.35 -> [22259] ~p(skolem_X22), ~p(Y3_789_0)
% 251.95/36.35 -> [22260] p(skolem_X22), p(Y3_789_0)
% 251.95/36.35
% 251.95/36.35 [22259] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [22385] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [22385] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [22386] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [22387] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [22386] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [22387] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [22708] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [22708] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [22709] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [22709] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [22710] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [22711] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [22711] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [22710] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [23483] ~r(X8_348_3)
% 251.95/36.35
% 251.95/36.35 [23483] CLOSURE : ~r(X8_348_3)
% 251.95/36.35
% 251.95/36.35 [22260] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [22846] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [22846] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [22847] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [22848] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [22847] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [22848] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [23354] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [23354] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [23355] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [23355] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [23356] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [23357] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [23357] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [23356] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [23951] ~r(X8_379_3)
% 251.95/36.35
% 251.95/36.35 [23951] CLOSURE : ~r(X8_379_3)
% 251.95/36.35
% 251.95/36.35 [22018] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [22019] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [22019] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [22578] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [22578] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [22988] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [22988] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [22989] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [22990] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [22989] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [22990] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [23484] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [23484] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [23485] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [23486] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [23485] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [23486] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [24843] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [24843] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [24844] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [24844] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [24845] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [24846] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [24846] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [24845] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [25296] ~r(X8_482_3)
% 251.95/36.35
% 251.95/36.35 [25296] CLOSURE : ~r(X8_482_3)
% 251.95/36.35
% 251.95/36.35 [15090] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [15093] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [15093] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [15094] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [15095] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [15094] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [22039] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [22039] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [22043] (p(skolem_X22) <=> p(Y3_782_0))
% 251.95/36.35
% 251.95/36.35 [22043] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_782_0))
% 251.95/36.35 -> [22045] ~p(skolem_X22), ~p(Y3_782_0)
% 251.95/36.35 -> [22046] p(skolem_X22), p(Y3_782_0)
% 251.95/36.35
% 251.95/36.35 [22045] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [22270] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [22270] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [22271] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [22272] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [22271] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [22272] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [23114] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [23114] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [23115] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [23115] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [23116] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [23117] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [23117] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [23116] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [23787] ~r(X8_369_3)
% 251.95/36.35
% 251.95/36.35 [23787] CLOSURE : ~r(X8_369_3)
% 251.95/36.35
% 251.95/36.35 [22046] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [22719] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [22719] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [22720] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [22721] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [22721] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [22720] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [24432] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [24432] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [24433] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [24433] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [24434] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [24435] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [24435] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [24434] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [24917] ~r(X8_455_3)
% 251.95/36.35
% 251.95/36.35 [24917] CLOSURE : ~r(X8_455_3)
% 251.95/36.35
% 251.95/36.35 [15095] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [15100] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [15100] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [35561] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35
% 251.95/36.35 [35561] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.35 -> [35562] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.35 -> [35563] p(skolem_X22), p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [35562] CLOSURE : ~p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [35563] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [35569] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [35569] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [35570] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [35571] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [35570] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [35571] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [35575] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [35575] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [35576] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [35576] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [35578] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [35579] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [35579] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [35578] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [35596] ~r(X8_946_3)
% 251.95/36.35
% 251.95/36.35 [35596] CLOSURE : ~r(X8_946_3)
% 251.95/36.35
% 251.95/36.35 [3825] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.35 -> [3827] s(skolem_X1212)
% 251.95/36.35
% 251.95/36.35 [3827] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.35 -> [15990] ~p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [15990] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.35 -> [38598] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [38599] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35
% 251.95/36.35 [38599] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.35 -> [38600] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.35
% 251.95/36.35 [38600] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [38601] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [38602] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [38601] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [38641] ~q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [38641] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [38756] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [38756] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [38757] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [38758] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [38758] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [38757] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [38914] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35
% 251.95/36.35 [38914] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.35 -> [38915] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.35 -> [38916] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [38916] CLOSURE : q(skolem_Y1717)
% 251.95/36.35
% 251.95/36.35 [38915] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [39084] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [39084] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [39085] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [39085] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [39086] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [39087] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39087] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39086] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [39116] ~r(X8_1159_3)
% 251.95/36.35
% 251.95/36.35 [39116] CLOSURE : ~r(X8_1159_3)
% 251.95/36.35
% 251.95/36.35 [38602] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.35 -> [38604] p(skolem_X1616)
% 251.95/36.35
% 251.95/36.35 [38604] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.35 -> [38700] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35
% 251.95/36.35 [38700] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.35 -> [38701] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.35 -> [38702] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [38702] CLOSURE : p(skolem_Y1313)
% 251.95/36.35
% 251.95/36.35 [38701] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.35 -> [39204] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35
% 251.95/36.35 [39204] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.35 -> [39205] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.35 -> [39206] q(skolem_X66), q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [39205] CLOSURE : ~q(skolem_X44)
% 251.95/36.35
% 251.95/36.35 [39206] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.35 -> [39272] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35
% 251.95/36.35 [39272] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.35 -> [39275] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35
% 251.95/36.35 [39275] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.35 -> [39276] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.35 -> [39277] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.35
% 251.95/36.35 [39277] CLOSURE : r(skolem_Y55)
% 251.95/36.35
% 251.95/36.35 [39276] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.35 -> [39348] ~r(X8_1181_3)
% 251.95/36.35
% 251.95/36.35 [39348] CLOSURE : ~r(X8_1181_3)
% 251.95/36.35
% 251.95/36.35 [38598] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.35 -> [38635] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.35 -> [38636] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.35
% 251.95/36.35 [38635] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [38658] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [38658] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [38659] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [38660] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [38660] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [38659] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [38858] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [38858] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [38859] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [38860] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [38859] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [38860] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [39037] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [39037] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [39038] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [39038] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [39039] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [39040] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [39040] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [39039] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [39304] ~r(X8_1175_3)
% 251.95/36.36
% 251.95/36.36 [39304] CLOSURE : ~r(X8_1175_3)
% 251.95/36.36
% 251.95/36.36 [38636] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [38639] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [38639] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [38751] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [38751] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [38864] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [38864] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [38868] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [38869] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [38868] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [38869] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [39423] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [39423] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [39424] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [39425] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [39425] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [39424] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [39891] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [39891] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [39892] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [39892] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [39893] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [39894] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [39894] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [39893] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [39993] ~r(X8_1214_3)
% 251.95/36.36
% 251.95/36.36 [39993] CLOSURE : ~r(X8_1214_3)
% 251.95/36.36
% 251.95/36.36 [3087] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.36 -> [3094] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [3095] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.36
% 251.95/36.36 [3094] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [3830] ~p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [3830] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [3831] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [3832] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [3831] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [15073] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [15074] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [15074] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [15079] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [15079] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [35949] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [35949] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [35950] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [35951] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [35951] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [35950] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [35974] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [35974] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [35975] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [35976] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [35975] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [35976] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [35982] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [35982] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [35983] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [35983] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [35984] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [35985] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [35985] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [35984] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [35993] ~r(X8_975_3)
% 251.95/36.36
% 251.95/36.36 [35993] CLOSURE : ~r(X8_975_3)
% 251.95/36.36
% 251.95/36.36 [15073] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [15371] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [15371] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [15372] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [15372] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [15373] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [15374] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [15373] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [22038] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [22038] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [22040] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [22041] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [22040] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [22041] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [22662] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [22662] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [22663] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [22663] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [22664] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [22665] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [22665] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [22664] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [23202] ~r(X8_324_3)
% 251.95/36.36
% 251.95/36.36 [23202] CLOSURE : ~r(X8_324_3)
% 251.95/36.36
% 251.95/36.36 [15374] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [3832] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [3838] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [3838] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [3840] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [3841] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [3840] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [9904] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [9904] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [9905] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [9906] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [9906] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [9905] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [10218] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [10218] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [10219] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [10220] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [10219] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [10220] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [10861] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [10861] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [10863] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [10863] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [10865] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [10866] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [10866] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [10865] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [13490] ~r(X8_85_3)
% 251.95/36.36
% 251.95/36.36 [13490] CLOSURE : ~r(X8_85_3)
% 251.95/36.36
% 251.95/36.36 [3841] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [3846] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [3846] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [16237] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [16237] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [38170] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [38170] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [38171] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [38172] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [38172] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [38171] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [38433] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [38433] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [38434] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [38435] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [38435] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [38434] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [38577] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [38577] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [38578] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [38578] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [38579] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [38580] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [38580] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [38579] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [38605] ~r(X8_1133_3)
% 251.95/36.36
% 251.95/36.36 [38605] CLOSURE : ~r(X8_1133_3)
% 251.95/36.36
% 251.95/36.36 [3095] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [3098] s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [3098] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [15618] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [15619] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [15618] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [15956] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [15957] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [15957] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [15958] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [15958] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [17049] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [17049] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [17050] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [17051] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [17050] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [17051] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [18432] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [18432] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [18433] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [18434] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [18433] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [18434] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [19764] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [19764] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [19766] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [19766] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [19767] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [19768] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [19768] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [19767] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [20561] ~r(X8_232_3)
% 251.95/36.36
% 251.95/36.36 [20561] CLOSURE : ~r(X8_232_3)
% 251.95/36.36
% 251.95/36.36 [15956] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [16313] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [16313] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [17376] (p(skolem_X22) <=> p(Y3_604_0))
% 251.95/36.36
% 251.95/36.36 [17376] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_604_0))
% 251.95/36.36 -> [17377] ~p(skolem_X22), ~p(Y3_604_0)
% 251.95/36.36 -> [17378] p(skolem_X22), p(Y3_604_0)
% 251.95/36.36
% 251.95/36.36 [17378] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [18786] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [18786] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [18787] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [18788] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [18787] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [18788] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [21526] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [21526] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [21527] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [21527] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [21528] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [21529] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [21529] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [21528] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [25421] ~r(X8_489_3)
% 251.95/36.36
% 251.95/36.36 [25421] CLOSURE : ~r(X8_489_3)
% 251.95/36.36
% 251.95/36.36 [17377] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [19179] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [19179] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [19180] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [19181] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [19181] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [19180] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [41966] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [41966] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [41967] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [41967] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [41969] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [41970] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41970] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41969] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [42156] ~r(X8_1332_3)
% 251.95/36.36
% 251.95/36.36 [42156] CLOSURE : ~r(X8_1332_3)
% 251.95/36.36
% 251.95/36.36 [15619] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [15624] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [15624] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [15625] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [15626] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [15625] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [15959] (p(skolem_X22) <=> p(Y3_572_0))
% 251.95/36.36
% 251.95/36.36 [15959] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_572_0))
% 251.95/36.36 -> [15960] ~p(skolem_X22), ~p(Y3_572_0)
% 251.95/36.36 -> [15961] p(skolem_X22), p(Y3_572_0)
% 251.95/36.36
% 251.95/36.36 [15961] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [17386] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [17386] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [17387] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [17388] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [17387] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [17388] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [18802] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [18802] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [18803] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [18803] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [18804] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [18805] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [18805] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [18804] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [20062] ~r(X8_218_3)
% 251.95/36.36
% 251.95/36.36 [20062] CLOSURE : ~r(X8_218_3)
% 251.95/36.36
% 251.95/36.36 [15960] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [17795] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [17795] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [17796] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [17797] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [17796] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [17797] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [19195] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [19195] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [19196] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [19196] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [19197] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [19198] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [19198] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [19197] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [20194] ~r(X8_220_3)
% 251.95/36.36
% 251.95/36.36 [20194] CLOSURE : ~r(X8_220_3)
% 251.95/36.36
% 251.95/36.36 [15626] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [15627] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [15627] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [17060] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [17060] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [18124] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [18124] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [18125] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [18126] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [18125] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [18126] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [19451] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [19451] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [19452] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [19453] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [19453] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [19452] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [41768] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [41768] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [41769] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [41769] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [41770] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [41771] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41771] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41770] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [42350] ~r(X8_1353_3)
% 251.95/36.36
% 251.95/36.36 [42350] CLOSURE : ~r(X8_1353_3)
% 251.95/36.36
% 251.95/36.36 [155] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [171] r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [171] BETA_NOT_EQUIV : ~((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.36 -> [3719] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [3720] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36
% 251.95/36.36 [3719] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.36 -> [8731] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [8732] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36
% 251.95/36.36 [8731] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [9183] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [9184] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [9183] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [9530] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [9531] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [9530] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [9945] (p(skolem_X22) <=> p(Y3_394_0))
% 251.95/36.36
% 251.95/36.36 [9945] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_394_0))
% 251.95/36.36 -> [9949] ~p(skolem_X22), ~p(Y3_394_0)
% 251.95/36.36 -> [9950] p(skolem_X22), p(Y3_394_0)
% 251.95/36.36
% 251.95/36.36 [9950] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [16041] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [16041] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [16042] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [16043] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [16042] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [16043] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [16790] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [16790] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [16793] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [16793] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [16794] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [16795] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [16795] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [16794] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [19652] s(Y9_123_3)
% 251.95/36.36
% 251.95/36.36 [19652] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [20052] ~s(X12_117_4)
% 251.95/36.36
% 251.95/36.36 [20052] CLOSURE : ~s(X12_117_4)
% 251.95/36.36
% 251.95/36.36 [9949] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [17187] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [17187] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [17188] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [17189] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [17188] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [17189] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [18291] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [18291] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [18292] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [18292] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [18293] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [18294] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [18294] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [18293] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [39313] s(Y9_618_3)
% 251.95/36.36
% 251.95/36.36 [39313] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [39366] ~s(X12_632_4)
% 251.95/36.36
% 251.95/36.36 [39366] CLOSURE : ~s(X12_632_4)
% 251.95/36.36
% 251.95/36.36 [9531] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [9532] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [9532] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [15729] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [15729] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [16800] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [16800] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [16801] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [16802] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [16801] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [16802] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [18127] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [18127] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [18128] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [18129] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [18129] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [18128] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [40638] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [40638] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [40639] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [40639] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [40640] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [40641] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [40641] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [40640] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [41642] s(Y9_667_3)
% 251.95/36.36
% 251.95/36.36 [41642] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [41733] ~s(X12_684_4)
% 251.95/36.36
% 251.95/36.36 [41733] CLOSURE : ~s(X12_684_4)
% 251.95/36.36
% 251.95/36.36 [9184] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [9192] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [9192] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [9193] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [9194] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [9194] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [9195] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [9195] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [9958] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [9958] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [9959] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [9960] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [9959] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [9960] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [16060] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [16060] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [16062] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [16063] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [16062] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [16063] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [16813] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [16813] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [16814] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [16814] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [16815] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [16816] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [16816] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [16815] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [19446] s(Y9_118_3)
% 251.95/36.36
% 251.95/36.36 [19446] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [19853] ~s(X12_111_4)
% 251.95/36.36
% 251.95/36.36 [19853] CLOSURE : ~s(X12_111_4)
% 251.95/36.36
% 251.95/36.36 [9193] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [9538] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [9538] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [16056] (p(skolem_X22) <=> p(Y3_574_0))
% 251.95/36.36
% 251.95/36.36 [16056] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_574_0))
% 251.95/36.36 -> [16057] ~p(skolem_X22), ~p(Y3_574_0)
% 251.95/36.36 -> [16058] p(skolem_X22), p(Y3_574_0)
% 251.95/36.36
% 251.95/36.36 [16057] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [17981] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [17981] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [17982] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [17983] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [17983] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [17982] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [20936] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [20936] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [20938] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [20938] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [20941] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [20942] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [20942] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [20941] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [41233] s(Y9_657_3)
% 251.95/36.36
% 251.95/36.36 [41233] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [41294] ~s(X12_674_4)
% 251.95/36.36
% 251.95/36.36 [41294] CLOSURE : ~s(X12_674_4)
% 251.95/36.36
% 251.95/36.36 [16058] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [17572] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [17572] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [17573] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [17574] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [17574] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [17573] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [20619] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [20619] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [20621] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [20621] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [20622] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [20623] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [20623] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [20622] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [42345] s(Y9_693_3)
% 251.95/36.36
% 251.95/36.36 [42345] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [42372] ~s(X12_702_4)
% 251.95/36.36
% 251.95/36.36 [42372] CLOSURE : ~s(X12_702_4)
% 251.95/36.36
% 251.95/36.36 [8732] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [8736] s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [8736] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [9549] ~p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [9549] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [16071] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [16072] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [16072] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [16079] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [16079] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [16080] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [16081] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [16081] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [16082] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [16082] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [17226] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [17226] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [17227] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [17228] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [17228] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [17227] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [20628] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [20628] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [20629] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [20630] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [20630] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [24207] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [24207] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [24208] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [24208] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [24210] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [24211] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [24211] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24210] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [24958] s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [24958] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [25078] (s(skolem_X1414) <=> s(Y15_77_4))
% 251.95/36.36
% 251.95/36.36 [25078] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_77_4))
% 251.95/36.36 -> [25079] ~s(skolem_X1414), ~s(Y15_77_4)
% 251.95/36.36 -> [25080] s(skolem_X1414), s(Y15_77_4)
% 251.95/36.36
% 251.95/36.36 [25079] CLOSURE : ~s(Y15_77_4)
% 251.95/36.36
% 251.95/36.36 [25080] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [25192] q(Y17_34_5)
% 251.95/36.36
% 251.95/36.36 [25192] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [25290] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [25290] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [25291] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [25291] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [25292] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [25293] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [25293] CLOSURE : p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [25292] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [20629] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [16080] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [16417] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [16417] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [17588] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [17588] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [17589] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [17590] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [17590] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [17589] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [18677] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [18677] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [18678] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [18679] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [18679] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [18678] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [40493] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [40493] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [40494] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [40494] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [40495] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [40496] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [40496] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [40495] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [41108] s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [41108] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [41130] (s(skolem_X1414) <=> s(Y15_319_4))
% 251.95/36.36
% 251.95/36.36 [41130] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_319_4))
% 251.95/36.36 -> [41131] ~s(skolem_X1414), ~s(Y15_319_4)
% 251.95/36.36 -> [41132] s(skolem_X1414), s(Y15_319_4)
% 251.95/36.36
% 251.95/36.36 [41131] CLOSURE : ~s(Y15_319_4)
% 251.95/36.36
% 251.95/36.36 [41132] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [41176] ~p(X16_195_5)
% 251.95/36.36
% 251.95/36.36 [41176] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [41196] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [41196] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [41199] (p(skolem_X22) <=> p(Y3_1097_0))
% 251.95/36.36
% 251.95/36.36 [41199] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1097_0))
% 251.95/36.36 -> [41200] ~p(skolem_X22), ~p(Y3_1097_0)
% 251.95/36.36 -> [41201] p(skolem_X22), p(Y3_1097_0)
% 251.95/36.36
% 251.95/36.36 [41201] CLOSURE : p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [41200] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [41236] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [41236] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [41237] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [41237] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [41238] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [41239] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [41239] CLOSURE : q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [41238] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [16071] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [16414] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [16415] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [16415] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [16416] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [16416] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [17988] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [17988] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [18495] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [18495] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [18496] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [18497] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [18496] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [18497] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [40894] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [40894] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [40895] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [40896] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [40896] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [40895] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [41215] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [41215] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [41216] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [41216] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [41217] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [41218] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41218] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41217] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [41517] s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [41517] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [41569] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [41569] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36 -> [41570] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36
% 251.95/36.36 [41570] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36 -> [41571] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.36 -> [41572] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [41572] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [41571] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [16414] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [16817] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [16817] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [16818] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [16819] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [16819] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [16818] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [18315] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [18315] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [18316] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [18317] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [18316] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [18317] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [19038] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [19038] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [19039] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [19039] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [19040] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [19041] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [19041] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [19040] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [41289] s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [41289] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [41489] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [41489] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36 -> [41490] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36
% 251.95/36.36 [41490] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36 -> [41491] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.36 -> [41492] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [41492] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [41491] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [3720] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.36 -> [3727] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [3728] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.36
% 251.95/36.36 [3727] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [13825] ~p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [13825] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [15023] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [15024] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [15023] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [15412] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [15413] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [15413] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [15414] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [15414] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [16652] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [16652] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [16653] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [16654] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [16654] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [16653] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [37282] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [37282] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [37285] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [37286] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [37285] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [37286] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [37308] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [37308] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [37309] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [37309] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [37310] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [37311] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [37311] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [37310] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [37381] s(Y9_568_3)
% 251.95/36.36
% 251.95/36.36 [37381] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [37396] ~s(X12_575_4)
% 251.95/36.36
% 251.95/36.36 [37396] CLOSURE : ~s(X12_575_4)
% 251.95/36.36
% 251.95/36.36 [15412] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [15744] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [15744] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36983] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [36983] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [37016] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [37017] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [37017] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [37016] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [37318] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [37318] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [37320] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [37321] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [37321] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [37320] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [37597] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [37597] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [37598] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [37598] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [37599] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [37600] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [37600] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [37599] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [37689] s(Y9_578_3)
% 251.95/36.36
% 251.95/36.36 [37689] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [37695] ~s(X12_583_4)
% 251.95/36.36
% 251.95/36.36 [37695] CLOSURE : ~s(X12_583_4)
% 251.95/36.36
% 251.95/36.36 [15024] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [15026] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [15026] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [15027] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [15028] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [15027] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [15419] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [15419] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [15420] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [15421] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [15420] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [22188] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [22188] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [22189] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [22190] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [22189] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [22190] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [22683] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [22683] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [22684] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [22684] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [22685] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [22686] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [22686] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [22685] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [24117] s(Y9_202_3)
% 251.95/36.36
% 251.95/36.36 [24117] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [24329] ~s(X12_198_4)
% 251.95/36.36
% 251.95/36.36 [24329] CLOSURE : ~s(X12_198_4)
% 251.95/36.36
% 251.95/36.36 [15421] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [15028] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [15029] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [15029] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [16656] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [16656] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [37089] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [37089] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [37090] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [37091] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [37091] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [37090] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [37561] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [37561] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [37562] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [37563] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [37563] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [37562] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [37638] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [37638] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [37639] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [37639] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [37640] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [37641] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [37641] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [37640] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [37690] s(Y9_579_3)
% 251.95/36.36
% 251.95/36.36 [37690] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [37703] ~s(X12_584_4)
% 251.95/36.36
% 251.95/36.36 [37703] CLOSURE : ~s(X12_584_4)
% 251.95/36.36
% 251.95/36.36 [3728] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [3730] s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [3730] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [9351] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [9352] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [9352] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [9355] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [9355] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [9356] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [9357] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [9356] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [9714] (p(skolem_X22) <=> p(Y3_383_0))
% 251.95/36.36
% 251.95/36.36 [9714] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_383_0))
% 251.95/36.36 -> [9715] ~p(skolem_X22), ~p(Y3_383_0)
% 251.95/36.36 -> [9716] p(skolem_X22), p(Y3_383_0)
% 251.95/36.36
% 251.95/36.36 [9716] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [15965] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [15965] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [15966] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [15967] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [15966] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [15967] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [16686] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [16686] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [16687] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [16687] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [16688] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [16689] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [16689] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [16688] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [19282] s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [19282] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [19699] p(Y13_73_4)
% 251.95/36.36
% 251.95/36.36 [19699] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [20103] (s(skolem_X1414) <=> s(Y15_27_5))
% 251.95/36.36
% 251.95/36.36 [20103] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_27_5))
% 251.95/36.36 -> [20106] ~s(skolem_X1414), ~s(Y15_27_5)
% 251.95/36.36 -> [20107] s(skolem_X1414), s(Y15_27_5)
% 251.95/36.36
% 251.95/36.36 [20107] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [20714] ~p(X16_20_6)
% 251.95/36.36
% 251.95/36.36 [20714] CLOSURE : ~p(X16_20_6)
% 251.95/36.36
% 251.95/36.36 [20106] CLOSURE : ~s(Y15_27_5)
% 251.95/36.36
% 251.95/36.36 [9715] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [17082] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [17082] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [17083] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [17084] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [17083] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [17084] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [18207] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [18207] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [18210] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [18210] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [18211] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [18212] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [18212] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [18211] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [41258] s(Y9_658_3)
% 251.95/36.36
% 251.95/36.36 [41258] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [41427] p(Y13_614_4)
% 251.95/36.36
% 251.95/36.36 [41427] CLOSURE : p(Y13_614_4)
% 251.95/36.36
% 251.95/36.36 [9357] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [9358] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [9358] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [15973] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [15973] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [17096] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [17096] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [17097] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [17098] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [17097] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [17098] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [18221] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [18221] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [18222] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [18223] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [18223] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [18222] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [41183] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [41183] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [41184] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [41184] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [41185] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [41186] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41186] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41185] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [41681] s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [41681] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [41800] p(Y13_624_4)
% 251.95/36.36
% 251.95/36.36 [41800] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [41900] (s(skolem_X1414) <=> s(Y15_327_5))
% 251.95/36.36
% 251.95/36.36 [41900] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_327_5))
% 251.95/36.36 -> [41901] ~s(skolem_X1414), ~s(Y15_327_5)
% 251.95/36.36 -> [41902] s(skolem_X1414), s(Y15_327_5)
% 251.95/36.36
% 251.95/36.36 [41901] CLOSURE : ~s(Y15_327_5)
% 251.95/36.36
% 251.95/36.36 [41902] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [42083] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [42083] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [42084] (p(skolem_X22) <=> p(Y3_1123_0))
% 251.95/36.36
% 251.95/36.36 [42084] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1123_0))
% 251.95/36.36 -> [42085] ~p(skolem_X22), ~p(Y3_1123_0)
% 251.95/36.36 -> [42086] p(skolem_X22), p(Y3_1123_0)
% 251.95/36.36
% 251.95/36.36 [42085] CLOSURE : ~p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [42086] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [42192] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [42192] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [42193] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [42193] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [42194] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [42195] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [42195] CLOSURE : q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [42194] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [9351] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [9702] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [9703] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [9703] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [9706] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [9706] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [15953] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [15953] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [15954] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [15955] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [15954] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [15955] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [16679] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [16679] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [16680] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [16681] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [16680] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [16681] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [17394] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [17394] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.36 -> [17395] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.36
% 251.95/36.36 [17395] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.36 -> [17396] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.36 -> [17397] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.36
% 251.95/36.36 [17396] CLOSURE : ~r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [17397] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [40840] s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [40840] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [40911] p(Y13_602_4)
% 251.95/36.36
% 251.95/36.36 [40911] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [41015] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [41015] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36 -> [41016] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36
% 251.95/36.36 [41016] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36 -> [41017] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.36 -> [41018] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [41018] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [41017] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [9702] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [10153] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [10153] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [16667] (p(skolem_X22) <=> p(Y3_584_0))
% 251.95/36.36
% 251.95/36.36 [16667] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_584_0))
% 251.95/36.36 -> [16668] ~p(skolem_X22), ~p(Y3_584_0)
% 251.95/36.36 -> [16669] p(skolem_X22), p(Y3_584_0)
% 251.95/36.36
% 251.95/36.36 [16668] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [23947] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [23947] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [23948] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [23949] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [23949] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [23948] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [24908] ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [24908] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_Y55) <=> r(Y11_11)))
% 251.95/36.36 -> [24909] ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36
% 251.95/36.36 [24909] BETA_NOT_EQUIV : ~(r(skolem_Y55) <=> r(skolem_Y1111(skolem_Y55)))
% 251.95/36.36 -> [24910] ~r(skolem_Y55), r(skolem_Y1111(skolem_Y55))
% 251.95/36.36 -> [24911] r(skolem_Y55), ~r(skolem_Y1111(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [24911] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24910] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [25694] s(Y9_258_3)
% 251.95/36.36
% 251.95/36.36 [25694] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [25787] p(Y13_202_4)
% 251.95/36.36
% 251.95/36.36 [25787] CLOSURE : p(Y13_202_4)
% 251.95/36.36
% 251.95/36.36 [16669] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [40218] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [40218] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [40219] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [40220] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [40220] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [40219] GAMMA_NOT_EXISTS : ~? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [40793] ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [40793] DELTA_NOT_FORALL : ~! [Y11_11] : ((r(skolem_X88) <=> r(Y11_11)))
% 251.95/36.36 -> [40794] ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.36
% 251.95/36.36 [40794] BETA_NOT_EQUIV : ~(r(skolem_X88) <=> r(skolem_Y1111(skolem_X88)))
% 251.95/36.36 -> [40795] ~r(skolem_X88), r(skolem_Y1111(skolem_X88))
% 251.95/36.36 -> [40796] r(skolem_X88), ~r(skolem_Y1111(skolem_X88))
% 251.95/36.36
% 251.95/36.36 [40795] CLOSURE : ~r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [40796] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [42541] s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [42541] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [42584] p(Y13_648_4)
% 251.95/36.36
% 251.95/36.36 [42584] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [42603] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [42603] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36 -> [42604] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36
% 251.95/36.36 [42604] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36 -> [42605] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.36 -> [42606] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [42606] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [42605] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [111] DELTA_EXISTS : ? [X10_10] : (! [Y11_11] : ((r(X10_10) <=> r(Y11_11))))
% 251.95/36.36 -> [125] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [125] BETA_EQUIV : (? [X8_8] : (r(X8_8)) <=> ! [Y9_9] : (s(Y9_9)))
% 251.95/36.36 -> [127] ~? [X8_8] : (r(X8_8)), ~! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [128] ? [X8_8] : (r(X8_8)), ! [Y9_9] : (s(Y9_9))
% 251.95/36.36
% 251.95/36.36 [128] DELTA_EXISTS : ? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [142] r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [142] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.36 -> [36120] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [36121] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36
% 251.95/36.36 [36121] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.36 -> [36122] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36123] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.36
% 251.95/36.36 [36123] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36124] s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [36124] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [36148] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36149] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [36149] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [36151] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [36151] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36152] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36153] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [36153] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36154] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36154] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36211] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [36211] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [36212] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [36213] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36212] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36213] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36250] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36250] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36251] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36252] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36251] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36252] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36296] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36296] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36297] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36298] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36298] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36297] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36332] s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [36332] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36344] p(Y13_458_4)
% 251.95/36.36
% 251.95/36.36 [36344] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [36365] (s(skolem_X1414) <=> s(Y15_241_5))
% 251.95/36.36
% 251.95/36.36 [36365] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_241_5))
% 251.95/36.36 -> [36366] ~s(skolem_X1414), ~s(Y15_241_5)
% 251.95/36.36 -> [36367] s(skolem_X1414), s(Y15_241_5)
% 251.95/36.36
% 251.95/36.36 [36366] CLOSURE : ~s(Y15_241_5)
% 251.95/36.36
% 251.95/36.36 [36367] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36375] q(Y17_122_6)
% 251.95/36.36
% 251.95/36.36 [36375] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36387] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [36387] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36388] (p(skolem_X22) <=> p(Y3_1026_0))
% 251.95/36.36
% 251.95/36.36 [36388] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1026_0))
% 251.95/36.36 -> [36389] ~p(skolem_X22), ~p(Y3_1026_0)
% 251.95/36.36 -> [36390] p(skolem_X22), p(Y3_1026_0)
% 251.95/36.36
% 251.95/36.36 [36389] CLOSURE : ~p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [36390] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36401] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [36401] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36402] (q(skolem_X66) <=> q(Y7_1181_1))
% 251.95/36.36
% 251.95/36.36 [36402] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1181_1))
% 251.95/36.36 -> [36403] ~q(skolem_X66), ~q(Y7_1181_1)
% 251.95/36.36 -> [36404] q(skolem_X66), q(Y7_1181_1)
% 251.95/36.36
% 251.95/36.36 [36403] CLOSURE : ~q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [36404] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36424] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [36424] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36425] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.36
% 251.95/36.36 [36425] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.36 -> [36426] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.36 -> [36427] r(skolem_X1010), r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [36427] CLOSURE : r(skolem_X1010)
% 251.95/36.36
% 251.95/36.36 [36426] CLOSURE : ~r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [36152] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36178] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36178] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36240] (p(skolem_X22) <=> p(Y3_1018_0))
% 251.95/36.36
% 251.95/36.36 [36240] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1018_0))
% 251.95/36.36 -> [36241] ~p(skolem_X22), ~p(Y3_1018_0)
% 251.95/36.36 -> [36242] p(skolem_X22), p(Y3_1018_0)
% 251.95/36.36
% 251.95/36.36 [36241] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36278] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36278] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36279] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36280] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36280] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36279] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36345] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36345] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36346] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36347] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36347] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36346] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36411] s(Y9_530_3)
% 251.95/36.36
% 251.95/36.36 [36411] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36434] p(Y13_460_4)
% 251.95/36.36
% 251.95/36.36 [36434] CLOSURE : p(Y13_460_4)
% 251.95/36.36
% 251.95/36.36 [36242] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36271] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36271] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36272] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36273] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36273] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36272] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36341] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36341] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36342] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36343] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36343] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36342] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36400] s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [36400] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36422] p(Y13_459_4)
% 251.95/36.36
% 251.95/36.36 [36422] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [36443] (s(skolem_X1414) <=> s(Y15_242_5))
% 251.95/36.36
% 251.95/36.36 [36443] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_242_5))
% 251.95/36.36 -> [36444] ~s(skolem_X1414), ~s(Y15_242_5)
% 251.95/36.36 -> [36445] s(skolem_X1414), s(Y15_242_5)
% 251.95/36.36
% 251.95/36.36 [36445] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36460] ~p(X16_156_6)
% 251.95/36.36
% 251.95/36.36 [36460] CLOSURE : ~p(X16_156_6)
% 251.95/36.36
% 251.95/36.36 [36444] CLOSURE : ~s(Y15_242_5)
% 251.95/36.36
% 251.95/36.36 [36148] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36171] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36172] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [36171] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36198] (p(skolem_X22) <=> p(Y3_1014_0))
% 251.95/36.36
% 251.95/36.36 [36198] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1014_0))
% 251.95/36.36 -> [36199] ~p(skolem_X22), ~p(Y3_1014_0)
% 251.95/36.36 -> [36200] p(skolem_X22), p(Y3_1014_0)
% 251.95/36.36
% 251.95/36.36 [36200] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36287] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36287] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36288] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36289] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36288] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36289] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36329] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36329] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36330] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36331] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36331] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36330] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36435] s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36435] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36438] p(Y13_461_4)
% 251.95/36.36
% 251.95/36.36 [36438] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [36447] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [36447] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36 -> [36448] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36
% 251.95/36.36 [36448] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36 -> [36449] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.36 -> [36450] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36450] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36449] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [36199] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36368] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36368] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36369] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36370] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36369] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36370] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36419] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.36
% 251.95/36.36 [36419] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.36 -> [36420] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.36 -> [36421] r(skolem_X1010), r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [36420] CLOSURE : ~r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [36421] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36470] s(Y9_536_3)
% 251.95/36.36
% 251.95/36.36 [36470] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36476] p(Y13_464_4)
% 251.95/36.36
% 251.95/36.36 [36476] CLOSURE : p(Y13_464_4)
% 251.95/36.36
% 251.95/36.36 [36172] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36173] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36173] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36224] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36224] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36283] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [36283] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [36285] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [36286] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36285] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36286] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36309] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36309] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36310] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36311] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36311] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36310] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36412] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36412] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36413] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36414] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36414] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36413] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36469] s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36469] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36472] p(Y13_463_4)
% 251.95/36.36
% 251.95/36.36 [36472] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [36481] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [36481] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36 -> [36482] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36
% 251.95/36.36 [36482] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36 -> [36483] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.36 -> [36484] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36484] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36483] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [36122] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36128] ~p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36128] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [36186] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36187] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [36186] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36227] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36228] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [36227] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36262] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [36262] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [36263] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [36264] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36264] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36263] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36392] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36392] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36393] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36394] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36393] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36394] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36451] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36451] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36452] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36453] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36453] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36452] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36522] s(Y9_540_3)
% 251.95/36.36
% 251.95/36.36 [36522] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36537] ~s(X12_548_4)
% 251.95/36.36
% 251.95/36.36 [36537] CLOSURE : ~s(X12_548_4)
% 251.95/36.36
% 251.95/36.36 [36228] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36232] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36232] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36318] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36318] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36397] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [36397] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [36398] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [36399] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36399] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36398] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36501] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36501] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36502] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36503] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36503] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36502] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36512] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36512] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36514] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36515] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36515] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36514] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36538] s(Y9_542_3)
% 251.95/36.36
% 251.95/36.36 [36538] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36543] ~s(X12_549_4)
% 251.95/36.36
% 251.95/36.36 [36543] CLOSURE : ~s(X12_549_4)
% 251.95/36.36
% 251.95/36.36 [36187] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [36193] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [36193] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36194] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36195] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [36195] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36196] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36196] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36302] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [36302] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [36303] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [36304] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36304] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36303] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36439] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36439] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36440] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36441] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36440] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36441] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36454] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36454] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36455] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36456] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36456] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36455] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36485] s(Y9_537_3)
% 251.95/36.36
% 251.95/36.36 [36485] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36493] ~s(X12_547_4)
% 251.95/36.36
% 251.95/36.36 [36493] CLOSURE : ~s(X12_547_4)
% 251.95/36.36
% 251.95/36.36 [36194] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36233] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36233] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36324] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [36324] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [36325] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [36326] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36326] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36325] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36431] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36431] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36432] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36433] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36433] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36432] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36505] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36505] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36506] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36507] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36507] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36506] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36554] s(Y9_544_3)
% 251.95/36.36
% 251.95/36.36 [36554] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36561] ~s(X12_550_4)
% 251.95/36.36
% 251.95/36.36 [36561] CLOSURE : ~s(X12_550_4)
% 251.95/36.36
% 251.95/36.36 [36120] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.36 -> [36125] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36126] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36
% 251.95/36.36 [36125] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [36136] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36137] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [36136] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36157] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36158] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [36158] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36163] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36163] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36179] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [36179] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [36180] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [36181] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36180] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36181] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36205] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36205] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36206] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36207] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36206] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36207] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36234] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36234] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36235] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36236] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36236] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36235] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36323] s(Y9_524_3)
% 251.95/36.36
% 251.95/36.36 [36323] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36337] ~s(X12_540_4)
% 251.95/36.36
% 251.95/36.36 [36337] CLOSURE : ~s(X12_540_4)
% 251.95/36.36
% 251.95/36.36 [36157] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36169] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36169] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36208] (p(skolem_X22) <=> p(Y3_1015_0))
% 251.95/36.36
% 251.95/36.36 [36208] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1015_0))
% 251.95/36.36 -> [36209] ~p(skolem_X22), ~p(Y3_1015_0)
% 251.95/36.36 -> [36210] p(skolem_X22), p(Y3_1015_0)
% 251.95/36.36
% 251.95/36.36 [36210] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36265] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36265] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36266] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36267] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36267] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36266] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36333] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36333] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36334] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36335] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36335] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36334] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36423] s(Y9_531_3)
% 251.95/36.36
% 251.95/36.36 [36423] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36442] ~s(X12_544_4)
% 251.95/36.36
% 251.95/36.36 [36442] CLOSURE : ~s(X12_544_4)
% 251.95/36.36
% 251.95/36.36 [36209] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36274] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36274] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36275] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36276] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36276] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36275] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36338] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36338] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36339] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36340] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36340] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36339] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36436] s(Y9_533_3)
% 251.95/36.36
% 251.95/36.36 [36436] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36468] ~s(X12_545_4)
% 251.95/36.36
% 251.95/36.36 [36468] CLOSURE : ~s(X12_545_4)
% 251.95/36.36
% 251.95/36.36 [36137] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [36138] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [36138] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36139] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36140] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [36139] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36164] (p(skolem_X22) <=> p(Y3_1012_0))
% 251.95/36.36
% 251.95/36.36 [36164] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1012_0))
% 251.95/36.36 -> [36165] ~p(skolem_X22), ~p(Y3_1012_0)
% 251.95/36.36 -> [36166] p(skolem_X22), p(Y3_1012_0)
% 251.95/36.36
% 251.95/36.36 [36166] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36182] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36182] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36183] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36184] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36183] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36184] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36221] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36221] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36222] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36223] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36223] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36222] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36314] s(Y9_523_3)
% 251.95/36.36
% 251.95/36.36 [36314] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36328] ~s(X12_539_4)
% 251.95/36.36
% 251.95/36.36 [36328] CLOSURE : ~s(X12_539_4)
% 251.95/36.36
% 251.95/36.36 [36165] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36229] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36229] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36230] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36231] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36230] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36231] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36290] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36290] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36291] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36292] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36292] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36291] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36361] s(Y9_527_3)
% 251.95/36.36
% 251.95/36.36 [36361] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36371] ~s(X12_541_4)
% 251.95/36.36
% 251.95/36.36 [36371] CLOSURE : ~s(X12_541_4)
% 251.95/36.36
% 251.95/36.36 [36140] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36142] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36142] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36174] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36174] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36216] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [36216] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [36219] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [36220] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36219] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36220] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36268] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36268] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36269] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36270] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36270] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36269] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36349] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36349] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36350] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36351] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36351] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36350] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36437] s(Y9_534_3)
% 251.95/36.36
% 251.95/36.36 [36437] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36471] ~s(X12_546_4)
% 251.95/36.36
% 251.95/36.36 [36471] CLOSURE : ~s(X12_546_4)
% 251.95/36.36
% 251.95/36.36 [36126] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [36127] s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [36127] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [36167] ~p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36167] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [36243] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36244] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [36243] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36293] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36294] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [36294] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36295] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36295] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36372] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [36372] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [36373] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [36374] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36374] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36373] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36457] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36457] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36458] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36459] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36458] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36459] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36473] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36473] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36474] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36475] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36475] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36474] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36504] s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36504] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [36513] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [36513] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36 -> [36516] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36
% 251.95/36.36 [36516] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36 -> [36517] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.36 -> [36518] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36518] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36517] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [36293] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36312] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36312] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36381] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [36381] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [36382] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [36383] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36383] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36382] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36428] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36428] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36429] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36430] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36430] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36429] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36486] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36486] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36487] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36488] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36488] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36487] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36509] s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36509] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [36523] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [36523] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36 -> [36524] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36
% 251.95/36.36 [36524] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36 -> [36525] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.36 -> [36526] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36526] CLOSURE : ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [36525] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [36244] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [36253] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [36253] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [36254] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36255] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [36255] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36256] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36256] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36348] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36348] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36408] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [36408] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [36409] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [36410] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36410] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36409] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36498] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [36498] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [36499] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [36500] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36500] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [36499] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36519] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36519] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36520] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36521] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36521] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36520] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36539] s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [36539] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [36547] (s(skolem_X1414) <=> s(Y15_244_4))
% 251.95/36.36
% 251.95/36.36 [36547] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_244_4))
% 251.95/36.36 -> [36548] ~s(skolem_X1414), ~s(Y15_244_4)
% 251.95/36.36 -> [36549] s(skolem_X1414), s(Y15_244_4)
% 251.95/36.36
% 251.95/36.36 [36548] CLOSURE : ~s(Y15_244_4)
% 251.95/36.36
% 251.95/36.36 [36549] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36555] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [36555] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36556] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [36556] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [36557] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [36558] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36558] CLOSURE : p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [36557] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [36254] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36299] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [36299] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [36300] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [36301] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36301] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [36300] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36405] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [36405] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [36406] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [36407] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36406] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [36407] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36465] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [36465] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [36466] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [36467] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36467] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [36466] GAMMA_FORALL : ! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [36531] s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [36531] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [36540] (s(skolem_X1414) <=> s(Y15_243_4))
% 251.95/36.36
% 251.95/36.36 [36540] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_243_4))
% 251.95/36.36 -> [36541] ~s(skolem_X1414), ~s(Y15_243_4)
% 251.95/36.36 -> [36542] s(skolem_X1414), s(Y15_243_4)
% 251.95/36.36
% 251.95/36.36 [36541] CLOSURE : ~s(Y15_243_4)
% 251.95/36.36
% 251.95/36.36 [36542] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [36550] ~p(X16_157_5)
% 251.95/36.36
% 251.95/36.36 [36550] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [36560] q(Y17_123_6)
% 251.95/36.36
% 251.95/36.36 [36560] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36572] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [36572] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [36573] (p(skolem_X22) <=> p(Y3_1030_0))
% 251.95/36.36
% 251.95/36.36 [36573] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1030_0))
% 251.95/36.36 -> [36574] ~p(skolem_X22), ~p(Y3_1030_0)
% 251.95/36.36 -> [36575] p(skolem_X22), p(Y3_1030_0)
% 251.95/36.36
% 251.95/36.36 [36575] CLOSURE : p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [36574] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36587] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [36587] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [36588] (q(skolem_X66) <=> q(Y7_1189_1))
% 251.95/36.36
% 251.95/36.36 [36588] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1189_1))
% 251.95/36.36 -> [36589] ~q(skolem_X66), ~q(Y7_1189_1)
% 251.95/36.36 -> [36590] q(skolem_X66), q(Y7_1189_1)
% 251.95/36.36
% 251.95/36.36 [36589] CLOSURE : ~q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [36590] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36598] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [36598] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [36599] (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.36
% 251.95/36.36 [36599] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_X88))
% 251.95/36.36 -> [36600] ~r(skolem_X1010), ~r(skolem_X88)
% 251.95/36.36 -> [36601] r(skolem_X1010), r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [36601] CLOSURE : r(skolem_X1010)
% 251.95/36.36
% 251.95/36.36 [36600] CLOSURE : ~r(skolem_X88)
% 251.95/36.36
% 251.95/36.36 [127] DELTA_NOT_FORALL : ~! [Y9_9] : (s(Y9_9))
% 251.95/36.36 -> [5355] ~s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [5355] BETA_EQUIV : ((? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))) <=> (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))))
% 251.95/36.36 -> [5357] ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [5358] (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13))), (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36
% 251.95/36.36 [5357] BETA_NOT_EQUIV : ~(? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.36 -> [19550] ~? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [19551] ? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36
% 251.95/36.36 [19550] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [23990] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [23991] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [23991] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [23992] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [23992] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [23993] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [23994] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [23993] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [24016] (p(skolem_X22) <=> p(Y3_809_0))
% 251.95/36.36
% 251.95/36.36 [24016] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_809_0))
% 251.95/36.36 -> [24017] ~p(skolem_X22), ~p(Y3_809_0)
% 251.95/36.36 -> [24018] p(skolem_X22), p(Y3_809_0)
% 251.95/36.36
% 251.95/36.36 [24017] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [24049] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [24049] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [24050] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [24051] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [24050] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [24051] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [24168] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [24168] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [24169] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [24170] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24169] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [24229] ~r(X8_407_3)
% 251.95/36.36
% 251.95/36.36 [24229] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [24230] ~s(X12_195_4)
% 251.95/36.36
% 251.95/36.36 [24230] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [24231] p(Y13_144_5)
% 251.95/36.36
% 251.95/36.36 [24231] CLOSURE : p(Y13_144_5)
% 251.95/36.36
% 251.95/36.36 [24170] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24018] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [24236] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [24236] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [24237] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [24238] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [24237] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [24238] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [24410] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [24410] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [24411] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [24412] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24412] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24411] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [24585] ~r(X8_429_3)
% 251.95/36.36
% 251.95/36.36 [24585] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [24657] ~s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [24657] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [24764] p(Y13_164_5)
% 251.95/36.36
% 251.95/36.36 [24764] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [24869] (s(skolem_X1414) <=> s(Y15_73_6))
% 251.95/36.36
% 251.95/36.36 [24869] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_73_6))
% 251.95/36.36 -> [24870] ~s(skolem_X1414), ~s(Y15_73_6)
% 251.95/36.36 -> [24871] s(skolem_X1414), s(Y15_73_6)
% 251.95/36.36
% 251.95/36.36 [24871] CLOSURE : s(Y15_73_6)
% 251.95/36.36
% 251.95/36.36 [24870] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [25068] ~p(X16_46_7)
% 251.95/36.36
% 251.95/36.36 [25068] CLOSURE : ~p(X16_46_7)
% 251.95/36.36
% 251.95/36.36 [23994] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [23995] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [23995] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [24115] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24115] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [24281] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [24281] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [24282] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [24283] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [24282] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [24283] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [24448] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [24448] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [24449] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [24450] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24450] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24449] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [24984] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [24984] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [24985] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [24986] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24986] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24985] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [25147] ~r(X8_473_3)
% 251.95/36.36
% 251.95/36.36 [25147] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [25237] ~s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [25237] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [25322] p(Y13_183_5)
% 251.95/36.36
% 251.95/36.36 [25322] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [25404] (s(skolem_X1414) <=> s(Y15_81_6))
% 251.95/36.36
% 251.95/36.36 [25404] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_81_6))
% 251.95/36.36 -> [25405] ~s(skolem_X1414), ~s(Y15_81_6)
% 251.95/36.36 -> [25406] s(skolem_X1414), s(Y15_81_6)
% 251.95/36.36
% 251.95/36.36 [25406] CLOSURE : s(Y15_81_6)
% 251.95/36.36
% 251.95/36.36 [25405] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [25518] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [25518] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [25519] (p(skolem_X22) <=> p(Y3_848_0))
% 251.95/36.36
% 251.95/36.36 [25519] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_848_0))
% 251.95/36.36 -> [25520] ~p(skolem_X22), ~p(Y3_848_0)
% 251.95/36.36 -> [25521] p(skolem_X22), p(Y3_848_0)
% 251.95/36.36
% 251.95/36.36 [25520] CLOSURE : ~p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [25521] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [25615] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [25615] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [25616] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [25616] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [25617] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [25618] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [25618] CLOSURE : q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [25617] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [23990] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [24013] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [24014] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [24014] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [24015] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [24015] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [24222] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [24222] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [24224] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [24225] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [24224] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [24225] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [24392] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [24392] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [24393] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [24394] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [24393] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [24394] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [24578] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [24578] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [24579] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [24580] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24580] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24579] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [24719] ~r(X8_438_3)
% 251.95/36.36
% 251.95/36.36 [24719] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [24839] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [24839] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [24938] p(Y13_172_5)
% 251.95/36.36
% 251.95/36.36 [24938] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [25055] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [25055] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36 -> [25056] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36
% 251.95/36.36 [25056] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36 -> [25057] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.36 -> [25058] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [25057] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [25058] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [24013] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [24041] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24041] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [24043] (p(skolem_X22) <=> p(Y3_810_0))
% 251.95/36.36
% 251.95/36.36 [24043] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_810_0))
% 251.95/36.36 -> [24044] ~p(skolem_X22), ~p(Y3_810_0)
% 251.95/36.36 -> [24045] p(skolem_X22), p(Y3_810_0)
% 251.95/36.36
% 251.95/36.36 [24044] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [24105] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [24105] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [24106] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [24107] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [24106] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [24107] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [24387] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [24387] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [24388] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [24389] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24388] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [24436] ~r(X8_424_3)
% 251.95/36.36
% 251.95/36.36 [24436] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [24437] ~s(X12_202_4)
% 251.95/36.36
% 251.95/36.36 [24437] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [24438] p(Y13_153_5)
% 251.95/36.36
% 251.95/36.36 [24438] CLOSURE : p(Y13_153_5)
% 251.95/36.36
% 251.95/36.36 [24389] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24045] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [24272] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [24272] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [24273] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [24274] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24274] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24273] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [24792] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [24792] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [24793] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [24794] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24794] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [24793] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [24963] ~r(X8_459_3)
% 251.95/36.36
% 251.95/36.36 [24963] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [25083] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [25083] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [25164] p(Y13_176_5)
% 251.95/36.36
% 251.95/36.36 [25164] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [25262] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [25262] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36 -> [25263] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36
% 251.95/36.36 [25263] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36 -> [25265] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.36 -> [25266] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [25265] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [25266] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [19551] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [19552] s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [19552] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [40597] ~p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [40597] BETA_NOT_EQUIV : ~(? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [40657] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [40658] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [40658] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [40663] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [40663] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [40666] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [40667] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [40667] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [40672] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [40672] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [40705] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [40705] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [40772] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [40772] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [40773] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [40774] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [40774] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [40773] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [41409] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [41409] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [41410] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [41411] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [41410] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [41411] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [41633] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41633] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [41634] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [41635] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41635] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41634] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [41649] ~r(X8_1292_3)
% 251.95/36.36
% 251.95/36.36 [41649] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [41663] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [41663] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.36 -> [41664] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.36 -> [41665] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [41665] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [41664] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [41752] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [41752] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [41753] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [41753] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [41755] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [41756] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [41756] CLOSURE : p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [41755] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [40666] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [40682] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [40682] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [40683] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [40684] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [40684] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [40683] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [40764] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [40764] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [40765] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [40766] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [40765] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [40766] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [40853] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [40853] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [40854] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [40855] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [40855] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [40854] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [40906] ~r(X8_1245_3)
% 251.95/36.36
% 251.95/36.36 [40906] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [40920] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [40920] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.36 -> [40922] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.36 -> [40923] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [40923] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [40922] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [41890] ~p(X16_199_5)
% 251.95/36.36
% 251.95/36.36 [41890] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [42367] q(Y17_164_6)
% 251.95/36.36
% 251.95/36.36 [42367] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [42380] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [42380] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [42381] (p(skolem_X22) <=> p(Y3_1124_0))
% 251.95/36.36
% 251.95/36.36 [42381] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1124_0))
% 251.95/36.36 -> [42382] ~p(skolem_X22), ~p(Y3_1124_0)
% 251.95/36.36 -> [42383] p(skolem_X22), p(Y3_1124_0)
% 251.95/36.36
% 251.95/36.36 [42383] CLOSURE : p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [42382] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [42387] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [42387] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [42388] (q(skolem_X66) <=> q(Y7_1349_1))
% 251.95/36.36
% 251.95/36.36 [42388] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1349_1))
% 251.95/36.36 -> [42389] ~q(skolem_X66), ~q(Y7_1349_1)
% 251.95/36.36 -> [42390] q(skolem_X66), q(Y7_1349_1)
% 251.95/36.36
% 251.95/36.36 [42389] CLOSURE : ~q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [42390] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [42412] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [42412] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [42413] (r(skolem_X1010) <=> r(Y11_1193_2))
% 251.95/36.36
% 251.95/36.36 [42413] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1193_2))
% 251.95/36.36 -> [42414] ~r(skolem_X1010), ~r(Y11_1193_2)
% 251.95/36.36 -> [42415] r(skolem_X1010), r(Y11_1193_2)
% 251.95/36.36
% 251.95/36.36 [42415] CLOSURE : r(skolem_X1010)
% 251.95/36.36
% 251.95/36.36 [42414] : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [42422] ~? [X8_8] : (r(X8_8))
% 251.95/36.36
% 251.95/36.36 [42422] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [42423] ~r(X8_1363_3)
% 251.95/36.36
% 251.95/36.36 [42423] GAMMA_NOT_EXISTS : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [42426] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [42426] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [42428] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [42428] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.36 -> [42429] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.36 -> [42430] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [42430] CLOSURE : s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [42429] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [40657] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [40679] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [40680] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [40680] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [40681] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [40681] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [40721] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [40721] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [40722] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [40723] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [40723] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [40722] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [40954] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [40954] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [40955] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [40956] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [40955] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [40956] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [41050] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41050] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [41051] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [41052] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41052] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41051] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [41225] ~r(X8_1268_3)
% 251.95/36.36
% 251.95/36.36 [41225] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [41326] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [41326] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36 -> [41327] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36
% 251.95/36.36 [41327] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36 -> [41329] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.36 -> [41330] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [41330] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [41329] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [42406] q(Y17_166_5)
% 251.95/36.36
% 251.95/36.36 [42406] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [42416] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [42416] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [42417] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [42417] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [42419] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [42420] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [42420] CLOSURE : p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [42419] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [40679] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [40700] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [40700] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [40733] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [40733] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [40734] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [40735] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [40735] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [40734] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [40849] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [40849] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [40850] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [40851] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [40851] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [40850] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [41188] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41188] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [41189] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [41190] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41190] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41189] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [41356] ~r(X8_1276_3)
% 251.95/36.36
% 251.95/36.36 [41356] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [41556] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [41556] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36 -> [41557] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36
% 251.95/36.36 [41557] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36 -> [41558] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.36 -> [41559] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [41559] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [41558] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [42393] ~p(X16_202_5)
% 251.95/36.36
% 251.95/36.36 [42393] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [42408] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [42408] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [42409] (p(skolem_X22) <=> p(Y3_1125_0))
% 251.95/36.36
% 251.95/36.36 [42409] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1125_0))
% 251.95/36.36 -> [42410] ~p(skolem_X22), ~p(Y3_1125_0)
% 251.95/36.36 -> [42411] p(skolem_X22), p(Y3_1125_0)
% 251.95/36.36
% 251.95/36.36 [42411] CLOSURE : p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [42410] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [42440] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [42440] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [42441] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [42441] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [42442] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [42443] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [42443] CLOSURE : q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [42442] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [5358] BETA_EQUIV : (? [X12_12] : (s(X12_12)) <=> ! [Y13_13] : (p(Y13_13)))
% 251.95/36.36 -> [5360] ~? [X12_12] : (s(X12_12)), ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [5361] ? [X12_12] : (s(X12_12)), ! [Y13_13] : (p(Y13_13))
% 251.95/36.36
% 251.95/36.36 [5360] DELTA_NOT_FORALL : ~! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [19496] ~p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [19496] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [19497] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [19498] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [19497] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [19744] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [19745] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [19744] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [19964] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [19964] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [19965] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [19966] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [19966] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [19965] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [20210] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [20210] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [20211] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [20212] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [20211] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [20212] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [20736] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [20736] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [20737] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [20738] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [20738] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [20737] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [21051] ~r(X8_247_3)
% 251.95/36.36
% 251.95/36.36 [21051] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [21052] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [21052] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [21053] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [21053] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36 -> [21054] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36
% 251.95/36.36 [21054] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36 -> [21055] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.36 -> [21056] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [21055] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [21056] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [19745] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [19746] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [19746] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [20435] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [20435] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [21376] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [21376] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [21631] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [21632] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [21631] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [21632] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [21777] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [21777] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [21778] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [21779] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [21778] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [21779] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [29588] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [29588] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [29589] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [29590] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [29590] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [29589] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [29665] ~r(X8_704_3)
% 251.95/36.36
% 251.95/36.36 [29665] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [29727] ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [29727] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [29768] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [29768] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36 -> [29769] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36
% 251.95/36.36 [29769] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36 -> [29770] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.36 -> [29771] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [29770] CLOSURE : s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [29771] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [19498] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [19501] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [19501] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [19503] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [19504] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [19504] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [19508] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [19508] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [20221] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [20221] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [20222] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [20223] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [20222] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [20223] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [22818] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [22818] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [22819] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [22820] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [22819] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [22820] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [23101] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [23101] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [23102] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [23103] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [23103] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [23102] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [23352] ~r(X8_337_3)
% 251.95/36.36
% 251.95/36.36 [23352] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [23514] ~s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [23514] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [23670] (s(skolem_X1414) <=> s(Y15_51_5))
% 251.95/36.36
% 251.95/36.36 [23670] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_51_5))
% 251.95/36.36 -> [23671] ~s(skolem_X1414), ~s(Y15_51_5)
% 251.95/36.36 -> [23672] s(skolem_X1414), s(Y15_51_5)
% 251.95/36.36
% 251.95/36.36 [23672] CLOSURE : s(Y15_51_5)
% 251.95/36.36
% 251.95/36.36 [23671] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [23923] q(Y17_24_6)
% 251.95/36.36
% 251.95/36.36 [23923] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [24056] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [24056] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [24059] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [24059] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [24060] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [24061] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [24060] CLOSURE : ~p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [24061] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [19503] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [19747] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [19747] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [19748] (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36
% 251.95/36.36 [19748] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_Y1313))
% 251.95/36.36 -> [19749] ~p(skolem_X22), ~p(skolem_Y1313)
% 251.95/36.36 -> [19750] p(skolem_X22), p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [19750] CLOSURE : p(skolem_Y1313)
% 251.95/36.36
% 251.95/36.36 [19749] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [19971] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [19971] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [19972] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [19973] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [19972] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [19973] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [21378] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [21378] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [21381] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [21382] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [21381] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [21700] ~r(X8_270_3)
% 251.95/36.36
% 251.95/36.36 [21700] GAMMA_NOT_EXISTS : ~? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [21703] ~s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [21703] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [21706] (s(skolem_X1414) <=> s(Y15_37_5))
% 251.95/36.36
% 251.95/36.36 [21706] BETA_EQUIV : (s(skolem_X1414) <=> s(Y15_37_5))
% 251.95/36.36 -> [21709] ~s(skolem_X1414), ~s(Y15_37_5)
% 251.95/36.36 -> [21710] s(skolem_X1414), s(Y15_37_5)
% 251.95/36.36
% 251.95/36.36 [21709] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [22009] ~p(X16_23_6)
% 251.95/36.36
% 251.95/36.36 [22009] GAMMA_NOT_EXISTS : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [22010] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [22010] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [22011] (p(skolem_X22) <=> p(Y3_780_0))
% 251.95/36.36
% 251.95/36.36 [22011] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_780_0))
% 251.95/36.36 -> [22012] ~p(skolem_X22), ~p(Y3_780_0)
% 251.95/36.36 -> [22013] p(skolem_X22), p(Y3_780_0)
% 251.95/36.36
% 251.95/36.36 [22012] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [22159] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [22159] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [22160] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [22160] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [22161] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [22162] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [22161] CLOSURE : ~q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [22162] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [22013] CLOSURE : p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [21710] CLOSURE : s(Y15_37_5)
% 251.95/36.36
% 251.95/36.36 [21382] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [5361] DELTA_EXISTS : ? [X12_12] : (s(X12_12))
% 251.95/36.36 -> [5365] s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [5365] BETA_EQUIV : (? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))) <=> (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17))))
% 251.95/36.36 -> [19902] ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [19903] ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15)))), (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36
% 251.95/36.36 [19902] BETA_NOT_EQUIV : ~(? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [20122] ~? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [20123] ? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [20123] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [20124] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [20124] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [20759] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [20759] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [24615] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [24615] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [24617] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [24618] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [24617] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [24618] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [24930] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [24930] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [24931] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [24932] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24932] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24931] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [26166] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [26166] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [26167] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [26168] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [26168] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [26167] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [26569] ~r(X8_542_3)
% 251.95/36.36
% 251.95/36.36 [26569] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [26642] p(Y13_228_4)
% 251.95/36.36
% 251.95/36.36 [26642] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [26713] ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [26713] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_Y99) <=> s(Y15_15)))
% 251.95/36.36 -> [26714] ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36
% 251.95/36.36 [26714] BETA_NOT_EQUIV : ~(s(skolem_Y99) <=> s(skolem_Y1515(skolem_Y99)))
% 251.95/36.36 -> [26715] ~s(skolem_Y99), s(skolem_Y1515(skolem_Y99))
% 251.95/36.36 -> [26716] s(skolem_Y99), ~s(skolem_Y1515(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [26716] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [26715] : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [27119] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [27119] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [27120] (p(skolem_X22) <=> p(Y3_864_0))
% 251.95/36.36
% 251.95/36.36 [27120] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_864_0))
% 251.95/36.36 -> [27121] ~p(skolem_X22), ~p(Y3_864_0)
% 251.95/36.36 -> [27122] p(skolem_X22), p(Y3_864_0)
% 251.95/36.36
% 251.95/36.36 [27121] CLOSURE : ~p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [27122] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [27170] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [27170] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [27171] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [27171] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [27172] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [27173] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [27173] CLOSURE : q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [27172] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [20122] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [20303] (p(skolem_X22) <=> p(Y3_718_0))
% 251.95/36.36
% 251.95/36.36 [20303] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_718_0))
% 251.95/36.36 -> [20304] ~p(skolem_X22), ~p(Y3_718_0)
% 251.95/36.36 -> [20305] p(skolem_X22), p(Y3_718_0)
% 251.95/36.36
% 251.95/36.36 [20304] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [41587] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [41587] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [41588] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [41589] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [41588] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [41589] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [41705] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41705] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [41706] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [41707] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41707] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41706] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [41879] ~r(X8_1308_3)
% 251.95/36.36
% 251.95/36.36 [41879] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [41988] p(Y13_628_4)
% 251.95/36.36
% 251.95/36.36 [41988] CLOSURE : p(Y13_628_4)
% 251.95/36.36
% 251.95/36.36 [20305] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [41612] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [41612] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [41613] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [41614] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [41613] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [41614] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [42336] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [42336] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [42337] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [42338] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [42338] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [42337] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [42394] ~r(X8_1360_3)
% 251.95/36.36
% 251.95/36.36 [42394] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [42453] p(Y13_642_4)
% 251.95/36.36
% 251.95/36.36 [42453] GAMMA_NOT_EXISTS : ~? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [42549] ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [42549] DELTA_NOT_FORALL : ~! [Y15_15] : ((s(skolem_X1212) <=> s(Y15_15)))
% 251.95/36.36 -> [42550] ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36
% 251.95/36.36 [42550] BETA_NOT_EQUIV : ~(s(skolem_X1212) <=> s(skolem_Y1515(skolem_X1212)))
% 251.95/36.36 -> [42551] ~s(skolem_X1212), s(skolem_Y1515(skolem_X1212))
% 251.95/36.36 -> [42552] s(skolem_X1212), ~s(skolem_Y1515(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [42551] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [42552] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [42695] ~p(X16_213_6)
% 251.95/36.36
% 251.95/36.36 [42695] CLOSURE : ~p(X16_213_6)
% 251.95/36.36
% 251.95/36.36 [19903] DELTA_EXISTS : ? [X14_14] : (! [Y15_15] : ((s(X14_14) <=> s(Y15_15))))
% 251.95/36.36 -> [19912] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [19912] BETA_EQUIV : (? [X16_16] : (p(X16_16)) <=> ! [Y17_17] : (q(Y17_17)))
% 251.95/36.36 -> [19913] ~? [X16_16] : (p(X16_16)), ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [19914] ? [X16_16] : (p(X16_16)), ! [Y17_17] : (q(Y17_17))
% 251.95/36.36
% 251.95/36.36 [19914] DELTA_EXISTS : ? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [19915] p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [19915] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [20507] (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36
% 251.95/36.36 [20507] BETA_EQUIV : (p(skolem_X22) <=> p(skolem_X1616))
% 251.95/36.36 -> [20508] ~p(skolem_X22), ~p(skolem_X1616)
% 251.95/36.36 -> [20509] p(skolem_X22), p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [20508] CLOSURE : ~p(skolem_X1616)
% 251.95/36.36
% 251.95/36.36 [20509] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [41010] (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36
% 251.95/36.36 [41010] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_X44))
% 251.95/36.36 -> [41011] ~q(skolem_X66), ~q(skolem_X44)
% 251.95/36.36 -> [41012] q(skolem_X66), q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [41011] CLOSURE : ~q(skolem_X44)
% 251.95/36.36
% 251.95/36.36 [41012] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [41126] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41126] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [41127] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [41128] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41128] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41127] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [41302] ~r(X8_1271_3)
% 251.95/36.36
% 251.95/36.36 [41302] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [41458] p(Y13_617_4)
% 251.95/36.36
% 251.95/36.36 [41458] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [41629] (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.36
% 251.95/36.36 [41629] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_Y99))
% 251.95/36.36 -> [41630] ~s(skolem_X1414), ~s(skolem_Y99)
% 251.95/36.36 -> [41631] s(skolem_X1414), s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [41631] CLOSURE : s(skolem_Y99)
% 251.95/36.36
% 251.95/36.36 [41630] GAMMA_FORALL : ! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [41904] q(Y17_159_6)
% 251.95/36.36
% 251.95/36.36 [41904] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [41911] ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36
% 251.95/36.36 [41911] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [41912] (p(skolem_X22) <=> p(Y3_1119_0))
% 251.95/36.36
% 251.95/36.36 [41912] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_1119_0))
% 251.95/36.36 -> [41913] ~p(skolem_X22), ~p(Y3_1119_0)
% 251.95/36.36 -> [41914] p(skolem_X22), p(Y3_1119_0)
% 251.95/36.36
% 251.95/36.36 [41913] CLOSURE : ~p(skolem_X22)
% 251.95/36.36
% 251.95/36.36 [41914] : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [41944] ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36
% 251.95/36.36 [41944] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [41945] (q(skolem_X66) <=> q(Y7_1336_1))
% 251.95/36.36
% 251.95/36.36 [41945] BETA_EQUIV : (q(skolem_X66) <=> q(Y7_1336_1))
% 251.95/36.36 -> [41946] ~q(skolem_X66), ~q(Y7_1336_1)
% 251.95/36.36 -> [41947] q(skolem_X66), q(Y7_1336_1)
% 251.95/36.36
% 251.95/36.36 [41946] CLOSURE : ~q(skolem_X66)
% 251.95/36.36
% 251.95/36.36 [41947] : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [41973] ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36
% 251.95/36.36 [41973] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [41974] (r(skolem_X1010) <=> r(Y11_1171_2))
% 251.95/36.36
% 251.95/36.36 [41974] BETA_EQUIV : (r(skolem_X1010) <=> r(Y11_1171_2))
% 251.95/36.36 -> [41975] ~r(skolem_X1010), ~r(Y11_1171_2)
% 251.95/36.36 -> [41976] r(skolem_X1010), r(Y11_1171_2)
% 251.95/36.36
% 251.95/36.36 [41976] CLOSURE : r(skolem_X1010)
% 251.95/36.36
% 251.95/36.36 [41975] : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [41997] ~? [X8_8] : (r(X8_8))
% 251.95/36.36
% 251.95/36.36 [41997] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [41998] ~r(X8_1314_3)
% 251.95/36.36
% 251.95/36.36 [41998] GAMMA_NOT_EXISTS : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [42006] ! [Y13_13] : (p(Y13_13))
% 251.95/36.36
% 251.95/36.36 [42006] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [42007] p(Y13_629_4)
% 251.95/36.36
% 251.95/36.36 [42007] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [42031] ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36
% 251.95/36.36 [42031] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [42032] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [42032] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.36 -> [42033] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.36 -> [42034] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [42034] CLOSURE : s(skolem_X1414)
% 251.95/36.36
% 251.95/36.36 [42033] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [19913] DELTA_NOT_FORALL : ~! [Y17_17] : (q(Y17_17))
% 251.95/36.36 -> [20128] ~q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [20128] GAMMA_FORALL : ! [Y3_3] : ((p(skolem_X22) <=> p(Y3_3)))
% 251.95/36.36 -> [20766] (p(skolem_X22) <=> p(Y3_733_0))
% 251.95/36.36
% 251.95/36.36 [20766] BETA_EQUIV : (p(skolem_X22) <=> p(Y3_733_0))
% 251.95/36.36 -> [20767] ~p(skolem_X22), ~p(Y3_733_0)
% 251.95/36.36 -> [20768] p(skolem_X22), p(Y3_733_0)
% 251.95/36.36
% 251.95/36.36 [20767] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [24761] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [24761] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [24762] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [24763] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24763] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [24762] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [25612] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [25612] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [25613] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [25614] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [25614] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [25613] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [25905] ~r(X8_515_3)
% 251.95/36.36
% 251.95/36.36 [25905] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [26061] p(Y13_210_4)
% 251.95/36.36
% 251.95/36.36 [26061] CLOSURE : p(Y13_210_4)
% 251.95/36.36
% 251.95/36.36 [20768] GAMMA_FORALL : ! [Y7_7] : ((q(skolem_X66) <=> q(Y7_7)))
% 251.95/36.36 -> [41062] (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36
% 251.95/36.36 [41062] BETA_EQUIV : (q(skolem_X66) <=> q(skolem_Y1717))
% 251.95/36.36 -> [41063] ~q(skolem_X66), ~q(skolem_Y1717)
% 251.95/36.36 -> [41064] q(skolem_X66), q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [41064] CLOSURE : q(skolem_Y1717)
% 251.95/36.36
% 251.95/36.36 [41063] GAMMA_FORALL : ! [Y11_11] : ((r(skolem_X1010) <=> r(Y11_11)))
% 251.95/36.36 -> [41734] (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36
% 251.95/36.36 [41734] BETA_EQUIV : (r(skolem_X1010) <=> r(skolem_Y55))
% 251.95/36.36 -> [41735] ~r(skolem_X1010), ~r(skolem_Y55)
% 251.95/36.36 -> [41736] r(skolem_X1010), r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41736] CLOSURE : r(skolem_Y55)
% 251.95/36.36
% 251.95/36.36 [41735] GAMMA_NOT_EXISTS : ~? [X8_8] : (r(X8_8))
% 251.95/36.36 -> [41864] ~r(X8_1306_3)
% 251.95/36.36
% 251.95/36.36 [41864] GAMMA_FORALL : ! [Y13_13] : (p(Y13_13))
% 251.95/36.36 -> [42418] p(Y13_638_4)
% 251.95/36.36
% 251.95/36.36 [42418] GAMMA_FORALL : ! [Y15_15] : ((s(skolem_X1414) <=> s(Y15_15)))
% 251.95/36.36 -> [42489] (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.36
% 251.95/36.36 [42489] BETA_EQUIV : (s(skolem_X1414) <=> s(skolem_X1212))
% 251.95/36.36 -> [42490] ~s(skolem_X1414), ~s(skolem_X1212)
% 251.95/36.36 -> [42491] s(skolem_X1414), s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [42490] CLOSURE : ~s(skolem_X1212)
% 251.95/36.36
% 251.95/36.36 [42491] GAMMA_NOT_EXISTS : ~? [X16_16] : (p(X16_16))
% 251.95/36.36 -> [42696] ~p(X16_214_6)
% 251.95/36.36
% 251.95/36.36 [42696] CLOSURE : ~p(X16_214_6)
% 251.95/36.36
% 251.95/36.36 % SZS output end Proof for theBenchmark.p
% 251.95/36.36 [36.004809s][1][Res] 371938 goroutines created
% 251.95/36.36 ==== Result ====
% 251.95/36.36 [36.004862s][1][Res] VALID
% 251.95/36.36 % SZS status Theorem for theBenchmark.p
%------------------------------------------------------------------------------